'Physics of hadrons and nuclei' (incl. the FAIR project) - GSI

GSI SCIENTIFIC REPORT 2009 ANNEX-PUBLICATIONS-01 

WoS publications to the programme 

’Physics of hadrons and nuclei’ (incl. the FAIR project) 

published in 2009 

001 Abraamyan, K. U.; Friesen, A. V.; Kozhin, M. A.; 

Nikitin, S. A.; Reznikov, S. G.; Baznat, M. I.; Gudima, 

K. K.; Lebedev, S. A.*; Nazarenko, M. A.; Ososkov, G. 

A.; Sissakian, A. N.; Sorin, A. S.; Toneev, V. D.: Resonance 

structure in the gamma gamma invariant mass 

spectrum in pC and dC interactions. Physical review 

C, Nuclear physics / Phys. Rev. C 80(3), 2009: 034001. 

DOI:10.1103/physrevc.80.034001 

002 Abriola, D.; Bostan, M.; Erturk, S.; Fadil, M.; Galan, 

M.; Juutinen, S.; Kibedi, T.; Kondev, F.; Luca, A.; Negret, 

A.; Nica, N.; Pfeiffer, B.*; Singh, B.; Sonzogni, A.; 

Janos, T.; Tuli, J.; Venkova, T.; Zuber, K.: Nuclear Data 

Sheets for A=84. Nuclear Data Sheets / Nucl. Data Sheets 

110(11), 2009: 2815–+. DOI:10.1016/j.nds.2009.10.002 

003 Adamian, G. G.*; Antonenko, N. V.*; Scheid, W.: 

Production of new superheavy nuclei in complete fusion 

reaction. Acta physica Polonica B, Particle physics 

and field theory, nuclear physics, theory of relativity / Acta 

Phys. Pol. B 40(3), 2009: 737–740. URL OPEN ACCESS. 

004 Adamova, D.; Agakichiev, G.*; Antonczyk, D.; 

Appelshäuser, H.*; Belaga, V.; Bielcikova, J.; Braun- 

Munzinger, P.*; Busch, O.; Cherlin, A.; Damjanovic, S.; 

Dietel, T.; Dietrich, L.; Drees, A.; Dubitzky, W.; Esumi, S. 

I.; Filimonov, K.; Fomenko, K.; Fraenkel, Z.; Garabatos, 

C.*; Glässel, P.; Holeczek, J.; Kalisky, M.; Kniege, S.; 

Kushpil, V.; Maas, A.*; Marin, A.*; Milosevic, J.; Milov, 

A.; Miskowiec, D.*; Panebrattsev, Y.; Petchenova, O.; Petracek, 

V.; Pfeiffer, A.; Ploskon, M.*; Rak, J.; Ravinovich, 

I.; Rehak, P.; Sako, H.*; Schmitz, W.; Schuchmann, S.; 

Sedykh, S.*; Shimansky, S.; Stachel, J.; Sumbera, M.; 

Tilsner, H.; Tserruya, I.; Wessels, J. P.; Wienold, T.; Wurm, 

J. P.; Xie, W.; Yurevich, S.; Yurevich, V.: Modification of 

jet-like correlations in Pb-Au collisions at 158A GeV/c. 

Physics letters B / Phys. Lett. B 678(3), 2009: 259–263. 

DOI:10.1016/j.physletb.2009.05.048 

005 Agakichiev, G.; Agodi, C.; Alvarez-Pol, H.; Atkin, 

E.; Badura, E.*; Balanda, A.; Bassi, A.; Bassini, R.; Bellia, 

G.; Belver, D.; Belyaev, A. V.; Benovic, M.; Bertini, 

D.*; Bielcik, J.*; Böhmer, M.; Boiano, C.; Bokemeyer, 

H.*; Bartolotti, A.; Boyard, J. L.; Brambilla, S.; Braun- 

Munzinger, P.*; Cabanelas, P.; Castro, E.; Chepurnov, V.; 

Chernenko, S.; Christ, T.; Coniglione, R.; Cosentino, L.; 

Compiled by K. Große, BuD 

Dahlinger, M.*; Daues, H. W.*; Destefanis, M.; Diaz, J.; 

Dohrmann, F.; Dressler, R.; Duran, I.; Dybczak, A.; Eberl, 

T.; Enghardt, W.; Fabbietti, L.; Fateev, O. V.; Fernandez, 

C.; Finocchiaro, P.; Friese, J.; Fröhlich, I.; Fuentes, B.; 

Galatyuk, T.*; Garabatos, C.*; Garzon, J. A.; Genolini, 

B.; Gernhäuser, R.; Gilardi, C.; Gilg, H.; Golubeva, M.; 

Gonzalez-Diaz, D.*; Grosse, E.; Guber, F.; Hehner, J.*; 

Heidel, K.; Heinz, T.*; Hennino, T.; Hlavac, S.; Hoffmann, 

J.*; Holzmann, R.*; Homolka, J.; Hutsch, J.; Ierusalimov, 

A. P.; Iori, I.; Ivashkin, A.; Jaskula, M.; Jourdain, J. C.; 

Jurkovic, M.; Kämpfer, B.; Kajetanowicz, M.; Kanaki, K.; 

Karavicheva, T.; Kastenmüller, A.; Kidon, L.; Kienle, P.; 

Kirschner, D.; Koenig, I.*; Koenig, W.*; Körner, H. J.; 

Kolb, B. W.*; Kopf, U.*; Korcyl, K.; Kotte, R.; Kozuch, 

A.; Krizek, F.; Krücken, R.; Kühn, W.; Kugler, A.; Kulessa, 

R.; Kurepin, A.; Kurtukian-Nieto, T.; Lang, S.*; Lange, J. 

S.; Lapidus, K.; Lehnert, J.; Leinberger, U.*; Lichtblau, C.; 

Lins, E.; Lippmann, C.; Lorenz, M.; Magestro, D.*; Maier, 

L.; Maier-Komor, P.; Maiolino, C.; Malarz, A.; Marek, 

T.; Markert, J.; Metag, V.; Michalska, B.; Michel, J.; 

Migneco, E.; Mishra, D.; Moriniere, E.; Mousa, J.; Münch, 

M.*; Müntz, C.*; Naumann, L.; Nekhaev, A.; Niebur, 

W.*; Novotny, J.; Novotny, R.; Ott, W.*; Otwinowski, J.; 

Pachmayer, Y. C.; Palka, M.*; Parpottas, Y.; Pechenov, 

V.; Pechenova, O.; Cavalcanti, T. P.; Petri, M.; Piattelli, 

P.; Pietraszko, J.*; Pleskac, R.; Ploskon, M.; Pospisil, V.; 

Pouthas, J.; Prokopowicz, W.; Przygoda, W.; Ramstein, B.; 

Reshetin, A.; Ritman, J.; Roche, G.; Rodriguez-Prieto, G.; 

Rosenkranz, K.; Rosier, P.; Roy-Stephan, M.; Rustamov, 

A.*; Sabin-Fernandez, J.; Sadovsky, A.; Sailer, B.; Salabura, 

P.; Salz, C.; Sanchez, M.; Sapienza, P.; Schäfer, 

D.; Schicker, R. M.*; Schmah, A.*; Schön, H.*; Schön, 

W.*; Schroeder, C.*; Schroeder, S.; Schwab, E.*; Senger, 

P.*; Shileev, K.; Simon, R. S.*; Skoda, M.; Smolyankin, 

V.; Smykov, L.; Sobiella, M.; Sobolev, Y. G.; Spataro, S.; 

Spruck, B.; Stelzer, H.*; Ströbele, H.; Stroth, J.*; Sturm, 

C.; Sudol, M.; Suk, M.; Szczybura, M.; Taranenko, A.; 

Tarantola, A.; Teilab, K.; Tiflov, V.; Tikhonov, A.; Tlusty, 

P.; Toia, A.; Traxler, M.*; Trebacz, R.; Troyan, A. Y.; Tsertos, 

H.; Turzo, I.; Ulrich, A.; Vassiliev, D.; Vazquez, A.; 

Volkov, Y.; Wagner, V.; Wallner, C.; Walus, W.; Wang, Y.; 

Weber, M.*; Wieser, J.; Winkler, S.; Wisniowski, M.; Wojcik, 

T.; Wüstenfeld, J.; Yurevich, S.*; Zanevsky, Y. V.; 

Zeitelhack, K.; Zentek, A.; Zhou, P.; Zovinec, D.*; Zumbruch, 

P.*; HADES Collaboration: The high-acceptance 

dielectron spectrometer HADES. The European physical 

511

ANNEX-PUBLICATIONS-01 GSI SCIENTIFIC REPORT 2009 

journal A, Hadrons and nuclei / Eur. Phys. J. A 41(2), 

2009: 243–277. DOI:10.1140/epja/i2009-10807-5 

006 Agakishiev, G.; Agodi, C.; Balanda, A.; Bellia, G.; 

Belver, D.; Belyaev, A.; Bielcik, J.*; Blanco, A.; Bortolotti, 

A.; Boyard, J. L.; Braun-Munzinger, P.*; Cabanelas, 

P.; Chernenko, S.; Christ, T.; Coniglione, R.; 

Destefanis, M.; Diaz, J.; Dohrmann, F.; Duran, I.; Dybczak, 

A.; Eberl, T.; Fabbietti, L.; Fateev, O.; Ferreira- 

Marques, R.; Finocchiaro, P.; Fonte, P.; Friese, J.; Fröhlich, 

I.; Galatyuk, T.*; Garzon, J. A.; Gernhäuser, R.; Gil, A.; 

Gilardi, C.; Golubeva, M.; Gonzalez-Diaz, D.*; Grosse, E.; 

Guber, F.; Heilmann, M.; Heinz, T.*; Hennino, T.; Holzmann, 

R.*; Ierusalimov, A.; Iori, I.; Ivashkin, A.; Jurkovic, 

M.; Kämpfer, B.; Kanaki, K.; Karavicheva, T.; Kirschner, 

D.; Koenig, I.*; Koenig, W.*; Kolb, B. W.*; Kotte, R.; 

Kozuch, A.; Krasa, A.; Krizek, F.; Krücken, R.; Kühn, 

W.; Kugler, A.; Kurepin, A.; Lamas-Valverde, J.; Lang, 

S.*; Lange, J. S.; Lapidus, K.; Lopes, L.; Lorenz, M.; 

Maier, L.; Maiolino, C.; Mangiarotti, A.; Marin, J.; Markert, 

J.; Metag, V.; Michalska, B.; Michel, J.; Moriniere, 

E.; Mousa, J.; Münch, M.*; Müntz, C.; Naumann, L.; 

Novotny, R.; Otwinowski, J.; Pachmayer, Y. C.; Palka, 

M.*; Parpottas, Y.; Pechenov, V.; Pechenova, O.; Cavalcanti, 

T. P.; Piattelli, P.; Pietraszko, J.*; Pospisil, V.; Przygoda, 

W.; Ramstein, B.; Reshetin, A.; Roy-Stephan, M.; 

Rustamov, A.*; Sadovsky, A.; Sailer, B.; Salabura, P.; 

Sapienza, P.; Schmah, A.; Schroeder, C.*; Schwab, E.*; 

Simon, R. S.*; Sobolev, Y. G.; Spataro, S.; Spruck, B.; 

Ströbele, H.*; Stroth, J.*; Sturm, C.; Sudol, M.*; Tarantola, 

A.; Teilab, K.; Tlusty, P.; Traxler, M.*; Trebacz, R.; 

Tsertos, H.; Wagner, V.; Weber, M.; Wisniowski, M.; Wojcik, 

T.; Wüstenfeld, J.; Yurevich, S.; Zanevsky, Y.; Zhou, 

P.; Zumbruch, P.*; HADES Collaboration: Measurement 

of charged pions in 12 C+ 12 C collisions at 1 A GeV and 

2 A GeV with HADES. The European physical journal A, 

Hadrons and nuclei / Eur. Phys. J. A 40(1), 2009: 45–59. 

DOI:10.1140/epja/i2008-10746-7 

007 Agakishiev, G.; Balanda, A.; Bannier, B.; Bassini, R.; 

Belver, D.; Belyaev, A. V.; Blanco, A.; Böhmer, M.; Boyard, 

J. L.; Braun-Munzinger, P.*; Cabanelas, P.; Castro, 

E.; Chernenko, S.; Christ, T.; Destefanis, M.; Diaz, J.; 

Dohrmann, F.; Dybczak, A.; Eberl, T.; Fabbietti, L.; Fateev, 

O. V.; Finocchiaro, P.; Fonte, P.; Friese, J.; Fröhlich, 


Gilardi, C.; Golubeva, M.; Gonzalez-Diaz, D.*; Guber, 

F.; Heilmann, M.; Heinz, T.*; Hennino, T.; Holzmann, 

R.*; Ierusalimov, A.; Iori, I.; Ivashkin, A.; Jurkovic, M.; 

Kämpfer, B.; Kanaki, K.; Karavicheva, T.; Kirschner, D.; 

Koenig, I.*; Koenig, W.*; Kolb, B. W.*; Kotte, R.; Krizek, 

F.; Krücken, R.; Kühn, W.; Kugler, A.; Kurepin, A.; 

Lang, S.*; Lange, J. S.*; Lapidus, K.; Liu, T.; Lopes, L.; 

Lorenz, M.; Maier, L.; Mangiarotti, A.; Markert, J.; Metag, 

V.; Michalska, B.; Michel, J.; Mishra, D.; Moriniere, E.; 

Mousa, J.; Müntz, C.; Naumann, L.; Otwinowski, J.; Pachmayer, 

Y. C.; Palka, M.*; Parpottas, Y.; Pechenov, V.; 

512 

Pechenova, O.; Cavalcanti, T. P.; Pietraszko, J.*; Przygoda, 

W.; Ramstein, B.; Reshetin, A.; Roy-Stephan, M.; Rustamov, 

A.*; Sadovsky, A.; Sailer, B.; Salabura, P.; Schmah, 

A.; Schwab, E.*; Sobolev, Y. G.; Spataro, S.; Spruck, B.; 

Ströbele, H.*; Stroth, J.*; Sturm, C.; Sudol, M.; Tarantola, 

A.; Teilab, K.; Tlusty, P.; Traxler, M.*; Trebacz, R.; Tsertos, 

H.; Wagner, V.; Weber, M.; Wisniowski, M.; Wojcik, 

T.; Wüstenfeld, J.*; Yurevich, S.; Zanevsky, Y. V.; Zhou, 

P.; Zumbruch, P.*; HADES Collaboration: φ decay: A 

relevant source for K − production at energies available 

at the GSI Schwerionen-Synchrotron (SIS)?. Physical 

review C, Nuclear physics / Phys. Rev. C 80(2), 2009: 

025209. DOI:10.1103/physrevc.80.025209 

008 Agakishiev, G.; Balanda, A.; Bassini, R.; Belver, D.; 

Belyaev, A. V.; Blanco, A.; Böhmer, M.; Boyard, J. L.; 

Braun-Munzinger, P.*; Cabanelas, P.; Castro, E.; Chernenko, 

S.; Christ, T.; Destefanis, M.; Diaz, J.; Dohrmann, 

F.; Dybczak, A.; Eberl, T.; Fabbietti, L.; Fateev, O. V.; 

Finocchiaro, P.; Fonte, P.; Friese, J.; Fröhlich, I.; Galatyuk, 

T.; Garzon, J. A.; Gernhäuser, R.; Gil, A.; Gilardi, C.; 

Golubeva, M.; Gonzalez-Diaz, D.*; Guber, F.; Hennino, 

T.; Holzmann, R.*; Iori, I.; Ivashkin, A.; Jurkovic, M.; 

Kämpfer, B.; Kanaki, K.; Karavicheva, T.; Kirschner, 


Krizek, F.; Krücken, R.; Kühn, W.; Kugler, A.; Kurepin, 

A.; Lang, S.*; Lange, J. S.; Lapidus, K.; Liu, T.; 

Lopes, L.; Lorenz, M.; Maier, L.; Mangiarotti, A.; Markert, 

J.; Metag, V.; Michalska, B.; Michel, J.; Mishra, 

D.; Moriniere, E.; Mousa, J.; Müntz, C.; Naumann, L.; 

Otwinowski, J.; Pachmayer, Y. C.; Palka, M.*; Parpottas, 

Y.; Pechenov, V.; Pechenova, O.; Pietraszko, J.*; Przygoda, 

W.; Ramstein, B.; Reshetin, A.; Roy-Stephan, M.; Rustamov, 

A.*; Sadovsky, A.; Sailer, B.; Salabura, P.; Schmah, 

A.; Sobolev, Y. G.; Spataro, S.; Spruck, B.; Ströbele, H.; 

Stroth, J.*; Sturm, C.; Sudol, M.; Tarantola, A.; Teilab, K.; 

Tlusty, P.; Traxler, M.*; Trebacz, R.; Tsertos, H.; Wagner, 

V.; Weber, M.; Wisniowski, M.; Wojcik, T.; Wüstenfeld, 

J.* Yurevich, S.; Zanevsky, Y. V.; Zhou, P.; Zumbruch, P.*; 

HADES Collaboration: Deep Subthreshold Xi(-) Production 

in Ar plus KCl Reactions at 1.76A GeV. Physical 

review letters / Phys. Rev. Lett. 103(13), 2009: 132301. 

DOI:10.1103/physrevlett.103.132301 

009 Aksyutina, Y.*; Johansson, H. T.*; Aumann, T.*; 

Boretzky, K.*; Borge, M. J. G.; Chatillon, A.; Chulkov, 

L. V.*; Cortina-Gil, D.*; Pramanik, U. D.; Emling, H.*; 

Forssen, C.; Fynbo, H. O. U.; Geissel, H.*; Ickert, 

G.*; Jonson, B.; Kulessa, R.; Langer, C.*; Lantz, M.; 

LeBleis, T.*; Lindahl, A. O.; Mahata, K.*; Meister, M.; 

Münzenberg, G.*; Nilsson, T.; Nyman, G.; Palit, R.; 

Paschalis, S.; Prokopowicz, W.*; Reifarth, R.*; Richter, 

A.; Riisager, K.; Schrieder, G.; Simon, H.*; Sümmerer, 

K.*; Tengblad, O.; Weick, H.*; Zhukov, M. V.: Properties 

of the 7 He ground state from 8 He neutron knockout. 


DOI:10.1016/j.physletb.2009.07.044


010 Al-Dahan, N.; Podolyak, Z.; Regan, P. H.; Gorska, 

M.*; Grawe, H.;* Maier, K. H.; Gerl, J.*; Pietri, S. B.; 

Wollersheim, H. J.*; Alkhomashi, N.; Deo, A. Y.; Bacelar, 

A. M. D.; Farrelly, G.; Steer, S. J.; Bruce, A. M.; 

Boutachkov, P.*; Domingo-Pardo, C.; Algora, A.; Benlliure, 

J.; Bracco, A.; Calore, E.; Casarejos, E.; Cullen, 

I. J.; Detistov, P.; Dombradi, Z.; Doncel, M.; Farinon, 

F.*; Gelletly, W.; Geissel, H.*; Goel, N.*; Grebosz, J.; 

Hoischen, R.*; Kojouharov, I.*; Kurz, N.*; Lalkovski, 

S.; Leoni, S.; Molina, F.; Montanari, D.; Morales, A. I.; 

Musumarra, A.; Napoli, D. R.; Nicolini, R.; Nociforo, C.*; 

Prochazka, A.*; Prokopowicz, W.*; Rubio, B.; Rudolph, 

D.*; Schaffner, H.*; Strmen, P.; Szarka, I.; Swan, T.; 

Thomas, J. S.; Valiente-Dobon, J. J.; Verma, S.; Walker, P. 

M.; Weick, H.*: Nuclear structure ”southeast” of 208 Pb: 

Isomeric states in 208 Hg and 209 Tl. Physical review C, 

Nuclear physics / Phys. Rev. C 80(6), 2009: 061302. 

DOI:10.1103/physrevc.80.061302 

011 Al-Dahan, N.; Podolyak, Z.; Regan, P. H.; Steer, S. 

J.; Bacelar, A. M. D.; Alkhomashi, N.; Gorska, M.*; Gerl, 

J.*; Wollersheim, H. J.*; Pietri, S. B.*; Grawe, H.*; Deo, 

A. Y.; Farrelly, C.; Boutachkov, P.*; Domingo-Pardo, C.*; 

Algora, A.; Benlliure, J.; Bracco, A.; Bruce, A. M.; Calore, 

E.; Casarejos, E.; Cullen, I. J.; Detistov, P.; Dombradi, Z.; 

Doncel, M.; Farinon, F.; Geissel, H.*; Gelletly, W.; Goel, 

N.*; Grebosz, J.; Hoischen, R.; Kojouharov, I.*; Kurz, 

N.*; Lalkovski, S.; Leoni, S.; Molina, F.; Montanari, D.; 

Morales, A. I.; Musumarra, A.*; Napoli, D. R.; Nicolini, 

R.; Nociforo, C.*; Prochazka, A.*; Prokopowicz, W.*; Rubio, 

B.; Rudolph, D.*; Schaffner, H.*; Strmen, P.; Szarka, 

I.; Swan, T.; Valiente-Dobon, J. J.; Verma, S.; Walker, P. 

M.; Weick, H.*: Isomeric states in 208 Hg and 209 Tl populated 

in fragmentation of 238 U. Acta physica Polonica 

B, Particle physics and field theory, nuclear physics, theory 

of relativity / Acta Phys. Pol. B 40(3), 2009: 871–874. 

URL OPEN ACCESS. 

012 Alekseev, M.; Alexakhin, V. Y.; Alexandrov, Y.; Alexeev, 

G. D.; Amoroso, A.; Austregesilo, A.; Badelek, B.; 

Balestra, F.; Ball, J.; Barth, J.; Baum, G.; Bedfer, Y.; 

Bernhard, J.; Bertini, R.; Bettinelli, M.; Birsa, R.; Bisplinghoff, 

J.; Bordalo, P.; Bradamante, F.; Bravar, A.; Bressan, 

A.; Brona, G.; Burtin, E.; Bussa, M. P.; Chapiro, A.; 

Chiosso, M.; Chung, S. U.; Cicuttin, A.; Colantoni, M.; 

Crespo, M. L.; Dalla Torre, S.; Dafni, T.; Das, S.; Dasgupta, 

S. S.; Denisov, O. Y.; Dhara, L.; Diaz, V.; Dinkelbach, 

A. M.; Donskov, S. V.; Doshita, N.; Duic, V.; Dunnweber, 

W.; Efremov, A.; Eversheim, P. D.; Eyrich, W.; 

Faessler, M.; Ferrero, A.; Finger, M.; Finger, M.; Fischer, 

H.; Franco, C.; Friedrich, J. M.; Garfagnini, R.; Gautheron, 

F.; Gavrichtchouk, O. P.; Gazda, R.; Gerassimov, S.; Geyer, 

R.; Giorgi, M.; Gobbo, B.; Goertz, S.; Grabmuller, S.; Grajek, 

O. A.; Grasso, A.; Grube, B.; Gushterski, R.; Guskov, 

A.; Haas, F.; von Harrach, D.; Hasegawa, T.; Heckmann, 

J.; Heinsius, F. H.; Hermann, M.; Hermann, R.; Herrmann, 

F.; Hess, C.; Hinterberger, F.; Horikawa, N.; Hoppner, C.; 

d’Hose, N.; Ilgner, C.; Ishimoto, S.; Ivanov, O.; Ivanshin, 

Y.; Iven, B.; Iwata, T.; Jahn, R.; Jasinski, P.; Jegou, G.; 

Joosten, R.; Kabuss, E.; Kang, D.; Ketzer, B.; Khaustov, G. 

V.; Khokhlov, Y. A.; Kisselev, Y.; Klein, F.; Klimaszewski, 

K.; Koblitz, S.; Koivuniemi, J. H.; Kolosov, V. N.; Komissarov, 

E. V.; Kondo, K.; Konigsmann, K.; Konopka, R.; 

Konorov, I.; Konstantinov, V. F.; Korzenev, A.; Kotzinian, 

A. M.; Kouznetsov, O.; Kowalik, K.; Kramer, M.; Kral, 

A.; Kroumchtein, Z. V.; Kuhn, R.; Kunne, F.; Kurek, K.; 

Le Goff, J. M.; Lednev, A. A.; Lehmann, A.; Levorato, S.; 

Lichtenstadt, J.; Liska, T.; Maggiora, A.; Maggiora, M.; 

Magnon, A.; Mallot, G. K.; Mann, A.; Marchand, C.; Marroncle, 

J.; Martin, A.; Marzec, J.; Massmann, F.; Matsuda, 

T.; Maximov, A. N.; Meyer, W.; Michigami, T.; Mikhailov, 

Y. V.; Moinester, M. A.; Mutter, A.; Nagaytsev, A.; Nagel, 

T.; Nassalski, J.; Negrini, S.; Nerling, F.; Neubert, S.; 

Neyret, D.; Nikolaenko, V. I.; Olshevsky, A. G.; Ostrick, 

M.; Padee, A.; Panknin, R.; Panzieri, D.; Parsamyan, B.; 

Paul, S.; Pawlukiewicz-Kaminska, B.; Perevalova, E.; Pesaro, 

G.; Peshekhonov, D. V.; Piragino, G.; Platchkov, S.; 

Pochodzalla, J.; Polak, J.; Polyakov, V. A.; Pontecorvo, G.; 

Pretz, J.; Quintans, C.; Rajotte, J. F.; Ramos, S.; Rapatsky, 

V.; Reicherz, G.; Reggiani, D.; Richter, A.; Robinet, F.; 

Rocco, E.; Rondio, E.; Ryabchikov, D. I.; Samoylenko, V. 

D.; Sandacz, A.; Santos, H.; Sapozhnikov, M. G.; Sarkar, 

S.; Sbrizzai, G.; Schiavon, P.; Schill, C.; Schmitt, L.*; 

Schroder, W.; Shevchenko, O. Y.; Siebert, H. W.; Silva, 

L.; Sinha, L.; Sissakian, A. N.; Slunecka, M.; Smirnov, G. 

I.; Sosio, S.; Sozzi, F.; Srnka, A.; Stolarski, M.; Sulc, M.; 

Sulej, R.; Takekawa, S.; Tessaro, S.; Tessarotto, F.; Teufel, 

A.; Tkatchev, L. G.; Venugopal, G.; Virius, M.; Vlassov, N. 

V.; Vossen, A.; Weitzel, Q.; Windmolders, R.; Wislicki, W.; 

Wollny, H.; Zaremba, K.; Zemlyanichkina, E.; Ziembicki, 

M.; Zhao, J.; Zhuravlev, N.; Zvyagin, A.: Measurement 

of the longitudinal spin transfer to Λ and ¯ Λ hyperons in 

polarised muon DIS. The European physical journal: C, 

Particles and fields / Eur. Phys. J. C 64(2), 2009: 171–179. 

DOI:10.1140/epjc/s10052-009-1143-7 


G. D.; Amoroso, A.; Austregesilo, A.; Badelek, B.; 

Balestra, F.; Ball, J.; Barth, J.; Baum, G.; Bedfer, Y.; Bernhard, 

J.; Bertini, R.; Bettinelli, M.; Birsa, R.; Bisplinghoff, 

J.; Bordalo, P.; Bradamante, F.; Bravar, A.; Bressan, A.; 

Brona, G.; Burtin, E.; Bussa, M. P.; Chapiro, A.; Chiosso, 

M.; Chung, S. U.; Cicuttin, A.; Colantoni, M.; Crespo, 

M. L.; Torre, S. D.; Dafni, T.; Das, S.; Dasgupta, S. S.; 

Denisov, O. Y.; Dhara, L.; Diaz, V.; Dinkelbach, A. M.; 

Donskov, S. V.; Doshita, N.; Duic, V.; Dunnweber, W.; 

Efremov, A.; El Alaoui, A.; Eversheim, P. D.; Eyrich, 

W.; Faessler, M.; Ferrero, A.; Finger, M.; Finger, M.; Fischer, 

H.; Franco, C.; Friedrich, J. M.; Garfagnini, R.; Gautheron, 

F.; Gavrichtchouk, O. P.; Gazda, R.; Gerassimov, 

S.; Geyer, R.; Giorgi, M.; Gobbo, B.; Goertz, S.; Grabmuller, 

S.; Grajek, O. A.; Grasso, A.; Grube, B.; Gushterski, 

R.; Guskov, A.; Haas, F.; Hagemann, R.; von Harrach, 

D.; Hasegawa, T.; Heckmann, J.; Heinsius, F. H.; Hermann, 

513


R.; Herrmann, F.; Heß, C.; Hinterberger, F.; Horikawa, N.; 

Hoppner, C.; d’Hose, N.; Ilgner, C.; Ishimoto, S.; Ivanov, 

O.; Ivanshin, Y.; Iwata, T.; Jahn, R.; Jasinski, P.; Jegou, 

G.; Joosten, R.; Kabuss, E.; Kafer, W.; Kang, D.; Ketzer, 

B.; Khaustov, G. V.; Khokhlov, Y. A.; Kiefer, J.; Kisselev, 

Y.; Klein, F.; Klimaszewski, K.; Koblitz, S.; Koivuniemi, 

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027 Andronic, A.*; Beutler, F.; Braun-Munzinger, P.*; 

Redlich, K.; Stachel, J.*: Statistical hadronization of 

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and failures. Physics letters B / Phys. Lett. B 678(4), 

2009: 350–354. DOI:10.1016/j.physletb.2009.06.051 

028 Andronic, A.*; Beutler, F.; Braun-Munzinger, P.*; 

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029 Andronic, A.*; Braun-Munzinger, P.*; Stachel, J.: 

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Acta physica Polonica B, Particle physics and field 

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032 Andronic, A.*; Garabatos, C.*; Gonzalez-Diaz, D.*; 

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Laszlo, A.; Lacey, R.; van Leeuwen, M.; Levai, P.; Litov, 

L.; Lungwitz, B.; Makariev, M.; Malakhov, A. I.; Mateev, 

M.; Melkumov, G. L.; Meurer, C.; Mischke, A.; Mitrovski, 

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035 Anticic, T.; Baatar, B.; Barna, D.; Bartke, J.; Betev, 

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M.; Stefanek, G.; Stock, R.; Strabel, C.; Ströbele, H.; 

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036 Averbeck, R.*: Charm and bottom production at 

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057 Bousonville, M.*; Rausch, J.: Universal picosecond 

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061 Christiansen, P.; Dobrin, A.; Gros, P.; Gustafsson, 

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063 Dönigus, B.*: Heavy flavour capabilities of the 

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064 Dietz, B.; Friedrich, T.*; Harney, H. L.; Miski- 

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065 Dietz, B.; Friedrich, T.*; Miski-Oglu, M.; Richter, 

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067 Domingo-Pardo, C.; Goel, N.; Engert, T.*; Gerl, J.; 

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069 Dragojevic, I.; Gregorich, K. E.; Düllmann, C. E.*; 

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070 Düllmann, C. E.*; Gregorich, K. E.; Pang, G. K.; 

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071 Dvorak, J.; Brüchle, W.*; Düllmann, C. E.*; Dvorakova, 

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072 Dzhioev, A. A.; Vdovin, A. I.; Ponomarev, V. Y.; 

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073 Elomaa, V. V.; Vorobjev, G. K.*; Kankainen, A.; 

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A.; Moore, I. D.; Novikov, Y. N.*; Penttila, H.; Popov, 

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074 Esbensen, H.; Reifarth, R.*: Coulomb dissociation 

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075 Esbensen, H.; Reifarth, R.*: [Erratum ]Coulomb dissociation 

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076 Eshraqi, M.; Franchetti, G.*; Lombardi, A. M.: Emittance 

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077 Eto, M.; Nakano, E.*; Nitta, M.: Effective worldsheet 

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078 Eto, M.; Nakano, E.*; Nitta, M.: Non-Abelian global 

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079 Farrelly, G. F.; Podolyak, Z.; Steer, S. J.; Pietri, S.; 

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Kojouharov, I.*; Kurz, N.*; Montes, F.*; Prokopowicz, 

W.*; Saito, T.*; Schaffner, H.*; Tashenov, S.*; Heinz, A.; 

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081 Fischer, C. S.*; Maas, A.; Pawlowski, J. M.: On the 

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082 Fischer, C. S.*; Mueller, J. A.: Chiral and deconfinement 

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083 Fischer, C. S.*; Nickel, D.; Williams, R.: On 

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085 Fischer, C. S.*; Williams, R.: Probing the Gluon 

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086 Fischer, D.; Schulz, M.; Schneider, K.*; Ciappina, 

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087 Fischer, E.; Khodzhibagiyan, H.; Kovalenko, A.; 

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088 Fischer, E.; Schnizer, P.; Kurnyshov, R.; Schnizer, 

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O.; Herrmann, N.; Kienle, P.; Kis, M.; Leifels, Y.*; 

Marton, J.; Münzer, R.; Schafhauser, M.; Widmann, E.; 

Yamazaki, T.; Zmeskal, J.; FOPI Collaboration*: Search 

for the Kaonic Nuclear State, K(-)pp, in the exclusive 

pp -¿ p Lambda K+ channel. Nuclear physics A, Nuclear 

and hadronic physics / Nucl. Phys. A 827(1-4), 2009: 


252 Tahir, N. A.*; Schmidt, R.; Brugger, M.; Assmann, 

R.; Shutov, A.; Lomonosov, I. V.; Fortov, V. E.; Piriz, A. 

R.; Deutsch, C.; Hoffmann, D. H. H.: Interaction of Super 

Proton Synchrotron beam with solid copper target: 

Simulations of future experiments at HiRadMat facility 

at CERN. Nuclear instruments & methods in physics 



Res. Sect. A-Accel. Spectrom. Dect. Assoc. Equip. 606(1- 

2), 2009: 186–192. DOI:10.1016/j.nima.2009.03.086 

253 Taieb, J.; Belier, G.; Chatillon, A.; Granier, T.; Kelic, 

A.; Ricciardi, V.; Schmidt, K. H.; Voss, B.; Coste- 

Delclaux, M.; Diop, C.; Jouanne, C.; Schmitt, C.; Aiche, 

M.; Czajkowski, S.; Jurado, B.; Audouin, L.; Peyre, J.; 

Rosier, P.; Tassan-Got, L.; Bertoumieux, E.; Dore, D.; 

Dupont, E.; Letourneau, A.; Panebianco, S.: ELISe: a new 

facility for unprecedented experimental nuclear fission 

studies. International journal of modern physics E, Nuclear 


2009: 767–772, Sp. Iss. SI. URL 

254 Taylor, M. J.; Bentley, M. A.; Rudolph, D.; Fahlander, 

C.; Golubev, P.; Hoischen, R.; Reiter, P.; Gerl, J.*; Gorska, 

M.*: A new simulation package to model detector systems 

with fragmentation reactions and ion separators: 

Application to the LYCCA-0 system. Nuclear instruments 





DOI:10.1016/j.nima.2009.05.003 

255 Thiamova, G.*; Rowe, D. J.: Large boson number 

IBM calculations and their relationship to the 

Bohr model. The European physical journal A, Hadrons 

and nuclei / Eur. Phys. J. A 41(2), 2009: 189–195. 

DOI:10.1140/epja/i2009-10810-x 

256 Trautmann, W.*; Adrich, P.*; Aumann, T.*; Bacri, C. 

O.; Barczyk, T.; Bassini, R.; Bianchin, S.*; Boiano, C.; 

Botvina, A. S.*; Boudard, A.; Brzychczyk, J.; Chbihi, A.; 

Cibor, J.; Czech, B.; De Napoli, M.; Ducret, J. E.; Emling, 

H.*; Frankland, J. D.; Hellström, M.*; Henzlova, D.*; 

Imme, G.; Iori, I.; Johansson, H.*; Kezzar, K.*; Lafriakh, 

A.; Le Fèvre, A.*; Le Gentil, E.; Leifels, Y.*; Lühning, 

J.*; Lukasik, J.*; Lynch, W. G.; Lynen, U.*; Majka, Z.; 

Mocko, M.; Müller, W. F. J.*; Mykulyak, A.*; Orth, H.*; 

Otte, A. N.*; Palit, R.*; Pawlowski, P.; Pullia, A.; Raciti, 

G.; Rapisarda, E.; Sann, H.*; Schwarz, C.*; Sfienti, 

C.*; Simon, H.*; Sümmerer, K.*; Tsang, M. B.; Verde, 

G.; Volant, C.; Wallace, M.; Weick, H.*; Wiechula, J.*; 

Wieloch, A.; Zwieglinski, B.: Isotopic dependence of the 

caloric curve. Progress in particle and nuclear physics 

62(2), 2009: 407–412. DOI:10.1016/j.ppnp.2008.12.006 

257 Trautmann, W.*; Chartier, M.; Leifels, Y.*; Lemmon, 

R. C.; Li, Q.; Lukasik, J.; Pagano, A.; Pawlowski, P.; Russotto, 

P.; Wu, P.: Differential neutron-proton squeezeout. 

Progress in particle and nuclear physics 62(2), 2009: 

425–426. DOI:10.1016/j.ppnp.2008.12.012 

258 Tselyaev, V.; Speth, J.; Krewald, S.; Litvinova, 

E.*; Kamerdzhiev, S.; Lyutorovich, N.; Avdeenkov, A.; 

Grümmer, F.: Description of the giant monopole resonance 

in the even-A 112−124 Sn isotopes within a microscopic 

model including quasiparticle-phonon coupling. 


2009: 034309. DOI:10.1103/physrevc.79.034309 

259 Tsukada, K.; Haba, H.; Asai, M.; Toyoshima, A.; 

Akiyama, K.; Kasamatsu, Y.; Nishinaka, I.; Ichikawa, S.; 

Yasuda, K.; Miyamoto, Y.; Hashimoto, K.; Nagame, Y.; 

Goto, S.; Kudo, H.; Sato, W.; Shinohara, A.; Oura, Y.; 

Sueki, K.; Kikunaga, H.; Kinoshita, N.; Yokoyama, A.; 

Schädel, M.*; Brüchle, W.*; Kratz, J. V.: Adsorption of 

Db and its homologues Nb and Ta, and the pseudohomologue 

Pa on anion-exchange resin in HF solution. 

Radiochimica acta / Radiochim. Acta 97(2), 2009: 83–89. 


260 Tsukada, K.; Haba, H.; Asai, M.; Toyoshima, A.; 

Akiyama, K.; Kasamatsu, Y.; Nishinaka, I.; Ichikawa, 

S.; Yasuda, K.; Miyamoto, Y.; Hashimoto, K.; Nagame, 

Y.; Goto, S.; Kudo, H.; Sato, W.; Shinohara, A.; Oura, 

Y.; Sueki, K.; Kikunaga, H.; Kinoshita, N.; Yokoyama, 

A.; Schädel, M.*; Brüchle, W.*; Kratz, J. V.: Adsorption 

of Db and its homologues Nb and Ta, and 

the pseudo-homologue Pa on anion-exchange resin in 

HF solution. Radiochimica acta 97(2), 2009: 83–89. 


533


261 Uberseder, E.; Reifarth, R.*; Schumann, D.; Dillmann, 

I.; Pardo, C. D.; Gorres, J.; Heil, M.*; Käppeler, F.; Marganiec, 

J.; Neuhausen, J.; Pignatari, M.; Voss, F.; Walter, 

S.; Wiescher, M.: Measurement of the 60 F(n,γ) 61 Fe 

Cross Section at Stellar Temperatures. Physical review 



262 Urban, W.; Sieja, K.*; Simpson, G. S.; Faust, 

H.; Rzaca-Urban, T.; Zlomaniec, A.; Lukasiewicz, M.; 

Smith, A. G.; Durell, J. L.; Smith, J. F.; Varley, B. J.; 

Nowacki, F.; Ahmad, I.: New isomers and mediumspin 

structure of the 95 Y nucleus. Physical review C, 


DOI:10.1103/physrevc.79.044304 Also part of: PNI 

263 Valiente-Dobon, J. J.; Mengoni, D.; Gadea, A.; Farnea, 

E.; Lenzi, S. M.; Lunardi, S.; Dewald, A.; Pissulla, T.; Szilner, 

S.; Broda, R.; Recchia, F.; Algora, A.; Angus, L.; Bazzacco, 

D.; Benzoni, G.; Bizzeti, P. G.; Bizzeti-Sona, A. 

M.; Boutachkov, P.*; Corradi, L.; Crespi, F.; de Angelis, 

G.; Fioretto, E.; Görgen, A.; Gorska, M.*; Gottardo, A.; 

Grodner, E.; Guiot, B.; Howard, A.; Krolas, W.; Leoni, S.; 

Mason, P.; Menegazzo, R.; Montanari, D.; Montagnoli, G.; 

Napoli, D. R.; Obertelli, A.; Pawlat, T.; Rubio, B.; Sahin, 

E.; Scarlassara, F.; Silvestri, R.; Stefanini, A. M.; Smith, 

J. F.; Steppenbeck, D.; Ur, C. A.; Wady, P. T.; Wrzesinski, 

J.; Maglione, E.; Hamamoto, I.: Lifetime Measurements 

of the Neutron-Rich N=30 Isotones 50 Ca and 51 Sc: Orbital 

Dependence of Effective Charges in the fp Shell. 

Physical review letters / Phys. Rev. Lett. 102(24), 2009: 

242502. DOI:10.1103/physrevlett.102.242502 

264 Van de Walle, J.; Aksouh, F.; Behrens, T.; Bildstein, 

V.; Blazhev, A.; Cederkäll, J.; Clement, E.; Cocolios, T. 

E.; Davinson, T.; Delahaye, P.; Eberth, J.; Ekström, A.; Fedorov, 

D. V.; Fedosseev, V. N.; Fraile, L. M.; Franchoo, S.; 

Gernhauser, R.; Georgiev, G.; Habs, D.; Heyde, K.; Huber, 

G.; Huyse, M.; Ibrahim, F.; Ivanov, O.; Iwanicki, J.; Jolie, 

J.; Kester, O.*; Köster, U.; Kröll, T.; Krücken, R.; Lauer, 

M.; Lisetskiy, A. F.*; Lutter, R.; Marsh, B. A.; Mayet, P.; 

Niedermaier, O.; Pantea, M.; Raabe, R.; Reiter, P.; Sawicka, 

M.; Scheit, H.; Schrieder, G.; Schwalm, D.; Seliverstov, 

M. D.; Sieber, T.; Sletten, G.; Smirnova, N.; Stanoiu, 

M.*; Stefanescu, I.; Thomas, J.-C.; Valiente-Dobon, J. 

J.; Van Duppen, P.; Verney, D.; Voulot, D.; Warr, N.; 

Weisshaar, D.; Wenander, F.; Wolf, B. H.; Zielinska, M.: 

Low-energy Coulomb excitation of neutron-rich zinc 

isotopes. Physical review C, Nuclear physics / Phys. Rev. 

C 79(1), 2009: 014309. DOI:10.1103/physrevc.79.014309 

265 Wadsworth, R.; Singh, B. S. N.; Steer, A. N.; Jenkins, 

D. C.; Bentley, M. A.; Brock, T.; Davies, P.; Glover, R.; 

Pattabiraman, N. S.; Scholey, C.; Grahn, T.; Greenlees, P. 

T.; Jones, P.; Jakobsson, U.; Julin, R.; Juutinen, S.; Ketelhut, 

S.; Leino, M.; Nyman, M.; Perua, P.; Pakarinen, J.; 

Rahkila, P.; Ruotslainen, P.; Sorri, J.; Uusitalo, J.; Lister, C. 

534 

J.; Butler, P. A.; Dimmock, M.; Joss, D. T.; Thomson, J.; 

Rinta-Antila, S.; Cederwall, B.; Hadinia, B.; Sandzelius, 

M.; Atac, A.; Betterman, L.; Blazhev, A.; Braun, N.; 

Finke, F.; Geibel, K.; Ilie, G.; Iwasaki, H.; Jolie, J.; Reiter, 

P.; Scholl, C.; Warr, N.; Boutachkov, P.*; Caceres, L.*; 

Domingo, C.*; Engert, T.*; Farinon, F.*; Gerl, J.*; Goel, 

N.*; Gorska, M.*; Grawe, H.*; Kurz, N.*; Kojuharov, I.*; 

Pietri, S.*; Nociforo, C.*; Prochazka, A.*; Wollersheim, 

H.-J.*; Eppinger, K.; Faestermann, T.; Hinke, C.; Hoischen, 

R.; Krücken, R.; Gottardo, A.; Liu, Z.; Woods, P.; 

Grebosz, J.; Merchant, E.; Nyberg, J.; Soderstrom, P. A.; 

Podolyak, Z.; Regan, P.; Steer, S.; Pfutzner, M.; Rudolph, 

D.: The northwest frontier: spectroscopy of N ∼ Z nuclei 

below masss 100. Acta physica Polonica B, Particle 



ACCESS. 

266 Weissbach, F.*; Hencken, K.; Kiselev, D.; Trautmann, 

D.: Improved radiative corrections to e,e’p experiments: 

Explicit treatment of kinematical corrections 

in multiphoton bremsstrahlung. Physical review 


DOI:10.1103/physrevc.80.024602 

267 Weissbach, F.*; Hencken, K.; Trautmann, D.; Sick, 

I.: Improved radiative corrections and proton charge 

form factor from the Rosenbluth separation technique. 


2009: 064605. DOI:10.1103/physrevc.80.064605 

268 Wiechula, J.*; ALICE TPC Collaboration: 

Commissioning and Calibration of the ALICE 

TPC. Nuclear physics A, Nuclear and hadronic 



269 Wiegel, B.; Agosteo, S.; Bedogni, R.; Caresana, M.; 

Esposito, A.; Fehrenbacher, G.*; Ferrarini, M.; Hohmann, 

E.; Hranitzky, C.; Kasper, A.; Khurana, S.; Mares, V.; 

Reginatto, M.; Rollet, S.; Ruhm, W.; Schardt, D.*; Silari, 

M.; Simmer, G.; Weitzenegger, E.: Intercomparison of 

radiation protection devices in a high-energy stray neutron 

field, Part II: Bonner sphere spectrometry. Radiation 

Measurements / Radiat. Meas. 44(7-8), 2009: 660– 

672. DOI:10.1016/j.radmeas.2009.03.026 

270 Wiegel, B.; Agosteo, S.; Bedogni, R.; Caresana, M.; 

Esposito, A.; Fehrenbacher, G.*; Ferrarini, M.; Hohmann, 

E.; Hranitzky, C.; Kasper, A.; Khurana, S.; Mares, V.; 

Reginatto, M.; Rollet, S.; Rühm, W.; Schardt, D.*; 

Silari, M.; Simmer, G.; Weitzenegger, E.: Intercomparison 

of radiation protection devices in a high-energy 

stray neutron field, Part II: Bonner sphere spectrometry. 

Radiation Measurements 44(7-8), 2009: 660–672. 

DOI:10.1016/j.radmeas.2009.03.026 

271 Wieland, O.; Bracco, A.; Camera, F.; Benzoni, G.; 

Blasi, N.; Brambilla, S.; Crespi, F. C. L.; Leoni, S.; Mil-


lion, B.; Nicolini, R.; Maj, A.; Bednarczyk, P.*; Grebosz, 

J.; Kmiecik, M.; Meczynski, W.; Styczen, J.; Aumann, 

T.*; Banu, A.*; Beck, T.*; Becker, F.*; Caceres, 

L.; Doornenbal, P.*; Emling, H.*; Gerl, J.*; Geissel, 

H.*; Gorska, M.*; Kavatsyuk, O.*; Kavatsyuk, M.*; Kojouharov, 

I.*; Kurz, N.*; Lozeva, R.*; Saito, N.*; Saito, 

T.*; Schaffner, H.*; Wollersheim, H. J.; Jolie, J.; Reiter, 

P.; Warr, N.; deAngelis, G.; Gadea, A.; Napoli, D.; 

Lenzi, S.; Lunardi, S.; Balabanski, D.; LoBianco, G.; Petrache, 

C.; Saltarelli, A.; Castoldi, M.; Zucchiatti, A.; 

Walker, J.; Burger, A.: Search for the Pygmy Dipole 

Resonance in 68 Ni at 600 MeV/nucleon. Physical review 



272 Winckler, N.*; Geissel, H.*; Litvinov, Y. A.*; Beckert, 

K.*; Bosch, F.*; Boutin, D.*; Brandau, C.*; Chen, 

L.; Dimopoulou, C.*; Essel, H. G.*; Fabian, B.; Faestermann, 

T.; Fragner, A.; Haettner, E.; Hess, S.*; Kienle, 

P.; Knobel, R.*; Kozhuharov, C.*; Litvinov, S. A.*; Mazzocco, 

M.*; Montes, F.; Münzenberg, G.*; Nociforo, C.*; 

Nolden, F.*; Patyk, Z.; Plass, W. R.*; Prochazka, A.*; 

Reda, R.*; Reuschl, R.*; Scheidenberger, C.*; Steck, 

M.*; Stöhlker, T.*; Torilov, S. Y.; Trassinelli, M.; Sun, 

B.*; Weick, H.*; Winkler, M.*: Orbital electron capture 

decay of hydrogen- and helium-like 142 Pm ions. 


DOI:10.1016/j.physletb.2009.07.019 Also part of: PNI 

273 Winger, J. A.; Ilyushkin, S. V.; Rykaczewski, K. P.; 

Gross, C. J.; Batchelder, J. C.; Goodin, C.; Grzywacz, R.; 

Hamilton, J. H.; Korgul, A.; Krolas, W.; Liddick, S. N.; 

Mazzocchi, C.; Padgett, S.; Piechaczek, A.; Rajabali, M. 

M.; Shapira, D.; Zganjar, E. F.; Borzov, I. N.*: Large β- 

Delayed Neutron Emission Probabilities in the 78 Ni Region. 



274 Winters, D. F. A.; Stöhlker, T.: Atomic physics 

at storage rins: recent results from ESR and future 

perspectives at FAIR. International journal of modern 


Phys. 18(2), 2009: 359–366. URL Also part of: PNI 

275 Zabrodin, E. E.; Arsene, I. C.; Bleibel, J.; Bleicher, M.; 

Bravina, L. V.; Burau, G.; Faessler, A.; Fuchs, C.; Nilsson, 

M. S.; Tywoniuk, K.; Stöcker, H.*: EOS at FAIR energies 

and the role of resonances. Journal of physics G, Nuclear 

and particle physics / J. Phys. G-Nucl. Part. Phys. 36(6), 

2009: 064065. DOI:10.1088/0954-3899/36/6/064065 

276 Zapp, K. C.*; Stachel, J.; Wiedemann, U. A.: 

LPM-Effect in Monte Carlo Models of Radiative Energy 

Loss. Nuclear physics A, Nuclear and hadronic 



277 Zapp, K. C.*; Stachel, J.; Wiedemann, U. A.: LPM- 

Effect in Monte Carlo Models of Radiative Energy Loss. 

Nuclear physics A, Nuclear and hadronic physics 830, 

2009: 171C–174C. DOI:10.1016/j.nuclphysa.2009.10.091 

278 Zapp, K.*; Stachel, J.; Wiedemann, U. A.: Local 

Monte Carlo Implementation of the Non-Abelian 

Landau-Pomeranchuk-Migdal Effect. Physical review 



279 Zinner, N. T.; Molmer, K.; Özen, C.*; Dean, D. 

J.; Langanke, K.*: Shell-model Monte Carlo simulations 

of the BCS-BEC crossover in few-fermion systems. 

Physical review A, Atomic, molecular, and optical 

physics / Phys. Rev. A 80(1), 2009: 013613. 

DOI:10.1103/physreva.80.013613 

535


Other publications to the programme 

’Physics of hadrons and nuclei’ (incl. the FAIR project) 


Compiled by K. Große, I. Kraus, V. R. W. Schaa et al. 

001 Al-Turany, M.; Uhlig, F.: FairRoot Framework. In: 

PoS(ACAT08)048, 

002 Al-Turany, M.; Uhlig, F.: GPU’s for event reconstruction 

in the FairRoot Framework. In: Journal of 

Physics: Conference Series, 

003 Andrianov, A.; K. Beckert, A. Bleile, Ch. Chatterjee, 

A. Echler, P. Egelhof, A. Gumberidze, S. Ilieva, O. Kiselev, 

C. Kilbourne, H.-J. Kluge, S. Kraft-Bermuth, D. Mc Cammon, 

J. P. Meier, R. Reuschl, T. Stöhlker, M. Trassinelli: 

Precise Lamb Shift Measurements in Hydrogen-Like 

Heavy Ions - Status and Perspectives. In: B. Cabrera, A. 

Miller, B. Young: Proc. of the 13th Int. Workshop on Low 

Temperature Detectors, LTD13, AIP Conf. Proc. 1185, 

99p. 

004 Böhme, C.; Dietrich, J.; Kamerdzhiev, V.; P. Forck, 

P.*; Giacomini, T.*; Liakin, D.: Beam Test of the FAIR 

IPM Prototype in COSY. In: 9th European Workshop on 

Beam Diagnostics and Instrumentation for Particle Accelerators, 

25-27 May, 2009, Basel, Switzerland, TUPB12p. 

005 Bär, R.*; Krause, U.*; Schaa, V. R. W.*; Schiebel, 

W.*; Thieme,M.*: Development of a New Control System 

for the FAIR Accelerator Complex at GSI. In: 12th 

International Conference on Accelerator and Large Experimental 

Physics Control Systems, October 12-16, 2009, 

Kobe, Japan, TUP107p. 

006 Barth, W.; Dahl, L. A.*; Eickhoff, H.*; Groening, L.*: 

A New High Energy UNILAC as a High Current Heavy 

Ion Injector for the FAIR-Synchrotrons. In: 23rd Particle 

Accelerator Conference, 4-8 May 2009, Vancouver, BC, 

Canada, FR5REP059p. 

007 Beck, D.* H.*; Brand, H.*; Hahn, H.*; Herfurth, F.*; 

Koszudowski, S.*; Marx, G.; Schweikhard, L.; Ziegler, E.: 

A Pulse-Pattern Generator Using LabVIEW FPGA. In: 

12th International Conference on Accelerator and Large 

Experimental Physics Control Systems, October 12-16, 

2009, Kobe, Japan, TUP058p. 

008 Bellachioma, M. C.*; Kollmus, H.*; Krämer, A.*; 

Kurdal, J.*; Reich-Sprenger, H.*; Bender, M.: Thin Film 

Coating for the Upgrade of the Ion Synchrotron SIS18 

at GSI. In: 23rd Particle Accelerator Conference, 4-8 May 

536 

2009, Vancouver, BC, Canada, MO6RFP014p. 

009 Berdermann, E.: Advanced Diamond Particle 

Detectors. In: Nuclear Physics News 19(2), 

DOI:10.1080/10506890902740218 

010 Berdermann, E.; Ciobanu, M.: CVD-Diamond Detectors 

for Experiments with Hadrons, Nuclei, and Atoms. 

In: Sussmann, R. S. (Ed.): CVD Diamond for Electronic 

Devices and Sensors;, Wiley, 

011 Berdermann, E.; Ciobanu, M.; Herrmann, N.; Hildenbrand, 

K. D.; Kis, M.; Koenig, W.; Pomorski, M.; Rebisz- 

Pomorska, M.; Schüttauf, A.: Diamond Start Detectors. 

In: Proceedings of the IEEE NSS-MIC, Orlando, 2009, 

Conference Record, IEEE, 

012 Berdermann, E.; Pomorski, M.; de Boer, W.; Ciobanu, 

M.; Dunst, S.; Grah, C.; Kis, M.; Koenig, W.; Lange, 

W.; Lohmann, W.; L ovrincic, R.; Moritz, P.; Morse, 

J.; Mueller, S.; Pucci, A.; Schreck, M.; Rahman, S.; 

Träger, M.: Diamond detectors for hadron physics research. 

In: Proceedings of the 20th European Conference 

on Diamond, Diamond-Like Materials, Carbon Nanotubes, 

and Nitrides (DIAMOND 2009), Amsterdam: Elsevier, 

DOI:10.1016/j.diamond.2009.11.019 

013 Blaum, K.; Block, M.: Precision Penning trap mass 

measurements on exotic ions: Status and perspectives. 

In: Hyp. Int. 194, 65p. 

014 Boine-Frankenheim, O.*; Chorniy, O.*: RF Barrier 

Compression with Space Charge for the FAIR Synchrotrons. 

In: 23rd Particle Accelerator Conference, 4-8 

May 2009, Vancouver, BC, Canada, TH5PFP021p. 

015 Boine-Frankenheim, O.*; Kornilov, V.*; Paret, S.*: 

Transverse Schottky Noise with Space Charge. In: 23rd 

Particle Accelerator Conference, 4-8 May 2009, Vancouver, 

BC, Canada, TU3PBC03p. 

016 Bousonville, M.*; Rausch, J.: Reference Signal Generation 

With Direct Digital Synthesis for FAIR. In: 11th 

International Conference on Heavy Ion Accelerator Technology, 

08-12 June 2009, Venezia, Italy, A1STp. 

017 Bousonville, M.; Rausch, J.: Velocity of Signal Delay 

Changes in Fibre Optic Cables. In: 9th European Workshop 

on Beam Diagnostics and Instrumentation for Par-


ticle Accelerators, 25-27 May, 2009, Basel, Switzerland, 

TUPB35p. 

018 Brandau, C. et al.: Isotope shifts in dielectronic recombination: 

From stable to in-flight-produced nuclei. 

In: Journal of Physics: Conf. Series 194, 012023p. 

019 Brodhage, R. B.; Minaev, S.; Podlech, H.; Ratzinger, 

U.; Tiede, R.; G. Clemente, G.*; Groening, L.*: Prototype 

Construction of a Coupled CH-DTL Proton Linac for 

FAIR. In: 23rd Particle Accelerator Conference, 4-8 May 

2009, Vancouver, BC, Canada, FR5REP060p. 

020 Bussmann, M. H.; Schramm, U.; Birkl, G.; Walther, 

T.; Dimopoulou, C.*; Kozhuharov, C.*; Kühl, T.*; 

Nörtershäuser, W.*; Steck, F.*; Stöhlker, T.*; Winters, D. 

F. A.*; Geppert, C.; Wen, W. Q. X.; Zhang, D.; Novotny, 

C.: Laser Cooling at ESR, CSR and FAIR. In: Workshop 

on Beam Cooling and Related Topics, 31 August-4 September 

2009, Lanzhou, China, MOA1MCIO01p. 

021 Ciobanu, M.; Herrmann, N.; Hildenbrand, K. D.; 

Kis,M.; Schüttauf, A.: PADI-2,-3 and -4: The second iteration 

of the Fast Preamplifier - Discriminator ASIC 

for Time-of-Flight Measurements at CBM. In: IEEE 

NSS-MIC, Orlando, 2009, Conference Record, IEEE, 

022 Clemente, G.*; Barth, W.*; Groening, L.*; 

Orzhekhovskaya, A.*; Yaramyshev, S.*; Kolomiets, A.; 

Minaev, S.; Ratzinger, U.;: End To End Simulations of 

the GSI Linear Accelerator Facility. In: 10th International 

Computational Accelerator Physics Conference, Aug 

31 - Sep 4, 2009, San Francisco, CA, USA, TH4IOPK02p. 

023 Dahl, L.*: The GSI UNILAC Upgrade Program to 

Meet FAIR Requirements. In: 11th International Conference 

on Heavy Ion Accelerator Technology, 08-12 June 

2009, Venezia, Italy, FR1Tp. 

024 Dimopoulou, C.*; Dolinskyy, A.*; Heine, R. G.*; 

Katayama, T.*; Laier, U.*; Nolden, F.*; Schreiber, G.*; 

Steck, F.*: The Versatile NESR Storage Ring with Powerful 

Electron Cooling. In: Workshop on Beam Cooling 

and Related Topics, 31 August-4 September 2009, 

Lanzhou, China, THM2MCIO02p. 

025 Dolinskyy, A.*; Dimopoulou, C.*; Gorda, O. E.*; 

Litvinov, S. A.*; Nolden, F.*; Peschke, C.*; Steck, M.*: 

Stability Boundary of Ion Beams in the FAIR Storage 

Rings. In: 23rd Particle Accelerator Conference, 4-8 May 

2009, Vancouver, BC, Canada, TH6PFP078p. 

026 Egelhof, P.; Kraft-Bermuth, S.: Future Perspectives 

for the Application of Low Temperature Detectors in 

Heavy Ion Physics. In: B. Cabrera, A. Miller, B. Young: 

Proc. of the 13th Int. Workshop on Low Temperature Detectors, 

LTD13, AIP Conf. Proc. 1185, 761p. 

027 Ejiri, S.; Karsch, F.; Laermann, E.; Miao, C.; 

Mukherjee, S.; Petreczky, P.; Schmidt, C.; Soeld- 

ner, W.; Unger, W.: On the magnetic equation of 

state in (2+1)-flavor QCD. In: Physical Review D 80, 

DOI:10.1103/PhysRevD.80.094505 

028 E. Mustafin, E.*; Floch, E.*; Plotnikov, A.*; Schubert, 

E.*; Seidl, T.*; Strasik, I.*; Latysheva, L.; Smolyakov, A.: 

Irradiation of Superconducting Magnet Components 

for FAIR. In: 11th International Conference on Heavy Ion 

Accelerator Technology, 08-12 June 2009, Venezia, Italy, 

A4Tp. 

029 F. Becker, F.*; Andre, C.*; Forck, P.*; Haseitl, R.*; 

Hug, A.*; Walasek-Höhne, B.*; Bieniosek, F.; Ni, P. A.; 

Hoffmann, D. H. H.: Beam Induced Fluoresence Monitor 

and Imaging Spectrography of Different Working 

Gases. In: 9th European Workshop on Beam Diagnostics 

and Instrumentation for Particle Accelerators, 25-27 May, 

2009, Basel, Switzerland, TUPB02p. 

030 Fehrenbacher, G.: Strahlenschutzplanung für 

Teilchentherapieanlagen. In: Leben mit Strahlung- von 

den Grundlagen zur Praxis, 41. Jahrestagung Fachverband 

für Strahlenschutz, 300p. 

031 Fischer, E. S.*; Bleile, A.*; Floch, E.*; Macavei, J.*; 

Mierau, A.*; Schnizer, P.*; Schroeder, C.*; Stafiniak, A.*; 

Walter, F.*; Gaertner, W.; Sikler, G.: Fast Ramped Superferric 

Prototype Magnets of the FAIR Project – First 

Test Results and Design Update. In: 23rd Particle Accelerator 

Conference, 4-8 May 2009, Vancouver, BC, Canada, 

MO6PFP065p. 

032 Fischer, E. S.*; Mierau, A.*; Schnizer, P.*; Akishin, 

P. G.; Kurnyshov, R. V.; Schnizer, B.; P.A. Shcherbakov, 

P. A.: Measured and Calculated Field Properties of the 

SIS 100 Magnets Described Using Elliptic and Toroidal 

Multipoles. In: 23rd Particle Accelerator Conference, 4-8 

May 2009, Vancouver, BC, Canada, TH5PFP057p. 

033 Franchetti, G.*; Bayer, W. B.*; Becker, F.*; Chorniy, 

O.*; Forck, P.*; Giacomini, T.*; Hofmann, I.*; Kirk, M. 

M.*; Mohite, T. S.*; Omet, C.*; Parfenova, A. S.*; Schütt, 

P.*: High Intensity Benchmarking Studies in the SIS18 

Synchrotron. In: 23rd Particle Accelerator Conference, 

4-8 May 2009, Vancouver, BC, Canada, TH5PFP022p. 

034 Franchetti, G.*; Hofmann, I.*; Sorge, S.*; V.V. Kapin, 

V. V.: High Intensity Nonlinear Dynamics in SIS100. In: 

23rd Particle Accelerator Conference, 4-8 May 2009, Vancouver, 

BC, Canada, TH5PFP023p. 

035 Groening, L.*; Barth, W.*; Bayer, W. B.*; Clemente, 

G.*; Dahl, L. A.*; Forck, P.*; Gerhard, P.*; Hofmann, 

I.*; Kaiser, M.*; Maier, M. T.*; Mickat, S.*; Milosic, T.*; 

Riehl, G. A.*; Vormann, H.*; Yaramyshev, S.*; Jeon, D.; 

Tiede, R.; Uriot, D.: Linac Code Benchmarking with 

High Intensity Experiments at the UNILAC. In: 23rd 


BC, Canada, TU3PBI02p. 

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036 Groening, L.*; Barth, W.*; Bayer, W. B.*; Clemente, 

G.*; Dahl, L. A.*; Forck, P.*; Gerhard, P.*; Hofmann, 

I.*; Kaiser, M.*; Maier, M. T.*; Mickat, S.*; Milosic, T.*; 

Riehl, G. A.*; Vormann, H.*; Yaramyshev, S.*; Jeon, D.; 

Uriot, D.; Tiede; R.: Comparison of Different Simulation 

Codes with UNILAC Measurements for High Beam 

Currents. In: 10th International Computational Accelerator 

Physics Conference, Aug 31 - Sep 4, 2009, San Francisco, 

CA, USA, TU1IOPK02p. 

037 Gütlich, E.*; Forck, P.*; Walasek-Höhne, B.*; Ensinger, 

W.: High Current Ion Beam Investigations on 

Inorganic Scintillation Screens. In: 9th European Workshop 

on Beam Diagnostics and Instrumentation for Particle 

Accelerators, 25-27 May, 2009, Basel, Switzerland, 

TUPB04p. 

038 Haenichen, L.; Müller, W. F. O.; Weiland, T.; Al- 

Khateeb, A. M.*; Boine-Frankenheim, O.*: Comparison 

of Analytical and Numerical Results for Broadband 

Coupling Impedance. In: 23rd Particle Accelerator 


TH5PFP091p. 

039 Haseitl, R.*; Andre, C.*; Becker, F.*; Forck, P.*: ProfileView 

- A Data Acquisition System for Beam Induced 

Fluorescence Monitors. In: 9th European Workshop on 

Beam Diagnostics and Instrumentation for Particle Accelerators, 

25-27 May, 2009, Basel, Switzerland, MOPD42p. 

040 Herfurth, F.; Barth, W.; Clemente, G.; Dahl, L. A.*; 

Gerhard, P.*; Kaiser, M.*; Kluge, H. J.*; Koszudowski, 

S.*; Kozhuharov, C.*; Quint, W.*; Sokolov, A.*; Stöhlker, 

T.*; Vorobjev, G.*; Kester, O. K.; Pfister, j., Ratzinger, 

u., Sauer, A. c, Schempp, A: The HITRAP Decelerator 

Linac at GSI. In: 23rd Particle Accelerator Conference, 

4-8 May 2009, Vancouver, BC, Canada, WE4PBC05p. 

041 Hoffmann, T.*; Höppner, K.*; Kowina, P.*; Lang, 

K.*; Schwickert, M.*; J. Bobnar, J.; Janza, G.; Sah, S.; 

Sekoranja, M.; Verstovcek, I.: A New DAQ Installation 

for the SIS18 Beam Position Monitoring System at 

GSI. In: 12th International Conference on Accelerator and 

Large Experimental Physics Control Systems, October 12- 

16, 2009, Kobe, Japan, THP047p. 

042 Hoffmann, T.*; Schwickert, M.*; G. Jania, G.: FESA 

at FAIR - The Front-End Software Architecture. In: 


BC, Canada, FR5REP009p. 

043 Hofmann, I.*; Orzhekhovskaya, A.*; Yaramyshev, 

S.*; Alber, I.; Harres, K.; Roth, M.: Laser Accelerated 

Ions and their Potential for Therapy Accelerators. In: 

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Technology, 08-12 June 2009, Venezia, Italy, FR6Tp. 

044 Hülsmann, P.*; Balss, R.*; Klingbeil, H.*; Laier, U.*: 

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Bunch Compression for FAIR. In: 23rd Particle Accelerator 


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045 Jeon, D.; Franchetti, G.*; Groening, L.*: A Fourth 

Order Resonance of a High Intensity Linac. In: 23rd 


BC, Canada, FR5REP078p. 

046 Katayama, T.*; Dolinskyy, A.*; Franzke, B.*; Litvinov, 

S. A.*; Nolden, F.*; Steck, F.*; Möhl, D.; L. Thorndahl, 

L.: Numerical Design Study of Stochastic Stacking 

of 3 GeV Anti-Proton Beam in the RESR for the FAIR 

Project. In: Workshop on Beam Cooling and Related 

Topics, 31 August-4 September 2009, Lanzhou, China, 

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047 Kelic, A.; Stoecker, H.: FAIR - Cosmic Matter in the 

Lab. In: AIP Conference Proceedings 1175, Heidelberg: 

Springer, DOI: 

048 Kester, O.; Barth, W.*. Dahl, L.*; Gerhard, P.*; 

Herfurth, F.*; Kaiser, M.*; Kluge, H.-J.*; Koszudowski, 

S.*; Kozhuharov, C.*; Clemente, G.*; Maero, G.*; Quint, 

W.*; Sokolov, A.*; Stöhlker, T.*; Vinzenz, W.*; Vorobjev, 

G.*; Winters, D.*; Pfister, J.; Ratzinger, U.; Sauer, A.; 

Schempp, A.: Status of Construction and Commissioning 

of the GSI HITRAP Decelerator. In: 11th International 

Conference on Heavy Ion Accelerator Technology, 

08-12 June 2009, Venezia, Italy, FR2Tp. 

049 Kikuchi, T.; Dietrich, J.; Maier, R.; Prasuhn, D.; Stockhorst, 

H.; T. Katayama, T.*: Simulation Study of Simultaneous 

Use of Stochastic Cooling and Electron Cooling 

with Internal Target at COSY and HESR. In: Workshop 


2009, Lanzhou, China, THPMCP005p. 

050 Klimkiewicz, A. et al: Pygmy Dipole Strength in Exotic 

Nuclei and the Equation of State. In: Nuclear structure 

ad dynamics ’09: Proceedings of the International 

Conference, AIP Conf. Proc., August 26, 2009, Vol. 1165, 

181-184p. DOI:10.1063/1.3232065 

051 Kobayakawa, H.; Boine-Frankenheim, O.: Synchrotrons 

and Storage Rings. In: Stock, R: Encyclopedia 

of applied high energy and particle physics, 561p. 

052 Kojouharova, J.; Lago, S.; Wollersheim, H.-J.; Kojouharov, 

I.; Gerl, J.: Study of operational characteristics 

of pixelated germanium detector. In: Proceedings of 

the 11th Congress on Theoretical and applied mechanics, 

Sept. 2-5, Borovetz, Bulgaria, 

053 Kornilov, V.*; Boine-Frankenheim, O.*: Simulation 

Studies and Code Validation For The Head-Tail Instability 

With Space Charge. In: 10th International Computational 

Accelerator Physics Conference, Aug 31 - Sep 4, 

2009, San Francisco, CA, USA, TU2IOPK02p.


054 Kowina, P.*; Forck, P.*; Kaufmann, W.*; Moritz, P.*; 

Wolfheimer, F.; Weiland, T.: FEM Simulations - A Powerful 

Tool for BPM Design. In: 9th European Workshop 

on Beam Diagnostics and Instrumentation for Particle 

Accelerators, 25-27 May, 2009, Basel, Switzerland, 

MOOC03p. 

055 Laier, U.*; Hülsmann, P.*; Ningel, K.-P.*; Schreiber, 

G.*: Design of an MA Based RF System for the 

Collector Ring at FAIR. In: 23rd Particle Accelerator 


TU5PFP024p. 

056 Lens, D.; Hülsmann, P.*; Klingbeil, H.*: Beam 

Loading Effects on the RF Control Loops of a Double- 

Harmonic Cavity System for FAIR. In: 23rd Particle 


Canada, WE5PFP100p. 

057 Litvinov, S. A.*; Dolinskyy, A.*; Gorda, O. E.*; 

Nolden, F.*; Steck, M.*: An Alternative Ion-Optical 

Mode of the Recuperated Experimental Storage Ring 

(RESR). In: 23rd Particle Accelerator Conference, 4-8 

May 2009, Vancouver, BC, Canada, FR5REP118p. 

058 Lommel, B.; Kindler, B.: Targets for Particle Accelerators. 

In: Stock, R: Encyclopedia of Applied High 

Energy and Particle Physics, 

059 Lommel, B.; Kindler, B.: Targets for Particle Accelerators. 

In: Stock, R: Encyclopedia of applied high energy 

and particle physics, 619p. 

060 Malzacher, P.; Manafov, A.: PROOF on Demand. In: 

Journal of Physics: Conference Series, 

061 Mehler, M.*; Klingbeil, H.*; Kumm, U.* Laier, 

U.*; Ningel, K.-P.*: The Damping of Longitudinal 

Quadrupole Oscillations at GSI. In: 23rd Particle Accelerator 


WE5PFP079p. 

062 Milosic, T.*; Forck, P.*; Liakin, D.: Longitudinal 

Emittance Measurement Using Particle Detectors. 

In: 9th European Workshop on Beam Diagnostics and Instrumentation 

for Particle Accelerators, 25-27 May, 2009, 

Basel, Switzerland, TUPD18p. 

063 Müller, R.*; Fitzek, J.; Ondreka, D.*: Evaluation 

of the LHC Software Architecture for Data Supply 

and Setting Management within the FAIR Control System. 

In: 12th International Conference on Accelerator and 

Large Experimental Physics Control Systems, October 12- 

16, 2009, Kobe, Japan, THP012p. 

064 Nociforo, C et al.: Shell Closure N=16 in 24O. In: 

AIP Conf. Proc. 1165, 90p. 

065 Nolden, F.*;: Numerical Analysis of Low-Intensity 

Schottky Spectra Recorded as Time Series. In: Work- 

shop on Beam Cooling and Related Topics, 31 August-4 

September 2009, Lanzhou, China, THPMCP001p. 

066 Nolden, F.*; Hettrich, R.*; Jandewerth, U.*; Peschke, 

C.*; Petri, P.*; Steck, F.*: Prototype Pick-up Tank for 

CR Stochastic Cooling at FAIR. In: Workshop on Beam 

Cooling and Related Topics, 31 August-4 September 2009, 

Lanzhou, China, MOA1MCIO03p. 

067 Nürnberg, F.; Logan, B. G.; Alber, I.; Harres, K.; Roth, 

M.; Schollmeier, M.; Barth, W.*; Eickhoff, H.*; Hofmann, 

I.*; A. Friedman, A.; Grote, D. P.: Capture and Control 

of Laser-Accelerated Proton Beams: Experiment and 

Simulation. In: 23rd Particle Accelerator Conference, 4-8 

May 2009, Vancouver, BC, Canada, FR5RFP007p. 

068 Parfenova, A. S.*; Franchetti, G.*: Linear and Nonlinear 

Beam Optics Studies in the SIS18. In: 23rd Particle 


Canada, TH6PFP053p. 

069 Peschke, C.; Jandewerth, U.; Nolden, F.; Petri, P.; 

Steck, F.: Prototype Pick-up Module for CR Stochastic 

Cooling at FAIR. In: Workshop on Beam Cooling and 

Related Topics, 31 August-4 September 2009, Lanzhou, 

China, THPMCP003p. 

070 Peters, A.; Feldmeier, E.; Steiner, R.; Eickhoff, H.*; 

Knapp, T.*; Welsch, C. P.*; Schömers, C.: Magnetic Field 

Control in Synchrotrons. In: 23rd Particle Accelerator 


MO6PFP017p. 

071 Plotnikov, A.*; Floch, E.*; Mustafin, E.*; Schubert, 

E.*; Seidl, T.*; Strasik, I.*; Smolyakov, A.: Preparation 

of the Irradiation Test and Cave HHD of GSI Darmstadt. 

In: 11th International Conference on Heavy Ion 

Accelerator Technology, 08-12 June 2009, Venezia, Italy, 

A3Tp. 

072 Pyka, N.*; Blell, U.*; Mühle, C.*; Saa Hernandez, 

A.*; Spiller, J. P.*; Stadlmann, J.*: SIS100/300 Extraction 

System Design Beam Dynamics and Technological 

Challenges. In: 23rd Particle Accelerator Conference, 4-8 

May 2009, Vancouver, BC, Canada, TU6RFP034p. 

073 Rauch, U.*; Forck, P.*; Hülsmann, P.*; Kowina, P.*; 

Moritz, P.*: Baseband Tune Measurements at GSI SIS- 

18 using Direct Digitized BPM Signals. In: 9th European 

Workshop on Beam Diagnostics and Instrumentation 

for Particle Accelerators, 25-27 May, 2009, Basel, Switzerland, 

TUPD16p. 

074 Roy, B.J.: In beam test of a DIRC Cherenkov radiator 

with SiPM. In: Proceedings of the Int. Symp. on Nucl. 

Phys., Vol.54, 668p. 

075 Roy, B.J.: SiPM as photon counter for Cherenkov 

detector. In: Proceedings of the Int. Symp. on Nucl. Phys., 

Vol.54, 666p. 

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076 Schädel, M.*; Türler, A.: Ein Platz für Schwergewichte. 

In: Physik Journal 8(6), 35–40p. 

077 Schmitt, L.: The PANDA Detector at FAIR. In: Proceedings 

of the 18th Particles and Nuclei International 

Conference, 

078 Schwarz, C.: The PANDA detector at FAIR. In: Hyperfine 

Interact. 194, 107p. 

079 Schwickert, M.*; Forck, P.*; Kowina, P.*; Giacomini, 

T.*; Reeg, H.*; Schlörit, A.*: Beam Diagnostic Developments 

for FAIR. In: 9th European Workshop on Beam 

Diagnostics and Instrumentation for Particle Accelerators, 

25-27 May, 2009, Basel, Switzerland, WEOA04p. 

080 Serrano, J.; Alvarez, P.; Cattin, M.; Cota, E. G.; Lewis, 

J. H.; Oliveira Fernandes Moreira, P. M.; Wlostowski, T.; 

Bär, R.*; Fleck, T.*; Kreider, M.*; Prados, C.*; Rauch, S.*; 

J. Dedi, J.; Gaderer, G.; Loschmidt, P.: The White Rabbit 

Project. In: 12th International Conference on Accelerator 

and Large Experimental Physics Control Systems, October 

12-16, 2009, Kobe, Japan, TUC004p. 

081 Sikler, G.; Gaertner, W.; Wessner, A.; Fischer, E. 

S.*; Floch, E.*; Krämer, D.*; Macavei, J.*; Schnizer, P.*; 

Schröder, C.*; Walter, F.*: Fabrication of a Prototype 

of a Fast Cycling Superferric Dipole-Magnet. In: 23rd 


BC, Canada, MO6PFP043p. 

082 Smirnov, A. V.; Ahmanova, E. V.; Bykovsky, V.; Kobets, 

A. G.; Meshkov, I. N.; Pivin, R.; Rudakov, A. Y.; 

Sidorin, A. O.; Yakovenko, S.; Dietrich, J.; Katayama, 

T.*.; Krestnikov, D. A.: Application of Cooling Methods 

to NICA Project. In: Workshop on Beam Cooling and 


China, MOM2MCIO02p. 

083 Smirnov, A. V.; Meshkov, I. N.; Pivin, R.; Sidorin, A. 

O.; Dimopoulou, C.*; Schreiber, G.*; Steck, F.*; Krestnikov, 

D. A.: Particle Accumulation with a Barrier 

Bucket RF System. In: Workshop on Beam Cooling and 


China, TUM2MCIO02p. 

084 Spiller, P. J.*; Bozyk, L. H. J.*; Puppel, P.*; Stadlmann, 

J.*: Synchrotron Operation with Intermediate 

Charge State Heavy Ion Beams. In: 23rd Particle Accelerator 


TU6PFP063p. 

085 Steck, F.*;: Status of the FAIR Project. In: Workshop 


2009, Lanzhou, China, THM1MCIO01p. 

086 Steck, M.*; Bär, R.*; Blell, U.*; Dimopoulou, C.*; 

Dolinskyy, A.*; Forck, P.*; Franzke, B.*; Gorda, O. E.*; 

Gostishchev, V.*; Jandewerth, U.*; Katayama, T.*; Klingbeil, 

H.*; Knie, K.*; Krämer, A.*; Laier, U.*; Leibrock, 

540 

H.*; Litvinov, S. A.*; Mühle, C.*; Nolden, F.*; Peschke, 

C.*; Petri, P.*; Ramakers, H.*; Schurig, I.*; Schwickert, 

M.*; Welker, H.; Möhl, D.; Thorndahl, L.: Advanced Design 

of the FAIR Storage Ring Complex. In: 23rd Particle 


Canada, FR1GRI03p. 

087 Stockhorst, H.; Maier, R.; Prasuhn, D.; Stassen, R.; 

Katayama, T.*; Thorndahl, L.: Compensation of Mean 

Energy Loss due to an Internal Target by Application 

of a Barrier Bucket and Stochastic Momentum Cooling 

at COSY. In: Workshop on Beam Cooling and Related 

Topics, 31 August-4 September 2009, Lanzhou, China, 

TUM2MCIO01p. 

088 Strasik, I.*; Mustafin, E.*; Floch, E.*; Seidl, T.*; 

Plotnikov, A.*; Schubert, E.*; Smolyakov, A.*: Depth- 

Profiling of the Residual Activity Induced by Highenergy 

Uranium Ions in Thin Stainless Steel Target. In: 

11th International Conference on Heavy Ion Accelerator 

Technology, 08-12 June 2009, Venezia, Italy, A5TTp. 

089 Tahir, N. A.*; Fortov, V. E.; Lomonosov, I.; Shutov, A.; 

Hoffmann, D. H. H.; R. Piriz, R.; R. Schmidt, R.: Interaction 

of the Large Hadron Collider 7 TeV/c Proton Beam 

with a Solid Copper Target. In: 23rd Particle Accelerator 


FR5REP036p. 

090 Tahir, T. A.*; Deutsch, C.; Fortov, V. E.; Lomonosov, 

I.; Shutov, A.; Hoffmann, D. H. H.; Piriz, R.: Studies of 

High Energy Density Matter Using Intense Ion Beams 

at FAIR at Darmstadt: The HEDgeHOB Collaboration. 

In: 23rd Particle Accelerator Conference, 4-8 May 2009, 

Vancouver, BC, Canada, TU6PFP038p. 

091 Thieme, M.*; Panschow, W.*; Rauch, S.*; Zweig, 

M.*: Single Board Computer for Device Control in the 

FAIR Accelerator Control System. In: 12th International 

Conference on Accelerator and Large Experimental 

Physics Control Systems, October 12-16, 2009, Kobe, 

Japan, TUP060p. 

092 Vodel, W.; Geithner, R.; Neubert, R.; Seidel, P.; Peters, 

A.; M. Schwickert, M.*: An LTS SQUID-Based High 

Precision Measurement Tool for Nuclear Physics. In: 


BC, Canada, TH5RFP046p. 

093 Vossberg, M.; Mueller, N.; Schempp, A.; W. Barth, 

W.*; Dahl, L. A.*: The New GSI HLI-RFQ for CW- 

Operation. In: 23rd Particle Accelerator Conference, 4-8 

May 2009, Vancouver, BC, Canada, FR5REP064p. 

094 Yaramyshev, S.*; Barth, W.*; Maier, M.*; 

Orzhekhovskaya, A.*; Schlitt, B.*; Vormann, H.*, R. Cee, 

R.; Peters, A.: Upgrade of the HIT Injector LINAC- 

Frontend. In: 11th International Conference on Heavy Ion 

Accelerator Technology, 08-12 June 2009, Venezia, Italy,


TH9p. 

095 Yin, X.*; Fu, S.; Peng, J.: Space-Charge Driven 

Emittance Coupling in CSNS Linac. In: 23rd Particle 


Canada, TH5PFP024p. 

541


WoS publications to the programme 

’Large-scale facilities for research with photons, neutrons and ions’ 


001 Adonin, A.*; Turtikov, V.; Ulrich, A.; Jacoby, J.; Hoffmann, 

D. H. H.*; Wieser, J.: Intense heavy ion beams as a 

pumping source for short wavelength lasers. Laser and 

particle beams / Laser Part. Beams 27(3), 2009: 379–391. 

DOI:10.1017/s0263034609000494 






T.; Jokinen, A.*GAST; Nieminen, A.; Hakala, J.; Karvonen, 

P.; Kankainen, A.; Saastamoinen, A.; Rissanen, J.; 

Kessler, T.; Weber, C.*; Ronkainen, J.; Rahaman, S.*; Elomaa, 

V.; Hager, U.; Rinta-Antila, S.; Sonoda, T.; Burkard, 

K.*; Hüller/Huller, W.*; Doring, J.; Gierlik, M.; Kirchner, 

R.*; Mukha, I.; Plettner, C.; Roeckl, E.* EMAIL; 

Cano-Ott, D.; Batist, L.*GAST; Valiente, J. J.; Gelletly, 


K.: Practical applications of the total absorption technique. 

Revista mexicana de fisica 55(2), 2009: 6–12. Also 

part of: HANU 

003 Ali, M.; Mafe, S.; Ramirez, P.; Neumann, R.*; Ensinger, 

W.: Logic Gates Using Nanofluidic Diodes Based 

on Conical Nanopores Functionalized with Polyprotic 

Acid Chains. Langmuir / Langmuir 25(20), 2009: 11993– 

11997. DOI:10.1021/la902792f 

004 Ali, M.; Ramirez, P.; Mafe, S.; Neumann, R.*; Ensinger, 

W.: A pH-Tunable Nanofluidic Diode with a 

Broad Range of Rectifying Properties. ACS Nano / ACS 

Nano 3(3), 2009: 603–608. DOI:10.1021/nn900039f 

005 Amaro, P.; Santos, J. P.; Parente, F.; Surzhykov, 

A.*; Indelicato, P.: Resonance effects on the two-photon 

emission from hydrogenic ions. Physical review A, 

Atomic, molecular, and optical physics / Phys. Rev. A 

79(6), 2009: 062504. DOI:10.1103/physreva.79.062504 

006 Apel, P. Y.; Blonskaya, I. V.; Cornelius, T. W.*; Neumann, 

R.*; Spohr, R.*; Schwartz, K.*; Skuratov, V. A.; 

Trautmann, C.*: Influence of temperature during irradiation 

on the structure of latent track in polycarbonate. 

Radiation Measurements / Radiat. Meas. 44(9-10), 2009: 

759–762, Sp. Iss. SI. DOI:10.1016/j.radmeas.2009.09.008 

542 


007 Artemyev, A. N.*; Shabaev, V. M.; Stöhlker, T.*; 

Surzhykov, A. S.*: Negative-continuum dielectronic 

recombination into excited states of highly charged 

ions. Physical review A, Atomic, molecular, and optical 


DOI:10.1103/physreva.79.032713 

008 Banas, D.; Pajek, M.; Stöhlker, T.*; Beyer, H. 

F.*; Bohm, S.; Bosch, F.*; Brandau, C.*; Czarnota, 

M.; Chatterjee, S.*; Dousse, J. C.; Fritzsche, S.*; Gumberidze, 

A.*; Hagmann, S.*; Kozhuharov, C.*; Kumar, 

A.*; Liesen, D.*; Mokler, P. H.*; Muller, A.; Reuschl, 

R.*; Schmidt, E. W.; Sierpowski, D.; Spillmann, U.*; 

Surzhykov, A.*; Szlachetko, J.; Tashenov, S.*; Trotsenko, 

S.*; Verma, P.*; Warczak, A.: The enhancement effect 

in K-shell radiative recombination of U 92+ ions with 

cooling electrons. European Physical Journal, Special 

Topics / Eur. Phys. J.-Spec. Top. 169, 2009: 15–18. 

DOI:10.1140/epjst/e2009-00966-y 

009 Barness, D.; Sinvani, M.; Shaulov, A.; Trautmann, C.*; 

Tamegai, T.; Yeshurun, Y.: Magnetic flux oscillations in 

partially irradiated Bi2Sr2CaCu2O8+δ crystals. Journal 

of Applied Physics / J. Appl. Phys. 105(7), 2009: 

07E310. DOI:10.1063/1.3068647 

010 Basko, M. M.*; Maruhn, J.; Tauschwitz, An.: 

An efficient cell-centered diffusion scheme for quadrilateral 

grids. Journal of Computational Physics / 

J. Comput. Phys. 228(6), 2009: 2175–2193. 

DOI:10.1016/j.jcp.2008.11.031 

011 Baur, G.; Beigman, I. L.; Shevelko, V. P.; Tolstikhina, 

I. Y.; Stöhlker, T.*: Ionization of highly charged relativistic 

ions by neutral atoms and ions. Physical review 

A, Atomic, molecular, and optical physics / Phys. Rev. A 

80(1), 2009: 012713. DOI:10.1103/physreva.80.012713 

012 Beck, D.*; Blaum, K.*; Bollen, G.; Delahaye, P.; 

George, S.*; Guenaut, C.; Herfurth, F.*; Herlert, A.; Lunney, 

D.; Schweikhard, L.; Yazidjian, C.: Electric and 

magnetic field optimization procedure for Penning trap 

mass spectrometers. Nuclear instruments & methods 





DOI:10.1016/j.nima.2008.09.019


013 Bedrane, Z.; Inal, M. K.; Fritzsche, S.*: Effect of directional 

energetic electrons on the density diagnostic 

of hot plasmas. Journal of physics B, Atomic, molecular 

and optical physics / J. Phys. B-At. Mol. Opt. Phys. 42(5), 

2009: 055701. DOI:10.1088/0953-4075/42/5/055701 

014 Beyer, H. F.*; Attia, D.; Banas, D.; Le Bigot, E. 

O.; Bosch, F.*; Dousse, J. C.; Förster, E.; Gumberidze, 

A.*; Hagmann, S.*; Hess, S.*; Hoszowska, J.; Indelicato, 

P.; Jagodzinski, P.; Kozhuharov, C.*; Krings, T.; Liesen, 

D.*; Ma, X.; Manil, B.; Mohos, I.; Pajek, M.; Protic, D.; 

Reuschl, R.*; Rzadkiewicz, J.; Simionovici, A.; Spillmann, 

U.*; Stachura, Z.; Stöhlker, T.*; Trassinelli, M.; Trotsenko, 

S.*; Warczak, A.; Wehrhan, O.; Ziegler, E.: Crystal optics 

for hard-X-ray spectroscopy of highly charged ions. 

Spectro chimica acta, Part B, Atomic Spectroscopy / Spectroc. 

Acta Pt. B-Atom. Spectr. 64(8), 2009: 736–743, Sp. 

Iss. SI. DOI:10.1016/j.sab.2009.05.019 

015 Bieron, J.; Gaigalas, G.; Gaidamauskas, E.; Fritzsche, 

S.*; Indelicato, P.; Jonsson, P.: Multiconfiguration Dirac- 

Hartree-Fock calculations of the electric dipole moment 

of radium induced by the nuclear Schiff moment. 

Physical review A, Atomic, molecular, and optical 


DOI:10.1103/physreva.80.012513 

016 Blaum, K.; Kracke, H.; Kreim, S.; Mooser, A.; 

Mrozik, C.; Quint, W.*; Rodegheri, C. C.; Schabinger, 

B.; Sturm, S.; Ulmer, S.; Wagner, A.; Walz, J.; Werth, 

G.: g-factor experiments on simple systems in Penning 

traps. Journal of physics B, Atomic, molecular and optical 

physics / J. Phys. B-At. Mol. Opt. Phys. 42(15), 2009: 

154021. DOI:10.1088/0953-4075/42/15/154021 

017 Bodewits, E.; Dang, H. M.; de Nijs, A. J.; Winters, 

D. F. A.*; Hoekstra, R.: Atomic electron energy 

spectra of slow He 2+ ions impinging on metallic surfaces. 

Nuclear instruments & methods in physics research, 




DOI:10.1016/j.nimb.2008.11.043 

018 Borowska, L.; Terenetsky, K.; Verbitsky, V.; Fritzsche, 

S.*: Analytical potential for the elastic scattering of 

light halo nuclei below and close to the Coulomb barrier. 


79(4), 2009: 044605. DOI:10.1103/physrevc.79.044605 

Also part of: HANU 

019 Breitenfeldt, M.; Audi, G.; Beck, D.*; Blaum, K.; 

George, S.; Herfurth, F.*; Herlert, A.; Kellerbauer, A.; 

Kluge, H.-J.*; Kowalska, M.; Lunney, D.; Naimi, S.; 

Neidherr, D.; Schatz, H.; Schwarz, S.; Schweikhard, 

L.: Penning trap mass measurements of 99−109 Cd 

with the ISOLTRAP mass spectrometer, and implications 

for the rp process. Physical review C, Nuclear 


DOI:10.1103/physrevc.80.035805 

020 Chantler, C. T.; Laming, J. M.; Silver, J. D.; Dietrich, 

D. D.; Mokler, P. H.*; Finch, E. C.; Rosner, S. D.: 

Hydrogenic Lamb shift in Ge 31+ and the fine-structure 

Lamb shift. Physical review A, Atomic, molecular, and 

optical physics / Phys. Rev. A 80(2), 2009: 022508. 

DOI:10.1103/physreva.80.022508 

021 Chen, L.*; Litvinov, Y. A.*; Plaß, W. R.*; Beckert, 

K.*; Beller, P.*; Bosch, F.*; Boutin, D.; Caceres, L.*; 

Cakirli, R. B.; Carroll, J. J.; Casten, R. F.; Chakrawarthy, 

R. S.; Cullen, D. M.; Cullen, I. J.; Franzke, B.*; Geissel, 

H.*; Gerl, J.*; Gorska, M.*; Jones, G. A.; Kishada, A.; 

Knöbel, R.*; Kozhuharov, C.*; Litvinov, S. A.*; Liu, Z.; 

Mandal, S.*; Montes, F.*; Münzenberg, G.*; Nolden, F.*; 

Ohtsubo, T.; Patyk, Z.; Podolyak, Z.; Propri, R.; Rigby, 

S.; Saito, N.*; Saito, T.*; Scheidenberger, C.*; Shindo, 

M.; Steck, M.*; Ugorowski, P.; Walker, P. M.; Williams, 

S.; Weick, H.*; Winkler, M.*; Wollersheim, H.-J.*; Yamaguchi, 

T.: Schottky Mass Measurement of the 208 Hg 

Isotope: Implication for the Proton-Neutron Interaction 

Strength around Doubly Magic 208 Pb. Physical review 



022 Crespillo, M. L.; Otto, M.; Munoz-Martin, A.; Olivares, 

J.; Agullo-Lopez, F.; Seibt, M.; Toulemonde, M.; 

Trautmann, C.*: Optimization of nanopores obtained 

by chemical etching on swift-ion irradiated lithium 

niobate. Nuclear instruments & methods in physics research, 




DOI:10.1016/j.nimb.2009.02.028 

023 Cubaynes, D.; Guilbaud, S.; Wuilleumier, F. J.; Meyer, 

M.; Heinecke, E.; Riek, K.; Zimmermann, P.; Yalcinkaya, 

M.; Fritzsche, S.*; Strakhova, S. I.; Grum-Grzhimailo, A. 

N.: Photoionization from the 2p subshell of the laserexcited 

aligned Na2p 6 3p 2 P 3/2 state. Physical review 

A, Atomic, molecular, and optical physics / Phys. Rev. A 

80(2), 2009: 023410. DOI:10.1103/physreva.80.023410 

024 Duan, J. L.; Cornelius, T. W.*; Liu, J.; Karim, S.; 

Yao, H. J.; Picht, O.*; Rauber, M.*; Müller, S.*; Neumann, 

R.*: Surface Plasmon Resonances of Cu Nanowire Arrays. 

Journal of Physical Chemistry C / J. Phys. Chem. C 

113(31), 2009: 13583–13587. DOI:10.1021/jp902894r 

025 Duan, J.; Liu, J.; Cornelius, T. W.*; Yao, H.; Mo, 

D.; Chen, Y.; Zhang, L.; Sun, Y.; Hou, M.; Trautmann, 

C.*; Neumann, R.*: Magnetic and optical properties of 

cobalt nanowires fabricated in polycarbonate ion-track 

templates. Nuclear instruments & methods in physics research, 


atoms / Nucl. Instrum. Methods Phys. Res. Sect. B-Beam 

Interact. Mater. Atoms 267(16), 2009: 2567–2570, Sp. Iss. 

SI. DOI:10.1016/j.nimb.2009.05.015 

543


026 Duan, J.; Liu, J.; Cornelius, T. W.*; Yao, H.; Mo, 

D.; Chen, Y.; Zhang, L.; Sun, Y.; Hou, M.; Trautmann, 

C.*; Neumann, R.*: Magnetic and optical properties 

of cobalt nanowires fabricated in polycarbonate 

ion-track templates. Nuclear instruments & methods in 

physics research, Section B, Beam interactions with materials 

and atoms 267(16), 2009: 2567–2570, Sp. Iss. SI. 

DOI:10.1016/j.nimb.2009.05.015 

027 Eichhorn, C.; Fritzsche, S.*; Löhle, S.; Knapp, 

A.; Auweter-Kurtz, M.: Time-resolved fluorescence 

spectroscopy of two-photon laser-excited 8p, 9p, 5f, 

and 6f levels in neutral xenon. Physical Review 


DOI:10.1103/physreve.80.026401 

028 Eitel, G.; Block, M.*; Czasch, A.; Dworschak, M.; 

George, S.; Jagutzki, O.; Ketelaer, J.; Ketter, J.; Nagy, S.*; 

Rodriguez, D.; Smorra, C.; Blaum, K.: Position-sensitive 

ion detection in precision Penning trap mass spectrometry. 


Section A, Accelerators, spectrometers, detectors and associated 

equipment / Nucl. Instrum. Methods Phys. Res. 

Sect. A-Accel. Spectrom. Dect. Assoc. Equip. 606(3), 

2009: 475–483. DOI:10.1016/j.nima.2009.04.046 

029 Ekström, A.; Cederkäll, J.; DiJulio, D. D.; Fahlander, 

C.; Hjorth-Jensen, M.; Blazhev, A.*; Bruyneel, B.; Butler, 

P. A.; Davinson, T.; Eberth, J.; Fransen, C.; Geibel, 

K.; Hess, H.; Ivanov, O.; Iwanicki, J.; Kester, O.*; Kownacki, 

J.; Köster, U.; Marsh, B. A.; Reiter, P.; Scheck, M.; 

Siebeck, B.; Siem, S.; Stefanescu, I.; Toft, H. K.; Tveten, 

G. M.; Van de Walle, J.; Voulot, D.; Warr, N.; Weisshaar, 

D.; Wenander, F.; Wrzosek, K.; Zielinska, M.: Electric 

quadrupole moments of the 2 1 + states in 100,102,104 Cd. 


2009: 054302. DOI:10.1103/physrevc.80.054302 

030 Ekström, A.; Cederkäll, J.; DiJulio, D. D.; Fahlander, 

C.; Hjorth-Jensen, M.; Blazhev, A.; Bruyneel, B.; Butler, P. 

A.; Davinson, T.; Eberth, J.; Fransen, C.; Geibel, K.; Hess, 

H.; Ivanov, O.; Iwanicki, J.; Kester, O.*; Kownacki, J.; 

Köster, U.; Marsh, B. A.; Reiter, P.; Scheck, M.; Siebeck, 

B.; Siem, S.; Stefanescu, I.; Toft, H. K.; Tveten, G. M.; Van 

de Walle, J.; Voulot, D.; Warr, N.; Weisshaar, D.; Wenander, 

F.; Wrzosek, K.; Zielinska, M.: Electric quadrupole 

moments of the 2 + 1 states in 100 Cd-100, 102 Cd-102,Cd- 

104. Physical review C, Nuclear physics 80(5), 2009: 

054302. DOI:10.1103/physrevc.80.054302 

031 Elomaa, V. V.; Vorobjev, G. K.*; Kankainen, A.; 

Batist, L.; Eliseev, S.*; Eronen, T.; Hakala, J.; Jokinen, 

A.; Moore, I. D.; Novikov, Y. N.*; Penttila, H.; Popov, 

A.; Rahaman, S.; Rissanen, J.; Saastamoinen, A.; Schatz, 

H.*; Seliverstov, D. M.; Weber, C.; Äystö, J.: Quenching 

of the SnSbTe Cycle in the rp Process. Physical review 


DOI:10.1103/physrevlett.102.252501 Also part of: HANU 

544 

032 Engel, M.; Stuhn, B.; Schneider, J. J.; Cornelius, T.*; 

Naumann, M.: Small-angle X-ray scattering (SAXS) off 

parallel, cylindrical, well-defined nanopores: from random 

pore distribution to highly ordered samples. Applied 

Physics A: Materials Science and Processing / Appl. 

Phys. A-Mater. Sci. Process. 97(1), 2009: 99–108. 

DOI:10.1007/s00339-009-5346-4 

033 Faestermann, T.; Bosch, F.*; Hertenberger, R.; Maier, 

L.; Krücken, R.; Rugel, G.: Could the GSI decay rate oscillations 

be observed in a standard electron capture decay 

experiment?. Physics letters B / Phys. Lett. B 672(3), 

2009: 227–229. DOI:10.1016/j.physletb.2009.01.031 

034 Filinov, V. S.; Bonitz, M.; Ivanov, Y. B.*; Skokov, V. 

V.*; Levashov, P. R.; Fortov, V. E.: Equation of State of 

Strongly Coupled Quark-Gluon Plasma - Path Integral 

Monte Carlo Results. Contributions to Plasma Physics / 

Contrib. Plasma Phys. 49(7-8), 2009: 536–543, Sp. Iss. 

SI. DOI:10.1002/ctpp.200910053 

035 Flanagan, K. T.; Vingerhoets, P.; Avgoulea, M.; Billowes, 

J.; Bissell, M. L.; Blaum, K*; Cheal, B.; De 

Rydt, M.; Fedosseev, V. N.; Forest, D. H.; Geppert, 

C.; Köster, U.; Kowalska, M.; Krämer, J.; Kratz, K. 

L.; Krieger, A.; Mane, E.; Marsh, B. A.; Materna, T.; 

Mathieu, L.; Molkanov, P. L.; Neugart, R.; Neyens, G.; 

Nörtershäuser W.*; Seliverstov, M. D.; Serot, O.; Schug, 

M.; Sjoedin, M. A.; Stone, J. R.; Stone, N. J.; Stroke, 

H. H.; Tungate, G.; Yordanov, D. T.; Volkov, Y. M.: Nuclear 

Spins and Magnetic Moments of 71,72,73 Cu: Inversion 

of π2p 3/2 and π1f 5/2 Levels in 75 Cu. Physical 


DOI:10.1103/physrevlett.103.142501 Also part of: HANU 

036 Fritzsche, S.*: Maple procedures for the coupling 

of angular momenta. An up-date of the RACAH 

module. Computer Physics Communications / Comput. 

Phys. Commun. 180(10), 2009: 2021–2023. 

DOI:10.1016/j.cpc.2009.06.018 

037 Fritzsche, S.*; Grum-Grzhimailo, A. N.; Gryzlova, 

E. V.; Kabachnik, N. M.: Sequential two-photon double 

ionization of Kr atoms. Journal of physics B, 

Atomic, molecular and optical physics / J. Phys. B- 

At. Mol. Opt. Phys. 42(14), 2009: 145602. 

DOI:10.1088/0953-4075/42/14/145602 

038 Fritzsche, S.*; Kabachnik, N. M.*; Surzhykov, A.*; 

Stöhlker, T.*: Breit interaction effects on the Kα angular 

distribution following the dielectronic recombination 

of high-Z ions. Nuclear instruments & methods in 

physics research, Section B, Beam interactions with materials 

and atoms / Nucl. Instrum. Methods Phys. Res. Sect. 

B-Beam Interact. Mater. Atoms 267(2), 2009: 257–259. 

DOI:10.1016/j.nimb.2008.10.016


039 Fritzsche, S.*; Surzhykov, A.*; Stöhlker, T.*: Dominance 

of the Breit Interaction in the X-Ray Emission of 

Highly Charged Ions Following Dielectronic Recombination. 



040 Gonta, D.; Fritzsche, S.*: Control of entanglement 

and two-qubit quantum gates with atoms crossing 

a detuned optical cavity. Journal of physics B, 

Atomic, molecular and optical physics / J. Phys. B- 

At. Mol. Opt. Phys. 42(14), 2009: 145508. 

DOI:10.1088/0953-4075/42/14/145508 

041 Gonta, D.; Radtke, T.; Fritzsche, S.*: Generation 

of two-dimensional cluster states by using high-finesse 

bimodal cavities. Physical review A, Atomic, molecular, 


DOI:10.1103/physreva.79.062319 

042 Grinenko, A.; Gericke, D. O.; Varentsov, D.*: 

Ramp wave loading experiments driven by heavy 

ion beams: A feasibility study. Laser and particle 

beams / Laser Part. Beams 27(4), 2009: 595–600. 

DOI:10.1017/s0263034609990310 

043 Gumberidze, A.; Stöhlker, T.*; Beyer, H. F.*; Bosch, 

F.*; Bräuning-Demian, A.*; Hagmann, S.*; Kozhuharov, 

C.*; Kühl, T.*; Mann, R.*; Indelicato, P.; Quint, W.*; 

Schuch, R.; Warczak, A.: X-ray spectroscopy of highlycharged 

heavy ions at FAIR. Nuclear instruments & 

methods in physics research, Section B, Beam interactions 

with materials and atoms / Nucl. Instrum. Methods Phys. 

Res. Sect. B-Beam Interact. Mater. Atoms 267(2), 2009: 

248–250. DOI:10.1016/j.nimb.2008.10.079 

044 Herfurth, F.: Precise nuclear physics measurements 

with ion traps. International journal of modern physics E, 

Nuclear physics / Int. J. Mod. Phys. E-Nucl. Phys. 18(2), 

2009: 392–404. 

045 Hoffmann, D. H. H.; Blazevic, A.; Tahir, N. A.; Udrea, 

S.; Varentsov, D.; Zhao, Y.: High energy density physics 

with intense particle and laser beams. International 

journal of modern physics E, Nuclear physics / Int. J. Mod. 

Phys. E-Nucl. Phys. 18(2), 2009: 381–391. URL 

046 Hoffmann, D. H. H.; Fortov, V. E.; Kuster, M.; Mintsev, 

V.; Sharkov, B. Y.; Tahir, N. A.*; Udrea, S.; Varentsov, 

D.; Weyrich, K.*: High energy density physics generated 

by intense heavy ion beams. Astrophysics and Space 

Science / Astrophys. Space Sci. 322(1-4), 2009: 167–177. 

DOI:10.1007/s10509-009-0001-2 

047 Kaiser, C.; Weiss, G.; Cornelius, T. W.*; Toimil- 

Molares, M. E.*; Neumann, R.*: Low temperature 

magnetoresistance measurements on bismuth 

nanowire arrays. Journal of physics Condensed matter 

/ J. Phys.-Condes. Matter 21(20), 2009: 205301. 

DOI:10.1088/0953-8984/21/20/205301 

048 Ketelaer, J.; Blaum, K.; Block, M.*; Eberhardt, K.; 

Eibach, M.; Ferrer, R.; George, S.; Herfurth, F.*; Ketter, 

J.; Nagy, S.; Repp, J.; Schweikhard, L.; Smorra, C.; 

Sturm, S.; Ulmer, S.: Recent developments in ion detection 

techniques for Penning trap mass spectrometry 

at TRIGA-TRAP. The European physical journal A, 

Hadrons and nuclei / Eur. Phys. J. A 42(3), 2009: 311– 

317. DOI:10.1140/epja/i2008-10711-6 

049 Koresheva, E. R.; Aleksandrova, I. V.; Koshelev, E. 

L.; Nikitenko, A. I.; Timasheva, T. P.; Tolokonnikov, S. 

M.; Belolipetskiy, A. A.; Kapralov, V. G.; Sergeev, V. T.; 

Blazevic, A.*; Weyrich, K.*; Varentsov, D.*; Tahir, N. 

A.*; Udrea, S.; Hoffmann, D. H. H.: A study on fabrication, 

manipulation and survival of cryogenic targets 

required for the experiments at the Facility for 

Antiproton and Ion Research: FAIR. Laser and particle 


DOI:10.1017/s0263034609000342 

050 Kowalska, M.; Naimi, S.; Agramunt, J.; Algora, A.; 

Audi, G.; Beck, D.*; Blank, B.; Blaum, K.; Böhm, C.; 

Breitenfeldt, M.; Estevez, E.; Fraile, L. M.; George, S.; 

Herfurth, F.*; Herlert, A.; Kellerbauer, A.; Lunney, D.; 

Minaya-Ramirez, E.; Neidherr, D.; Olaizola, B.; Riisager, 

K.; Rosenbusch, M.; Rubio, B.; Schwarz, S.; Schweikhard, 

L.; Warring, U.: Preparing a journey to the east of 208 Pb 

with ISOLTRAP: Isobaric purification at A=209 and 

new masses for 211−213 Fr and 211 Ra. The European 

physical journal A, Hadrons and nuclei / Eur. Phys. J. A 

42(3), 2009: 351–359. DOI:10.1140/epja/i2009-10835-1 

051 Kozlova, E.; Strasik, I.; Fertman, A.; Mustafin, E.; 

Radon, T.; Hinca, R.; Pavlovic, M.; Fehrenbacher, G.; 

Geissel, H.*; Golubev, A.; Iwase, H.; Schardt, D.: Benchmark 

test of the fluka Monte Carlo code for residual 

production with 500 and 950 MeV/u Uranium beams 

on Copper and stainless steel targets. Nuclear Technology 

168(3), 2009: 747–751, Sp. Iss. SI. 

052 Kramer, J.; Blaum, K.*; De Rydt, M.; Flanagan, 

K. T.; Geppert, C.*; Kowalska, M.; Lievens, P.; Neugart, 

R.; Neyens, G.; Nörtershäuser, W.*; Stroke, H. 

H.; Vingerhoets, P.; Yordanov, D. T.: Nuclear groundstate 

spin and magnetic moment of 21 Mg. Physics 

letters B / Phys. Lett. B 678(5), 2009: 465–469. 

DOI:10.1016/j.physletb.2009.06.063 

053 Kühnel, M.; Petridis, N.; Winters, D. F. A.*; Popp, 

U.*; Dörner, R.; Stöhlker, T.*; Grisenti, R. E.*: Low-Z 

internal target from a cryogenically cooled liquid microjet 

source. Nuclear instruments & methods in physics 




2009: 311–314. DOI:10.1016/j.nima.2008.12.212 

054 Kumar, A.*; Trotsenko, S.*; Volotka, A. V.; Banas, 

D.; Beyer, H. F.*; Bräuning, H.*; Gumberidze, A.*; Hag- 

545


mann, S.*; Hess, S.*; Kozhuharov, C.*; Reuschl, R.*; 

Spillmann, U.*; Trassinelli, M.*; Weber, G.*; Stöhlker, 

T.*: Spectral shape of the 2E1 decay from 2s state 

in He-like tin. European Physical Journal, Special Topics 

/ Eur. Phys. J.-Spec. Top. 169, 2009: 19–22. 

DOI:10.1140/epjst/e2009-00967-x 

055 Kurka, M.; Rudenko, A.; Foucar, L.; Kühnel, K. U.; 

Jiang, Y. H.; Ergler, T.; Havermeier, T.; Smolarski, M.; 

Schössler, S.; Cole, K.; Schöffler, M.; Dörner, R.; Gensch, 

M.; Düsterer, S.; Treusch, R.; Fritzsche, S.*; Grum- 

Grzhimailo, A. N.; Gryzlova, E. V.; Kabachnik, N. M.; 

Schröter, C. D.; Moshammer, R.; Ullrich, J.: Two-photon 

double ionization of Ne by free-electron laser radiation: 

a kinematically complete experiment. Journal 

of physics B, Atomic, molecular and optical physics / J. 

Phys. B-At. Mol. Opt. Phys. 42(14), 2009: 141002. 

DOI:10.1088/0953-4075/42/14/141002 

056 Kwiatkowski, A. A.; Barquest, B. R.; Bollen, G.; 

Campbell, C. M.; Lincoln, D. L.; Morrissey, D. J.; Pang, 

G. K.; Prinke, A. M.; Savory, J.; Schwarz, S.; Folden, 

C. M.; Melconian, D.; Sjue, S. K. L.; Block, M.*: 

Precision test of the isobaric multiplet mass equation 

for the A=32, T=2 quintet. Physical review C, Nuclear 


DOI:10.1103/physrevc.80.051302 

057 Kwiatkowski, A. A.; Barquest, B. R.; Bollen, G.; 

Campbell, C. M.; Lincoln, D. L.; Morrissey, D. J.; Pang, G. 

K.; Prinke, A. M.; Savory, J.; Schwarz, S.; Folden, C. M.; 

Melconian, D.; Sjue, S. K. L.; Block, M.*: Precision test 

of the isobaric multiplet mass equation for the A=32, 

T=2 quintet. Physical review C, Nuclear physics 80(5), 

2009: 051302. DOI:10.1103/physrevc.80.051302 

058 Lang, M.; Lian, J.; Zhang, J. M.; Zhang, F. X.; Weber, 

W. J.; Trautmann, C.*; Ewing, R. C.: Single-ion 

tracks in Gd2Zr2-xTixO7 pyrochlores irradiated with 

swift heavy ions. Physical review: B, Condensed matter 

and materials physics / Phys. Rev. B 79(22), 2009: 224105. 

DOI:10.1103/physrevb.79.224105 

059 Lang, M.; Zhang, F. X.; Ewing, R. C.; Lian, J.; 

Trautmann, C.; Wang, Z. W.: Structural modifications 

of Gd2Zr2−xTixO7 pyrochlore induced by swift heavy 

ions: Disordering and amorphization. Journal of Materials 

Research / J. Mater. Res. 24(4), 2009: 1322–1334. 

DOI:10.1557/jmr.2009.0151 

060 Lang, M.; Zhang, F. X.; Lian, J.; Trautmann, C.; Neumann, 

R.; Ewing, R. C.: Combined high pressure and 

heavy-ion irradiation: a novel approach. Journal of Synchrotron 

Radiation / J. Synchrot. Radiat. 16, Part 6, 2009: 

773–777. DOI:10.1107/s0909049509034384 

061 Lang, M.; Zhang, F. X.; Zhang, J. M.; Wang, J. W.; 

Schuster, B.*; Trautmann, C.*; Neumann, R.*; Becker, U.; 

Ewing, R. C.: Nanoscale manipulation of the properties 

546 

of solids at high pressure with relativistic heavy ions. 

Nature Materials / Nat. Mater. 8(10), 2009: 793–797. 

DOI:10.1038/nmat2528 

062 Lineva, N.*; Kozhuharov, C.*; Hagmann, S.*; Krämer, 

M.*; Kraft, G.*: Low-energy electrons emitted in collisions 

of heavy ions with solid state targets. Nuclear instruments 

& methods in physics research, Section B, Beam 

interactions with materials and atoms / Nucl. Instrum. 

Methods Phys. Res. Sect. B-Beam Interact. Mater. Atoms 

267(6), 2009: 891–895. DOI:10.1016/j.nimb.2009.02.038 

Also part of: Cancer 

063 Mahgoub, M.; Krücken, R.; Faestermann, T.; 

Bergmaier, A.; Bucurescu, D.; Hertenberger, R.; Kröll, T.; 

Wirth, H.-F.; Lisetskiy, A. F.*: Role of cross-shell excitations 

in the reaction 54 Fe ( � d, p) 55 Fe. The European 

physical journal A, Hadrons and nuclei / Eur. Phys. J. A 

40(1), 2009: 35–43. DOI:10.1140/epja/i2008-10727-x 

064 Maiorova, A. V.; Pavlova, O. I.; Shabaev, V. M.; 

Kozhuharov, C.*; Plunien, G.; Stöhlker, T.*: Parity nonconservation 

in the radiative recombination of electrons 

with heavy hydrogen-like ions. Journal of physics 

B, Atomic, molecular and optical physics / J. Phys. 

B-At. Mol. Opt. Phys. 42(20), 2009: 205002. 

DOI:10.1088/0953-4075/42/20/205002 

065 Maiorova, A. V.; Surzhykov, A.*; Tashenov, S.; 

Shabaev, V. M.; Fritzsche, S.*; Plunien, G.; Stöhlker, 

T.*: Polarization studies on the two-step radiative recombination 

of highly charged, heavy ions. Journal 

of physics B, Atomic, molecular and optical physics / J. 


DOI:10.1088/0953-4075/42/12/125003 

066 Maloy, S. A.; Trautmann, C.*; Was, G. S.: Preface; 

Proceedings of the Symposium on Particle Beam Induced 

Radiation Effects in Materials Preface. Journal 

of Nuclear Materials / J. Nucl. Mater. 389(2), 2009: VII– 

VII. DOI:10.1016/j.jnucmat.2009.02.020 

067 Manika, I.; Maniks, J.; Toulemonde, M.; Schwartz, 

K.*: Dislocation mobility study of heavy ion induced 

track damage in LiF crystals. Nuclear instruments & 




949–952. DOI:10.1016/j.nimb.2009.02.019 

068 Matveev, V. I.; Ryabchenko, S. V.; Matrasulov, D. U.; 

Rakhimov, K. Y.; Fritzsche, S.*; Stöhlker, T.*: Electron 

loss of fast heavy projectiles in collision with neutral 

targets. Physical review A, Atomic, molecular, and optical 

physics / Phys. Rev. A 79(4), Part A, 2009: 042710. 

DOI:10.1103/physreva.79.042710 

069 Moore, J. D.; Cohen, L. F.; Yeshurun, Y.; Caplin, 

A. D.; Morrison, K.; Yates, K. A.; McGilvery, C. M.;


Perkins, J. M.; McComb, D. W.; Trautmann, C.*; Ren, 

Z. A.; Yang, J.*; Lu, W.; Dong, X. L.; Zhao, Z. X.: 

The effect of columnar defects on the pinning properties 

of NdFeAsO0.85 conglomerate particles. Superconductor 

Science and Technology 22(12), 2009: 125023. 

DOI:10.1088/0953-2048/22/12/125023 

070 Moore, J. D.; Cohen, L. F.; Yeshurun, Y.; Caplin, 

A. D.; Morrison, K.; Yates, K. A.; McGilvery, C. M.; 

Perkins, J. M.; McComb, D. W.; Trautmann, C.*; Ren, Z. 

A.; Yang, J.; Lu, W.; Dong, X. L.; Zhao, Z. X.: The effect 

of columnar defects on the pinning properties of 

NdFeAsO0.85 conglomerate particles. Superconductor 

Science and Technology / Supercond. Sci. Technol. 22(12), 

2009: 125023. DOI:10.1088/0953-2048/22/12/125023 

071 Mustafin, E.*; Seidl, T.*; Plotnikov, A.*; Strasik, I.*; 

Pavlovic, M.; Miglierini, M.; Stancek, S.; Fertman, A.; 

Lancok, A.: Ion irradiation studies of construction materials 

for high-power accelerators. Radiation Effects 

and Defects in Solids / Radiat. Eff. Defects Solids 164(7-8), 

2009: 460–469. DOI:10.1080/10420150902949894 Also 

part of: HANU:Accelerator 

072 Nörtershäuser, W.*; Tiedemann, D.; Zakova, M.; Andjelkovic, 

Z.; Blaum, K.; Bissell, M. L.; Cazan, R.; Drake, 

G. W. F.; Geppert, C.*; Kowalska, M.; Kramer, J.; Krieger, 

A.; Neugart, R.; Sanchez, R.*; Schmidt-Kaler, F.; Yan, Z. 

C.; Yordanov, D. T.; Zimmermann, C.: Nuclear Charge 

Radii of 7,9,10 Be and the One-Neutron Halo Nucleus 

11 Be. Physical review letters / Phys. Rev. Lett. 102(6), 


073 Najjari, B.; Voitkiv, A. B.; Artemyev, A.*; Surzhykov, 

A.*: Simultaneous electron capture and bound-free 

pair production in relativistic collisions of heavy nuclei 

with atoms. Physical review A, Atomic, molecular, 


DOI:10.1103/physreva.80.012701 

074 Naumova, N.; Schlegel, T.*; Tikhonchuk, V. T.; 

Labaune, C.; Sokolov, I. V.; Mourou, G.: Hole Boring in a 

DT Pellet and Fast-Ion Ignition with Ultraintense Laser 

Pulses. Physical review letters / Phys. Rev. Lett. 102(2), 


075 Naumova, N.; Schlegel, T.*; Tikhonchuk, V. T.; 

Labaune, C.; Sokolov, I. V.; Mourou, G.: Ponderomotive 

ion acceleration in dense plasmas at super-high laser 

intensities. The European physical journal: D, Atomic, 

molecular and optical physics / Eur. Phys. J. D 55(2), 

2009: 393–398. DOI:10.1140/epjd/e2009-00250-2 

076 Navitski, A.; Müller, G.; Sakharuk, V.; Cornelius, T. 

W.*; Trautmann, C.*; Karim, S.: Efficient field emission 

from structured gold nanowire cathodes. European 

Physical Journal Applied Physics / Eur. Phys. J.-Appl. 

Phys 48(3), 2009: 30502. DOI:10.1051/epjap/2009167 

077 Navitski, A.; Müller, G.; Sakharuk, V.; Cornelius, T. 

W.*; Trautmann, C.*; Karim, S.: Efficient field emission 

from structured gold nanowire cathodes. European 

Physical Journal Applied Physics 48(3), 2009: 30502. 

DOI:10.1051/epjap/2009167 

078 Neidherr, D.; Audi, G.; Beck, D.*; Blaum, K.; Böhm, 

C.; Breitenfeldt, M.; Cakirli, R. B.; Casten, R. F.; George, 

S.; Herfurth, F.*; Herlert, A.; Kellerbauer, A.; Kowalska, 

M.; Lunney, D.; Minaya-Ramirez, E.; Naimi, S.; 

Noah, E.; Penescu, L.; Rosenbusch, M.; Schwarz, S.; 

Schweikhard, L.; Stora, T.: Discovery of 229 Rn and the 

Structure of the Heaviest Rn and Ra Isotopes from 

Penning-Trap Mass Measurements. Physical review 



079 Neidherr, D.; Cakirli, R. B.; Audi, G.; Beck, D.*; 

Blaum, K.; Böhm, C.; Breitenfeldt, M.; Casten, R. F.; 

George, S.; Herfurth, F.*; Herlert, A.; Kellerbauer, A.; 

Kowalska, M.; Lunney, D.; Minaya-Ramirez, E.; Naimi, 

S.; Rosenbusch, M.; Schwarz, S.; Schweikhard, L.: Highprecision 

Penning-trap mass measurements of heavy 

xenon isotopes for nuclear structure studies. Physical 


044323. DOI:10.1103/physrevc.80.044323 

080 Nix, A.-K.; Gehrke, H.-G.; Krauser, J.; Trautmann, 

C.*; Weidinger, A.; Hofsäss, H.: Track-etched nanopores 

in spin-coated polycarbonate films applied as sputtering 

mask. Nuclear instruments & methods in physics research, 




DOI:10.1016/j.nimb.2009.02.029 

081 Novotny, C.; Bernhardt, B.; Bing, D.; Ewald, G.*; 

Geppert, C.; Gwinner, G.; Huber, G.; Karpuk, S.; Kluge, 

H. J.; Kühl, T.; Nörtershäuser, W.; Reinhardt, S.; Saathoff, 

G.; Schwalm, D.; Stöhlker, T.; Wolf, A.: Towards a precision 

test of time dilation at high velocity. Canadian 

Journal of Physics / Can. J. Phys. 87(7), 2009: 749–756. 

DOI:10.1139/p08-149 

082 Novotny, C.; Huber, G.; Karpuk, S.; Reinhardt, 

S.; Bing, D.; Schwalm, D.; Wolf, A.*; Bernhardt, B.; 

Hänsch, T. W.; Holzwarth, R.; Saathoff, G.; Udem, T.; 

Nörtershäuser, W.*; Ewald, G.*; Geppert, C.*; Kühl, T.*; 

Stöhlker, T.*; Gwinner, G.: Sub-Doppler laser spectroscopy 

on relativistic beams and tests of Lorentz invariance. 

Physical review A, Atomic, molecular, and 

optical physics / Phys. Rev. A 80(2), 2009: 022107. 

DOI:10.1103/physreva.80.022107 

083 Nürnberg, F.; Schollmeier, M.*; Brambrink, E.; Blazevic, 

A.*; Carroll, D. C.; Flippo, K.; Gautier, D. C.; 

Geissel, M.; Harres, K.; Hegelich, B. M.; Lundh, O.; 

Markey, K.; McKenna, P.; Neely, D.; Schreiber, J.; Roth, 

M.: Radiochromic film imaging spectroscopy of laser- 

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accelerated proton beams. Review of scientific instruments 

/ Rev. Sci. Instrum. 80(3), 2009: 033301. 

DOI:10.1063/1.3086424 

084 Olivares, J.; Crespillo, M. L.; Caballero-Calero, O.; 

Ynsa, M. D.; Garcia-Cabanes, A.; Toulemonde, M.; Trautmann, 

C.*; Agullo-Lopez, F.: Thick optical waveguides 

in lithium niobate induced by swift heavy ions (∼ to 10 

MeV/amu) at ultralow fluences. Optics Express / Opt. 

Express 17(26), 2009: 24175–24182. URL OPEN AC- 

CESS. 

085 Orban, I.; Altun, Z.; Källberg, A.; Simonsson, 

A.; Andler, G.; Paal, A.; Blom, M.; Lofgren, P.; 

Trotsenko, S.*; Bohm, S.; Schuch, R.: Experimental 

dielectronic recombination rate coefficients for Nalike 

S VI and Na-like Ar VIII. Astronomy & astrophysics 

/ Astron. Astrophys. 498(3), 2009: 909–914. 

DOI:10.1051/0004-6361/200911799 

086 Piriz, A. R.; Cela, J. J. L.; Tahir, N. A.*: Linear 

analysis of incompressible Rayleigh-Taylor instability 

in solids. Physical Review E / Phys. Rev. E 80(4), Part 

2, 2009: 046305. DOI:10.1103/physreve.80.046305 

087 Piriz, A. R.; Cela, J. J. L.; Tahir, N. A.*: Rayleigh- 

Taylor instability in elastic-plastic solids. Journal of Applied 

Physics / J. Appl. Phys. 105(11), 2009: 116101. 

DOI:10.1063/1.3139267 

088 Piriz, A. R.; Cela, J. J. L.; Tahir, N. A.*: Richtmyer- 

Meshkov instability as a tool for evaluating material 

strength under extreme conditions. Nuclear instruments 





DOI:10.1016/j.nima.2009.03.094 

089 Piriz, S. A.; Piriz, A. R.; Tahir, N. A.*: Rayleigh- 

Taylor instability in ion beam driven ablation fronts. 

Physics of plasmas / Phys. Plasmas 16(8), 2009: 082706. 

DOI:10.1063/1.3212592 

090 Popok, V. N.; Jensen, J.; Vuckovic, S.; Mackova, 

A.; Trautmann, C.*: Formation of surface nanostructures 

on rutile (TiO2): comparative study of 

low-energy cluster ion and high-energy monoatomic 

ion impact. Journal of Physics D: Applied Physics 

/ J. Phys. D-Appl. Phys. 42(20), 2009: 205303. 

DOI:10.1088/0022-3727/42/20/205303 

091 Rajasekaran, P. R.; Wolff, J.; Zhou, C.; Kinsel, M.; 

Trautmann, C.*; Aouadi, S.; Kohli, P.: Two dimensional 

anisotropic etching in tracked glass. Journal of Materials 

Chemistry / J. Mater. Chem. 19(43), 2009: 8142–8149. 

DOI:10.1039/b913151e OPEN ACCESS. 

092 Rohani, R.; Yamaki, T.; Koshikawa, H.; Takahashi, 

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S.; Hasegawa, S.; Asano, M.; Maekawa, Y.; Voss, K. 

O.*; Trautmann, C.*; Neumann, R.*: Enhancement of 

etch rate for preparation of nano-sized ion-track membranes 

of poly(vinylidene fluoride): Effect of pretreatment 

and high-LET beam irradiation. Nuclear instruments 

& methods in physics research, Section B, Beam interactions 

with materials and atoms / Nucl. Instrum. Methods 

Phys. Res. Sect. B-Beam Interact. Mater. Atoms 

267(3), 2009: 554–557. DOI:10.1016/j.nimb.2008.12.005 

093 Roth, M.; Alber, I.; Bagnoud, V.*; Brown, C. R. D.; 

Clarke, R.; Daido, H.; Fernandez, J.; Flippo, K.; Gaillard, 

S.; Gauthier, C.; Geissel, M.; Glenzer, S.; Gregori, 

G.; Günther, M.; Harres, K.; Heathcote, R.; Kritcher, A.; 

Kugland, N.; LePape, S.; Li, B.; Makita, M.; Mithen, J.; 

Niemann, C.; Nürnberg, F.; Offermann, D.; Otten, A.; 

Pelka, A.; Riley, D.; Schaumann, G.; Schollmeier, M.*; 

Schütrumpf, J.; Tampo, M.; Tauschwitz, A.*; Tauschwitz, 

An.: Proton acceleration experiments and warm dense 

matter research using high power lasers. Plasma 

Physics and Controlled Fusion 51(12), 2009: 124039. 

DOI:10.1088/0741-3335/51/12/124039 

094 Roth, M.; Alber, I.; Bagnoud, V.*; Brown, C. 

R. D.; Clarke, R.; Daido, H.; Fernandez, J.; Flippo, 

K.; Gaillard, S.; Gauthier, C.; Geissel, M.; Glenzer, 

S.; Gregori, G.; Günther, M.; Harres, K.; Heathcote, 

R.; Kritcher, A.; Kugland, N.; LePape, S.; Li, B.; 

Makita, M.; Mithen, J.; Niemann, C.; Nürnberg, F.; Offermann, 

D.; Otten, A.; Pelka, A.; Riley, D.; Schaumann, 

G.; Schollmeier, M.*; Schütrumpf, J.; Tampo, M.; 

Tauschwitz, A.; Tauschwitz, An.*: Proton acceleration 

experiments and warm dense matter research using 

high power lasers. Plasma Physics and Controlled Fusion 

/ Plasma Phys. Control. Fusion 51(12), 2009: 124039. 

DOI:10.1088/0741-3335/51/12/124039 

095 Saha, J. K.; Mukherjee, T. K.; Fritzsche, S.*; Mukherjee, 

P. K.: The effect of a 2s vacancy on two-electronone-photon 

lines: Relativistic approach. Physics Letters 

A / Phys. Lett. A 373(2), 2009: 252–255. 

DOI:10.1016/j.physleta.2008.11.012 

096 Sanchez, R.; Zakova, M.; Geppert, C.; Kramer, 

J.; Krieger, A.; Tiedemann, D.; Nörtershäuser, W.: 

Frequency-comb-based measurements of lithium and 

beryllium isotopes for nuclear structure studies. Canadian 

Journal of Physics / Can. J. Phys. 87(7), 2009: 825– 

834. DOI:10.1139/p09-026 

097 Schlegel, T.*; Naumova, N.; Tikhonchuk, V. T.; 

Labaune, C.; Sokolov, I. V.; Mourou, G.: Relativistic 

laser piston model: Ponderomotive ion acceleration 

in dense plasmas using ultraintense laser pulses. 


DOI:10.1063/1.3196845 

098 Schuster, B.*; Lang, M.; Klein, R.*; Trautmann, C.*; 

Neumann, R.*; Benyagoub, A.: Structural phase transi-


tion in ZrO2 induced by swift heavy ion irradiation at 

high-pressure. Nuclear instruments & methods in physics 

research, Section B, Beam interactions with materials and 



DOI:10.1016/j.nimb.2009.02.046 

099 Schwarz, S.; Block, M.*; Bollen, G.; Campbell, C. 

M.; Facina, M.; Ferrer, R.; Folden, C. M.; Kwiatkowski, 

A. A.; Morrissey, D. J.; Pang, G. K.; Prinke, A. M.; Ringle, 

R. J.; Savory, J.; Schury, P. H.: Precision Penning trap 

mass measurements of rare isotopes produced by projectile 

fragmentation. The European physical journal A, 


DOI:10.1140/epja/i2009-10808-4 

100 Schwarz, S.; Block, M.*; Bollen, G.; Campbell, C. 

M.; Facina, M.; Ferrer, R.; Folden, C. M.; Kwiatkowski, 

A. A.; Morrissey, D. J.; Pang, G. K.; Prinke, A. M.; 

Ringle, R. J.; Savory, J.; Schury, P. H.: Precision Penning 

trap mass measurements of rare isotopes produced 

by projectile fragmentation. The European physical 


DOI:10.1140/epja/i2009-10808-4 

101 Sengül, M. Y.; Güclü, M. C.; Fritzsche, S.*: Boundfree 

electron-positron pair production in relativistic 

heavy-ion collisions. Physical review A, Atomic, molecular, 


DOI:10.1103/physreva.80.042711 

102 Sertova, N.; Balanzat, E.; Toulemonde, M.; Trautmann, 

C.*: Investigation of initial stage of chemical 

etching of ion tracks in polycarbonate. Nuclear 

instruments & methods in physics research, Section 

B, Beam interactions with materials and atoms / 

Nucl. Instrum. Methods Phys. Res. Sect. B-Beam 

Interact. Mater. Atoms 267(6), 2009: 1039–1044. 

DOI:10.1016/j.nimb.2009.02.045 

103 Sil, A. N.; Anton, J.; Fritzsche, S.*; Mukherjee, P. 

K.; Fricke, B.: Spectra of heliumlike carbon, aluminium 

and argon under strongly coupled plasma. The European 

physical journal: D, Atomic, molecular and optical 

physics / Eur. Phys. J. D 55(3), 2009: 645–652. 

DOI:10.1140/epjd/e2009-00258-6 

104 Sil, A. N.; Anton, J.; Fritzsche, S.*; Mukherjee, 

P. K.; Fricke, B.: Spectra of heliumlike carbon, 

aluminium and argon under strongly coupled 

plasma. The European physical journal: D, Atomic, 

molecular and optical physics 55(3), 2009: 645–652. 

DOI:10.1140/epjd/e2009-00258-6 

105 Smorra, C.; Blaum, K.; Eberhardt, K.; Eibach, M.; 

Ketelaer, J.; Ketter, J.; Knuth, K.; Nagy, S.*: A carboncluster 

laser ion source for TRIGA-TRAP. Journal of 

physics B, Atomic, molecular and optical physics / J. 


DOI:10.1088/0953-4075/42/15/154028 

106 Stöhlker, T.*; Banas, D.; Bräuning, H.*; Fritzsche, 

S.*; Geyer, S.*; Gumberidze, A.; Hagmann, S.*; Hess, 

S.*; Kozhuharov, C.*; Kumar, A.*; Martin, R.*; O’Rourke, 

B. E.*; Reuschl, R.*; Spillmann, U.*; Surzhykov, A.*; 

Tashenov, S.*; Trotsenko, S.*; Weber, G.*; Winters, D. 

F. A.*: Polarization and angular correlation studies of 

X-rays emitted in relativistic ion-atom collisions. European 

Physical Journal, Special Topics / Eur. Phys. J.-Spec. 

Top. 169, 2009: 5–14. DOI:10.1140/epjst/e2009-00965-0 

107 Steer, S. J.; Podolyak, Z. S.; Pietri, S.; Gorska, M.; 

Farrelly, G. F.; Regan, P. H.; Rudolph, D.; Garnsworthy, 

A. B.; Hoischen, R.; Gerl, J.; Wollersheim, H. J.; Grawe, 

H.; Maier, K. H.; Becker, F.; Bednarczyk, P.; Caceres, L.; 

Doornenbal, P.; Geissel, H.; Grebosz, J.; Kelic, A.; Kojouharov, 

I.; Kurz, N.; Montes, F.; Prokopowicz, W.; Saito, 

T.; Schaffner, H.; Tashenov, S.; Heinz, A.; Kurtukian- 

Nieto, T.; Benzoni, G.; Pfutzner, M.; Jungclaus, A.; Balabanski, 

D. L.; Brandau, C.; Brown, A.; Bruce, A. M.; Catford, 

W. N.; Cullen, I. J.; Dombradi, Z. S.; Estevez, M. E.; 

Gelletly, W.; Ilie, G.; Jolie, J.; Jones, G. A.; Kmiecik, M.; 

Kondev, F. G.; Krucken, R.; Lalkovski, S.; Liu, Z.; Maj, 

A.; Myalski, S.; Schwertel, S.; Shizuma, T.; Walker, P. M.; 

Werner-Malento, E.; Wieland, O.: Isomeric decay studies 

in neutron-rich N approximate to 126 nuclei. International 


J. Mod. Phys. E-Nucl. Phys. 18(4), 2009: 1002–1007, Sp. 

Iss. SI. URL Also part of: HANU 

108 Stolterfoht, N.; Hellhammer, R.; Juhasz, Z.; Sulik, 

B.; Bayer, V.*; Trautmann, C.*; Bodewits, E.; de Nijs, 

A. J.; Dang, H. M.; Hoekstra, R.: Guided transmission 

of Ne 7+ ions through nanocapillaries in insulating 

polymers: Scaling laws for projectile energies up 

to 50 keV. Physical review A, Atomic, molecular, and optical 

physics / Phys. Rev. A 79(4), Part A, 2009: 042902. 

DOI:10.1103/physreva.79.042902 

109 Sun, B. H.; Geissel, H.; Hausmann, M.; Kozhuharov, 

C.; Knobel, R.; Litvinov, Y. A.; Meng, J.; Patyk, Z.; Radon, 

T.; Scheidenberger, C.: Identification of Time-of-Flight 

spectra for Isochronous Mass Measurements. Chinese 

Physics C / Chin. Phys. C 33, 2009: 161–163. Also part 

of: HANU 

110 Surzhykov, A.; Radtke, T.; Indelicato, P.; Fritzsche, 

S.*: Photon polarization in the two-photon decay of 

heavy hydrogen-like ions. European Physical Journal, 

Special Topics / Eur. Phys. J.-Spec. Top. 169, 2009: 29– 

34. DOI:10.1140/epjst/e2009-00969-8 

111 Surzhykov, A.*; Santos, J. P.; Amaro, P.; Indelicato, 

P.: Negative-continuum effects on the two-photon decay 

rates of hydrogenlike ions. Physical review A, Atomic, 


052511. DOI:10.1103/physreva.80.052511 

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112 Surzhykov, A.*; Santos, J. P.; Amaro, P.; Indelicato, 

P.: Negative-continuum effects on the two-photon decay 

rates of hydrogenlike ions. Physical review A, Atomic, 

molecular, and optical physics 80(5), 2009: 052511. 

DOI:10.1103/physreva.80.052511 

113 Surzhykov, A.*; Stöhlker, T.*; Fritzsche, S.*: Finestructure 

effects on the polarization of Kα1 radiation 

from heavy, highly-charged ions. Nuclear instruments & 




251–253. DOI:10.1016/j.nimb.2008.10.014 

114 Tahir, N. A.*; Lomonosov, I. V.; Shutov, A.; Fortov, 

V. E.; Geissel, M.; Piriz, A. R.; Deutsch, C.; Hoffmann, 

D. H. H.: Review of high energy density physics: 

The HEDgeHOB Collaboration. Nuclear instruments 





DOI:10.1016/j.nima.2009.03.095 

115 Tahir, N. A.*; Matveichev, A.; Kim, V.; Ostrik, A.; 

Shutov, A.*GAST; Sultanov, V.; Lomonosov, I. V.; Piriz, 

A. R.*GAST; Hoffmann, D. H. H.: Three-dimensional 

simulations of a solid graphite target for high intensity 

fast extracted uranium beams for the Super-FRS. Laser 

and particle beams / Laser Part. Beams 27(1), 2009: 9–17. 

DOI:10.1017/s0263034609000020 

116 Tahir, N. A.*; Piriz, A. R.; Wouchuk, G.; Shutov, 

A.; Lomonosov, I. V.; Deutsch, C.; Hoffmann, D. H. 

H.; Fortov, V. E.: High Energy Density physics and 

Laboratory Planetary Science using intense heavy ion 

beams at FAIR facility at Darmstadt: the HEDge- 

HOB collaboration. Astrophysics and Space Science 

/ Astrophys. Space Sci. 322(1-4), 2009: 179–188. 

DOI:10.1007/s10509-008-9962-9 

117 Tahir, N. A.*; Piriz, A. R.; Wouchuk, G.; Shutov, A.; 

Lomonosov, I. V.; Fortov, V. E.; Deutsch, C.; Hoffmann, 

D. H. H.: Laboratory planetary science studies using 

intense heavy ion beams at FAIR: The HEDgeHOB collaboration. 


Section A, Accelerators, spectrometers, detectors 


Res. Sect. A-Accel. Spectrom. Dect. Assoc. Equip. 606(1- 

2), 2009: 177–185. DOI:10.1016/j.nima.2009.03.087 

118 Tahir, N. A.*; Schmidt, R.; Brugger, M.; Assmann, R.; 

Shutov, A.; Lomonosov, I. V.; Gryaznov, V.; Piriz, A. R.; 

Udrea, S.; Hoffmann, D. H. H.; Fortov, V. E.; Deutsch, 

C.: Generation of warm dense matter and strongly 

coupled plasmas using the High Radiation on Materials 

facility at the CERN Super Proton Synchrotron. 


DOI:10.1063/1.3204137 

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119 Tahir, N. A.*; Schmidt, R.; Brugger, M.; Shutov, 

A.; Lomonosov, I. V.; Piriz, A. R.; Hoffmann, D. H. H.: 

Simulations of full impact of the Large Hadron Collider 

beam with a solid graphite target. Laser and particle 


DOI:10.1017/s0263034609990206 

120 Tahir, N. A.*; Schmidt, R.; Shutov, A.; Lomonosov, I. 

V.; Piriz, A. R.; Hoffmann, D. H. H.; Deutsch, C.; Fortov, 

V. E.: Large Hadron Collider at CERN: Beams 

generating high-energy-density matter. Physical Review 


DOI:10.1103/physreve.79.046410 

121 Tahir, N. A.; Spiller, P.; Shutov, A.; Lomonosov, I. V.; 

Piriz, A. R.; Redmer, R.; Hoffmann, D. H. H.; Fortov, V. E.; 

Deutsch, C.; Bock, R. M.: Proposed High Energy Density 

Physics Research Using Intense Particle Beams at 

FAIR: The HEDgeHOB Collaboration. IEEE transactions 

on plasma science / IEEE Trans. Plasma Sci. 37(7), 

Part 2, 2009: 1267–1275. DOI:10.1109/tps.2009.2022012 

122 Tauschwitz, An.*; Efremov, V.; Maruhn, J. A.; Rosmej, 

F. B.; Tauschwitz, A.*: Quasi-static heating of stack 

targets with intense ion beams for equation of state 

measurements. Nuclear instruments & methods in physics 

research, Section B, Beam interactions with materials and 



DOI:10.1016/j.nimb.2009.04.011 

123 Tauschwitz, An.; Novikov, V. G.; Tauschwitz, A.*; 

Rosmej, F. B.; Abdallah, J.; Onkels, E.*; Jacoby, J.; 

Maruhn, J. A.: Intense ion beams as a tool for opacity 

measurements in warm dense matter. Applied physics B, 

Lasers and optics / Appl. Phys. B-Lasers Opt. 95(1), 2009: 

13–16. DOI:10.1007/s00340-009-3444-9 

124 Trassinelli, M.*; Kumar, A.*; Beyer, H. F.*; Indelicato, 

P.; Märtin, R.*; Reuschl, R.*; Kozhedub, Y. 

S.; Brandau, C.*; Bräuning, H.*; Geyer, S.*; Gumberidze, 

A.*; Hess, S.*; Jagodzinski, P.; Kozhuharov, C.*; 

Liesen, D.*; Spillmann, U.*; Trotsenko, S.*; Weber, G.*; 

Winters, D. F. A.*; Stöhlker, T.*: Observation of the 

2p(3/2) -¿ 2s(1/2) intra-shell transition in He-like uranium. 

Europhysics letters / EPL 87(6), 2009: 63001. 

DOI:10.1209/0295-5075/87/63001 

125 Ubieto-Diaz, M.; Rodriguez, D.; Lukic, S.; Nagy, S.*; 

Stahl, S.; Blaum, K.: A broad-band FT-ICR Penning 

trap system for KATRIN. International Journal of Mass 

Spectrometry / Int. J. Mass Spectrom. 288(1-3), 2009: 1–5. 

DOI:10.1016/j.ijms.2009.07.003 

126 Ubieto-Diaz, M.; Rodriguez, D.; Lukic, S.; Nagy, 

S.*; Stahl, S.; Blaum, K.: A broad-band FT- 

ICR Penning trap system for KATRIN. International 

Journal of Mass Spectrometry 288(1-3), 2009: 1–5. 

DOI:10.1016/j.ijms.2009.07.003


127 Ulmer, S.*; Kracke, H.; Blaum, K.; Kreim, S.; Mooser, 

A.; Quint, W.; Rodegheri, C. C.; Walz, J.: The quality 

factor of a superconducting rf resonator in a magnetic 

field. Review of scientific instruments / Rev. Sci. Instrum. 

80(12), 2009: 123302. DOI:10.1063/1.3271537 

128 Urban, W.; Sieja, K.*; Simpson, G. S.; Faust, 

H.; Rzaca-Urban, T.; Zlomaniec, A.; Lukasiewicz, M.; 

Smith, A. G.; Durell, J. L.; Smith, J. F.; Varley, B. J.; 

Nowacki, F.; Ahmad, I.: New isomers and mediumspin 

structure of the 95 Y nucleus. Physical review C, 


DOI:10.1103/physrevc.79.044304 Also part of: HANU 

129 Völklein, F.; Schmitt, M.; Cornelius, T. W.*; Picht, 

O.*; Müller, S.*; Neumann, R.*: Microchip for the Measurement 

of Seebeck Coefficients of Single Nanowires. 

Journal of Electronic Materials / J. Electron. Mater. 38(7), 

2009: 1109–1115. DOI:10.1007/s11664-009-0714-6 

130 Vogel, M.; Quint, W.*: Laser spectroscopy by a radiofrequency 

measurement on a single ion in a Penning 

trap. New Journal of Physics / New J. Phys. 11, 2009: 

013024. DOI:10.1088/1367-2630/11/1/013024 OPEN AC- 

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131 Vogel, M.; Quint, W.*: Trap-assisted precision spectroscopy 

of highly charged ions. Journal of physics 

B, Atomic, molecular and optical physics / J. Phys. 

B-At. Mol. Opt. Phys. 42(15), 2009: 154016. 

DOI:10.1088/0953-4075/42/15/154016 

132 Volklein, F.; Reith, H.; Cornelius, T. W.*; Rauber, 

M.*; Neumann, R.*: The experimental investigation 

of thermal conductivity and the Wiedemann- 

Franz law for single metallic nanowires. Nanotechnology 

/ Nanotechnology 20(32), 2009: 325706. 

DOI:10.1088/0957-4484/20/32/325706 

133 Wan, J. J.; Dong, C. Z.; Ding, X. B.; Ma, X. W.; 

Rzadkiewicz, J.*; Stöhlker, T.*; Fritzsche, S.*: Radiative 

electron capture and subsequent radiative decay in collisions 

of 89+ U ions with N2. Physical review A, Atomic, 


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134 Winckler, N.*; Geissel, H.*; Litvinov, Y. A.*; Beckert, 

K.*; Bosch, F.*; Boutin, D.*; Brandau, C.*; Chen, 

L.; Dimopoulou, C.*; Essel, H. G.*; Fabian, B.; Faestermann, 

T.; Fragner, A.; Haettner, E.; Hess, S.*; Kienle, 

P.; Knobel, R.*; Kozhuharov, C.*; Litvinov, S. A.*; Mazzocco, 

M.*; Montes, F.; Münzenberg, G.*; Nociforo, C.*; 

Nolden, F.*; Patyk, Z.; Plass, W. R.*; Prochazka, A.*; 

Reda, R.*; Reuschl, R.*; Scheidenberger, C.*; Steck, 

M.*; Stöhlker, T.*; Torilov, S. Y.; Trassinelli, M.; Sun, 

B.*; Weick, H.*; Winkler, M.*: Orbital electron capture 

decay of hydrogen- and helium-like 142 Pm ions. 


DOI:10.1016/j.physletb.2009.07.019 Also part of: HANU 

135 Winters, D. F. A.; Stöhlker, T.: Atomic physics 

at storage rins: recent results from ESR and future 

perspectives at FAIR. International journal of modern 


Phys. 18(2), 2009: 359–366. URL Also part of: HANU 

136 Yameen, B.; Ali, M.; Neumann, R.*; Ensinger, W.; 

Knoll, W.; Azzaroni, O.: Ionic Transport Through Single 

Solid-State Nanopores Controlled with Thermally 

Nanoactuated Macromolecular Gates. Small / Small 

5(11), 2009: 1287–1291. DOI:10.1002/smll.200801318 

137 Yameen, B.; Ali, M.; Neumann, R.*; Ensinger, W.; 

Knoll, W.; Azzaroni, O.: Synthetic Proton-Gated Ion 

Channels via Single Solid-State Nanochannels Modified 

with Responsive Polymer Brushes. Nano letters / Nano 

Lett. 9(7), 2009: 2788–2793. DOI:10.1021/nl901403u 

138 Yameen, B.; Ali, M.; Neumann, R.; Ensinger, W.; 

Knoll, W.; Azzaroni, O.: Single Conical Nanopores Displaying 

pH-Tunable Rectifying Characteristics. Manipulating 

Ionic Transport With Zwitterionic Polymer 

Brushes. Journal of the American Chemical Society 

/ J. Am. Chem. Soc. 131(6), 2009: 2070–+. 

DOI:10.1021/ja8086104 

139 Yan, Z. C.; Nörtershäuser, W.; Drake, G. W. F.: High 

Precision Atomic Theory for Li and Be + : QED Shifts 

and Isotope Shifts (vol 100, 243002, 2008). Physical review 



140 Zhang, J. M.; Lang, M.; Lian, J.; Liu, J.; Trautmann, 

C.*; Della-Negra, S.; Toulemonde, M.; Ewing, R. C.: 

Liquid-like phase formation in Gd2Zr2O7 by extremely 

ionizing irradiation. Journal of Applied Physics / J. Appl. 

Phys. 105(11), 2009: 113510. DOI:10.1063/1.3124370 

551


Other publications to the programme 

’Large-scale facilities for research with photons, neutrons and ions’ 


001 Bagnoud, V.; Zimmer, D.; Ecker, B.; Kuehl, T.: A 

technique for measuring B-integral in chirped-pulse 

amplifiers. In: IEE Proceedings CLEO/QELS, 

002 Dahl, L.A.; Barth, W.; Gerhard, P.; Herfurth, 

F.;Kaiser, M.; Kester, O.; Kluge, H.-J., Koszudowski, 

S.; Kozhuharov, C.; Maero, G.; Quint, W.; Sokolov, 

A.; Stöhlker, T.; Vinzenz, W.; Vorobjev, G.; Winters, 

D.F.A.;Hofmann, B.; Pfister, J.;Ratzinger, U.;Sauer, 

A.C.;Schempp, A.: The HITRAP Decelerator Project at 

GSI - Status and Commissioning Report. In: LINAC08 

Conference Proceedings, 100-102p. 

003 Guilbaud, O.; Ros, D.; Kazamias, S.; Zielbauer, B.; 

Habib, J.; Pittman, M.; Cassou, K.; Ple, F.; Farinet, M.; 

Klisnick, A.; de Dortan, F.; Lacombe, S.; Porcel, E.; Le 

Sech, C.; du Penhoat, M.-A.; Touati, A.; Marsi, M.; Fajardo, 

M.; Zeitoun, P.; Joyeux, D.: LASERIX : premier 

bilan du fonctionnement de l’installation. In: EDP sciences, 

DOI:10.1051/uvx/2009010 

004 Guilbaud, O.; Ros, D.; Kazamias, S.; Zielbauer, B.; 

Habib, J.; Pittman, M.; Farinet, M.; Zimmer, D.; Yu, T.; 

Klisnick, A.; de Dortan, F.; Lacombe, S. ; Porcel, E. ; Le 

Sech, C. ; du Penhoat, M.-A. ; Touati, A. ; Marsi, M.; 

Joyeux, D.: Recent progress on the LASERIX facility. 

In: Proceedings of the SPIE 7451, 

005 Habib, J.; Klisnick, A.; Guilbaud, O.; Joyeux, D.; Zielbauer, 

B.; Kazamias, S.; Pittman, M.; Ros, D.; de Dortan, 

F.: Coherence temporelle et largeur spectrale des lasers 

XUV transitoires pompes en incidence rasante. In: EDP 

sciences, DOI:10.1051/uvx/2009025 

006 Harasimowicz, J.; Welsch, C.P.: Beam Instrumentation 

for the Future Ultra low Energy Storage 

Ring at FLAIR. In: Hyperfine Interact.194 (1-3), 177p. 

DOI:10.1007/s10751-009-0047-0 

007 Hess, S., Bräuning, H., Spillmann, U., Brandau, C., 

Geyer, S., Hagmann, S., Hegewald, M., Kozhuharov, C., 

Krings, T., Kumar, A., Märtin, R., Protic, D., O’Rourke, 

B.E., Reuschl, R., Trassinelli, M., Trotsenko, S., Weber, 

G., Winters, D.F.A., Stöhlker, T: Polariza-tion studies of 

radiative electron capture into highly-charged uranium 

ions. In: Journal of Physics: Conference Series 163(1), 

008 Kühl, T., Aurand, B., Bagnoud, V.; Ecker, B., Eisen- 

552 

Compiled by K. Kreidi, Beauftragte für Forschung 

barth, U.,Fils, J., Hochhaus, D., Javorkova, D., Neumayer, 

P., Zielbauer, B., Zimmer, D., Habib, J., Kazamias, S., Klisnick, 

A., Ros, D., Seres, J., Spielmann, C.,Ursescu, D.: Xray 

laser developments at PHELIX. In: Proceedings of 

the SPIE 7451, 

009 Kühl, T.; Bagnoud, V.; Bruske, C.; Borneis, S.; 

Ecker, B.; Eisenbarth, U.; Fils, J.; Goette, S.; Hahn, T.; 

Hoch-haus, D.; Javorkova, D.; Knobloch, F.; Kreutz, M.; 

Kunzer, S.; Merz-Mantwill, T.; Onkels, E.; Reemts, D.; 

Tauschwitz, A.; Witte, K.; Zielbauer, B.; Zimmer, D.: Versatile 

High-Energy and Short-Pulse Operation of PHE- 

LIX. In: Springer Proceedings in Physics 130, 

010 Liehn, S.; Le Sech, C.; Porcel, E.; Zielbauer, B.; 

Habib, J.; Kazamias, S.; XGuilbaud, O.; Pittman, M.; Ros, 

D.; Hervé du Penhoat, M.-A.; Touati, A.; Remita, H.; Lacombe, 

S.: Biological effects induced by low energy xrays: 

effects of nanoparticles. In: Proceedings of the. 

SPIE 7451, 74510p. 

011 Minaya Ramirez, E.; Audi, G.; Beck, D.; Blaum, 

K.; Böhm, C.; Borgmann, C.; Breitenfeldt, M.; Chamel, 

N.; George, S.; Goriely, S.; Herfurth, F.; Herlert, 

A.;Kellerbauer, A.; Kowalska, M.; Lunney, D.; Naimi, S.; 

Neidherr, D.; Pearson, J.M.; Rosenbusch, M.; Schwarz, S.; 

Schweikhard, L.: Neutron drip-line topography. In: AIP 

Conference Proceedings 1165, 

012 Neumann, R.: Materials Research with Energetic 

Heavy Ions at GSI. In: Springer Proceedings in Physics 

127, 

013 O’Rourke, B.E., Geyer, S., Silze, A., Sokolov, A., 

Vorobjev, G., Winters, D.F.A., Kester, O., Stöhlker, T.: The 

SPARC EBIT at GSI: Commissioning and Future Plans 

at the HITRAP Beamline. In: Journal of Physics: Conference 

Series, 163(1), 2009, 

014 Papash, A.; Welsch, C.P.: On the Possibility of 

Realizing Shortest Bunches in Low-energy Storage 

Rings. In: Particle Physics and Nuclei Letters 6 (3), 

DOI:10.1134/S1547477109030054 

015 Pfister, J.; Nörenberg, R.; Ratzinger, U.; Barth, W.; 

Dahl, L.; Forck, P.; Herfurth, F.; Kester, O.; Stöhlker, 

T.: Commissioning of the HITRAP Decelerator using 

a Single-shot Pepper Pot Emittance Meter. In: LINAC08


Conference Proceedings, 564p. 

016 Putignano, M; Kühnel, K.-U.; Schröter, C.-D.; Welsch, 

C.P.: A fast, low perturbation ionization beam profile 

monitor based on a gas-jet curtain for the ultra low energy 

storage ring. In: Hyperfine Interact. 194 (1-3), 189p. 

DOI:10.1007/s10751-009-0049-y 

017 Reuschl, R., Banas, D., Beyer, H.F., Gumberidze, A., 

Hess, S., Indelicato, P., Liesen, D., Protic, D., Spillmann, 

U., Stöhlker, T., Trassinelli, M., Trotsenko, S. Weber, G.: 

Experimental Developments for the Lamb Shift Investigation 

in Heavy Ions:. In: Third IUPAP international 

Conference on Women in Physics. AIP Conference Proceedings 

1119, 

018 Rodegheri, C.C.; Blaum, K.; Kracke, H.; Kreim, S.; 

Mooser, A.; Mrozik, C.; Quint, W.; Ulmer, S.; Walz, 

J.: Developments for the direct determination of the gfactor 

of a single proton in a Penning trap. In: Hyperfine 

Interactions 194, 93p. 

019 Ros, D. ; Guilbaud, O. ; Kazamias, S.; Pittman, M. ; 

Lagron, J.-C. ; Zielbauer, B.; Habib, J.; Chambaret, J.-P.; 

Mourou, G.; Cassou, K. ; Cros, B.; Maynard, G.; Zeitoun, 

Ph. ; Sebban, S. ; Gautier, J.; Klisnick, A.; de Rossi, 

S.; Jacquemot, S.; Audebert, P.; Rus, B.; Zim-mer, D.; 

Kühl, T.: Perspectives of XUV sources deve-lopment on 

LASERIX facility, ILE, and ELI. In: 

020 Schabinger, B.; Sturm, S.; Blaum, K.; Quint, W.; Wagner, 

A.; Werth, G.: Creation of highly-charged calcium 

ions for the g-factor determination of the bound electron. 

In: 14th International Conference on the Physics of 

Highly-Charged Ions (HCI 2008) J. Phys. Conf. Ser.163, 

012108p. DOI:10.1088/1742-6596/163/1/012108 

021 Schmid, P.; Kühnel, K.-U.; Papash, A.; Welsch, 

C.P.: Preliminary Design of an Extraction Scheme 

for the USR. In: Hyperfine Interact. 194(1-3), 183p. 

DOI:10.1007/s10751-009-0048-z 

022 Seres, J.; Bagnoud, V.; Hochhaus, D.; Ecker, B.; Zimmer, 

D.; Spielmann, C.; Kuehl, T.: High harmonics for 

seeding. In: IEE Proceedings CLEO/QELS 2009, 

023 Seres, J.; Hochhaus, D.; Ecker, B.; Zimmer, D.; 

Kuehl, T.; Spielmann, C.: High-order Harmonic Source 

for X-ray Laser Seeding driven by Two-color Laser 

Field. In: CLEO/IQEC, OSA Technical Digest, 14-19 June, 

DOI:10.1109/CLEOE-EQEC.2009.5196330 

024 Seres, J.; Hochhaus, D.; Ecker, B.; Zimmer, D.; 

Spielmann, C.; Kuehl, T.: Two-Color Driven High- 

Order Harmonic Source for X-Ray Laser Seeding. In: 

CLEO/IQEC, OSA Technical Digest, 

025 Surzhykov, A., Fritzsche, S., Kabachnik, N.M., 

Stöhlker, T.: Theoretical progress in studying the characteristic 

x-ray emission from heavy few-electron ions. 

In: Journal of Physics: Conference Series 80, 012710p. 

DOI:10.1088/1742-6596/163/1/012008 

026 Trautmann, C.: Micro- and Nanoengineering with 

Ion Tracks. In: Ion Beams in Nanoscience and Technology, 

027 Weber, G., Omet, C., DuBois, R.D., de Lucio, O., 

Stöhlker, T., Brandau, C., Gumberidze, A., Hagmann, S., 

Hess, S., Kozhuharov, C., Reuschl, R., Spiller, P., Spillmann, 

U., Steck, M., Thomason, M., Trotsenko, S.: Beam 

lifetimes and ionization cross sections of U 28 . In: Physical 

Review Special Topics - Accelerators and Beams 12(8), 

084201p. DOI:10.1103/PhysRevSTAB.12.084201 

028 Welsch, C.P.; Harasimowicz, J.; Kühnel, K.-U.; Papash, 

A.; Putignano, M.; Schmid, P.; Ullrich, J.: Present 

status of the USR Project. In: Hyperfine Interact. 194(1- 

3), 137p. DOI:10.1007/s10751-009-0041-6 

029 Zhang, S., Suske, J., Fischer, D., Kuehnel, K.U., Hagmann, 

S., Voitkiv, A., Najjaril, B., Krauss, A., Moshammer, 

R., Ullrich, J. Ma, X.: Electron angular distributions 

in He single ionization impact by H + 2 

ions at 1 MeV. 

In: Journal of Physics: Conference Series 163, 012041p. 

DOI:10.1088/1742-6596/163/1/012041 

030 Zielbauer, B.; Guilbaud, O.; Habib, J.; Kazamias, S.; 

Pittman, M.; Zimmer, D.; Kühl, T.; Ros, D.; Liehn, S.; 

Le Sech, C.; Porcel, E.; Herve du Penhoat, M.A.; Touati, 

A.; Lacombe, S.: 10 Hz Mo X-Ray Laser operation at 

LASERIX: First application experiment in radiobiology. 

In: Proceedings of the Ultrafast Optics Conference, 

031 Zimmer, D.; Bagnoud, V.; Ecker, B.; Eisenbarth, U.; 

Habib, J.; Hochhaus, D.; Javorkova, D.; Kazamias, S.; 

Kuehl, T.; Ros, D.; Ursescu, D.; Zielbauer, B.: An Improved 

Double-Pulse Non-Normal Incidence Pump-ing 

Geometry for Transient Collisionally Excited Soft X- 

Ray Lasers. In: Springer Proceedings in Physics 130, 

032 Zimmer, D.; Bagnoud, V.; Ecker, B.; Hochhaus, 

D.; Kuehl, T.; Ros, D.; Zielbauer, B.; Aurand, B.: 

Low pumping energy threshold for a Ni-like Sm x-ray 

laser pumped in the double-pulse non-normal incidence 

pumping geometry. In: Proceedings of the Ultrafast Optics 

Conference, 

033 Zimmer, D.; Zielbauer, B.; Guilbaud, O. ; Habib, J. ; 

Kazamias, S.; Pittman, M.; Ros, D.; Bagnoud, V.; Ecker, 

B.; Hochhaus, D.; Kuehl, T.: Characterization of a 10Hz 

double-pulse non-normal incidence pumped transient 

collisional Ni-like molybdenum soft x-ray laser for applications. 

In: Proceedings of the SPIE 7451, 2009, 

553


001 An, H. X.; You, A.; Juricko, J.; Fokas, E.; Hanze, 

J.; Rose, F.; Fournier, C.; Taucher-Scholz, G.; Engenhart- 

Cabillic, R.: Gene expression profiling of lung cancer 

cells irradiated by carbon and X-rays. Strahlentherapie 

und Onkologie : Journal of Radiation Oncology, Biology, 

Physics / Strahlenther. Onkol. 185, 2009: 47–47. 

002 Becker, D.*; Elsässer, T.*; Tonn, T.*; Seifried, E.; Durante, 

M.*; Ritter, S.*; Fournier, C.*: Response of human 

hematopoietic stem and progenitor cells to energetic 

carbon ions. International journal of radiation biology 

/ Int. J. Radiat. Biol. 85(11), 2009: 1051–1059. 

DOI:10.3109/09553000903232850 

003 Bert, C.*; Gemmel, A.*; Saito, N.*; Rietzel, E.*: 

Gated Irradiation With Scanned Particle Beams. International 

journal of radiation oncology, biology, physics / 

Int. J. Radiat. Oncol. Biol. Phys. 73(4), 2009: 1270–1275. 

DOI:10.1016/j.ijrobp.2008.11.014 

004 Bettega, D.; Calzolari, P.; Hessel, P.*; Stucchi, C. G.; 

Weyrather, W. K.*: Neoplastic Transformation Induced 

by Carbon Ions. International journal of radiation oncology, 

biology, physics / Int. J. Radiat. Oncol. Biol. Phys. 

73(3), 2009: 861–868. DOI:10.1016/j.ijrobp.2008.07.067 

005 Combs, S. E.; Bohl, J.; Elsässer, T.*; Weber, K. J.; 

Schulz-Ertner, D.; Debus, J.; Weyrather, W. K.*: Radiobiological 

evaluation and correlation with the local effect 

model (LEM) of carbon ion radiation therapy and 

temozolomide in glioblastoma cell lines. International 

journal of radiation biology / Int. J. Radiat. Biol. 85(2), 

2009: 126–137. DOI:10.1080/09553000802641151 

006 Conrad, S.; Ritter, S.*; Fournier, C.*; Nixdorff, K.: 

Differential Effects of Irradiation with Carbon Ions and 

X-Rays on Macrophage Function. Journal of Radiation 

Research / J. Radiat. Res. 50(3), 2009: 223–231. 

DOI:10.1269/jrr.08115 OPEN ACCESS. 

007 Domingo-Pardo, C.; Goel, N.; Engert, T.; Gerl, 

J.; Isaka, M.; Kojouharov, I.; Schaffner, H.: A Position 

Sensitive γ-Ray Scintillator Detector With Enhanced 

Spatial Resolution, Linearity, and Field of 

View. IEEE Transactions on Medical Imaging / IEEE 

Trans. Med. Imaging 28(12), 2009: 2007–2014. 

DOI:10.1109/tmi.2009.2027436 

554 

WoS Publications to the programme 

’Health’ in the field ’Cancer research’ 



008 Durante, M.*: Applications of Particle Microbeams 

in Space Radiation Research. Journal of Radiation 

Research / J. Radiat. Res. 50, 2009: A55–A58. 

DOI:10.1269/jrr.09007s OPEN ACCESS. 

009 Elsässer, T.*; Gemmel, A.*; Scholz, M.*; Schardt, 

D.*; Krämer, M.*: The relevance of very low energy 

ions for heavy-ion therapy. Physics in medicine and biology 

/ Phys. Med. Biol. 54(7), 2009: N101–N106. 

DOI:10.1088/0031-9155/54/7/n03 

010 Fischer, B. E.*; Voss, K.-O.*; Du, G.*: Targeted 

irradiation of biological cells using an ion microprobe 

- Why a small beam spot is not sufficient for success. 


Section B, Beam interactions with materials and atoms 

/ Nucl. Instrum. Methods Phys. Res. Sect. B-Beam 

Interact. Mater. Atoms 267(12-13), 2009: 2122–2124. 

DOI:10.1016/j.nimb.2009.03.068 

011 Fokas, E.; Kraft, G.*; An, H. X.; Engenhart-Cabillic, 

R.: Ion beam radiobiology and cancer: Time to update 

ourselves. Biochimica et Biophysica Acta: Reviews on 

Cancer / Biochim. Biophys. Acta-Rev. Cancer 1796(2), 

2009: 216–229. DOI:10.1016/j.bbcan.2009.07.005 

012 Fournier, C.*; Barberet, P.*; Pouthier, T.*; Ritter, S.*; 

Fischer, B.*; Voss, K. O.*; Funayama, T.; Hamada, N.; 

Kobayashi, Y.; Taucher-Scholz, G.*: No Evidence for 

DNA and Early Cytogenetic Damage in Bystander Cells 

after Heavy-Ion Microirradiation at Two Facilities. Radiation 

research / Radiat. Res. 171(5), 2009: 530–540. 

DOI:URL:http://www.bioone.org//pdf/10.1667/RR1457.1 

013 Gudowska-Nowak, E.; Psonka-Antonczyk, K.; Weron, 

K.; Elsässer, T.*; Taucher-Scholz, G.*: Distribution of 

DNA fragment sizes after irradiation with ions. Chinese 

Journal of Organic Chemistry / Eur. Phys. J. E 30(3), 

2009: 317–324. DOI:10.1140/epje/i2009-10522-7 

014 Gudowska-Nowak, E.; Psonka-Antonczyk, K.; Weron, 

K.; Elsässer, T.*; Taucher-Scholz, G.*: Distribution of 

DNA fragment sizes after irradiation with ions. Chinese 

Journal of Organic Chemistry 30(3), 2009: 317–324. 

DOI:10.1140/epje/i2009-10522-7 

015 Harris, J. L.; Jakob, B.*; Taucher-Scholz, G.*; Dianov, 

G. L.; Becherel, O. J.; Lavin, M. F.: Aprataxin,


poly-ADP ribose polymerase 1 (PARP-1) and apurinic 

endonuclease 1 (APE1) function together to protect the 

genome against oxidative damage. Human molecular genetics 

/ Hum. Mol. Genet. 18(21), 2009: 4102–4117. 

DOI:10.1093/hmg/ddp359 OPEN ACCESS. 

016 Jakob, B.*; Splinter, J.*; Durante, M.*; Taucher- 

Schoiz, G.*: Live cell microscopy analysis of radiationinduced 

DNA double-strand break motion. Proceedings 

of the National Academy of Sciences of the United States 

of America / Proc. Natl. Acad. Sci. U. S. A. 106(9), 

2009: 3172–3177. DOI:10.1073/pnas.0810987106 OPEN 

ACCESS. 

017 Jakob, B.*; Splinter, J.*; Taucher-Scholz, G.*: 

Positional Stability of Damaged Chromatin Domains 

along Radiation Tracks in Mammalian Cells. Radiation 

research / Radiat. Res. 171(4), 2009: 405–418. 

DOI:URL:http://www.bioone.org//pdf/10.1667/RR1520.1 

018 Kamlah, F.; Hanze, J.; Arenz, A.; Hasan, D.; Juricko, 

J.; Taucher-Scholz, G.; Fournier, C.; Scholz, M.; 

Engenhart-Cabilic, R.; Rose, F.: Angiogenic Factor gene 

expression in human Lung adenocarcinoma (A(549)) 

Cells after Carbon ion (C-(12))- and Photon irradiation. 

Strahlentherapie und Onkologie : Journal of Radiation Oncology, 

Biology, Physics / Strahlenther. Onkol. 185, 2009: 

151–151. 

019 Krämer, M.*: Swift ions in radiotherapy - Treatment 

planning with TRiP98. Nuclear instruments & 




989–992. DOI:10.1016/j.nimb.2009.02.015 

020 Kraft, G.*; Kraft, S. D.: Research needed 

for improving heavy-ion therapy. New Journal 

of Physics / New J. Phys. 11, 2009: 025001. 

DOI:10.1088/1367-2630/11/2/025001 OPEN ACCESS. 

021 Lineva, N.*; Kozhuharov, C.*; Hagmann, S.*; Krämer, 

M.*; Kraft, G.*: Low-energy electrons emitted in collisions 

of heavy ions with solid state targets. Nuclear instruments 

& methods in physics research, Section B, Beam 

interactions with materials and atoms / Nucl. Instrum. 

Methods Phys. Res. Sect. B-Beam Interact. Mater. Atoms 

267(6), 2009: 891–895. DOI:10.1016/j.nimb.2009.02.038 

Also part of: PNI 

022 Maalouf, M.; Alphonse, G.; Colliaux, A.; Beuve, M.; 

Trajkovic-Bodennec, S.; Battiston-Montagne, P.; Testard, 

I.; Chapet, O.; Bajard, M.; Taucher-Scholz, G.*; Fournier, 

C.*; Rodriguez-Lafrasse, C.: Different Mechanisms of 

Cell Death in Radiosensitive and Radioresistant P53 

Mutated Head and Neck Squamous Cell Carcinoma 

Cell Lines Exposed to Carbon Ions and X-Rays. International 

journal of radiation oncology, biology, physics / 

Int. J. Radiat. Oncol. Biol. Phys. 74(1), 2009: 200–209. 

DOI:10.1016/j.ijrobp.2009.01.012 

023 Ochab-Marcinek, A.; Gudowska-Nowak, E.*; Nasonova, 

E.*; Ritter, S.*: Modeling radiation-induced cell 

cycle delays. Radiation and Environmental Biophysics 

/ Radiat. Environ. Biophys. 48(4), 2009: 361–370. 

DOI:10.1007/s00411-009-0239-7 

024 Palmowski, M.; Peschke, P.; Huppert, J.; Hauff, P.; 

Reinhardt, M.; Maurer, M.; Karger, C. P.; Scholz, M.*; 

Semmler, W.; Huber, P. E.; Kiessling, F. M.: Molecular 

Ultrasound Imaging of Early Vascular Response in 

Prostate Tumors Irradiated with Carbon Ions. Neoplasia 

: An International Journal for Oncology Research / 

Neoplasia 11(9), 2009: 856–863. URL OPEN ACCESS. 

025 Parodi, K.; Saito, N.*; Chaudhri, N.*; Richter, C.; 

Durante, M.*; Enghardt, W.; Rietzel, E.*; Bert, C.*: 

4D in-beam positron emission tomography for verification 

of motion-compensated ion beam therapy. Medical 

physics / Med. Phys. 36(9), 2009: 4230–4243. 

DOI:10.1118/1.3196236 

026 Peschke, P.; Karger, C. P.; Scholz, M.; Elsässer, T.; 

Debus, J.; Huber, P.: Response of experimental prostate 

tumors to single doses of photons and carbon ions. 

Strahlentherapie und Onkologie : Journal of Radiation Oncology, 

Biology, Physics / Strahlenther. Onkol. 185, 2009: 

43–43. 

027 Psonka-Antonczyk, K.*; Elsässer, T.*; Gudowska- 

Nowak, E.; Taucher-Scholz, G.*: Distribution of Double- 

Strand Breaks Induced by Ionizing Radiation at the 

Level of Single DNA Molecules Examined by Atomic 

Force Microscopy. Radiation research / Radiat. Res. 

172(3), 2009: 288–295. DOI:10.1667/rr1772.1 

028 Saito, N.*; Bert, C.*; Chaudhri, N.*; Gemmel, A.*; 

Schardt, D.*; Durante, M.*; Rietzel, E.*: Speed and accuracy 

of a beam tracking system for treatment of moving 

targets with scanned ion beams. Physics in medicine 

and biology / Phys. Med. Biol. 54(16), 2009: 4849–4862. 

DOI:10.1088/0031-9155/54/16/001 

029 Uzavva, A.; Ando, K.; Koike, S.; Furusawa, Y.; 

Matsumoto, Y.; Takai, N.; Hirayama, R.; Watanabe, 

M.; Scholz, M.*; Elsässer, T.*; Peschke, P.: Comparison 

of Biological Effectiveness of Carbon-Ion Beams 

in Japan and Germany. International journal of radiation 

oncology, biology, physics / Int. J. Radiat. 

Oncol. Biol. Phys. 73(5), 2009: 1545–1551. 

DOI:10.1016/j.ijrobp.2008.12.021 

030 Voss, U.; Holzmann, R.*; Tuin, I.; Hobson, J. A.: Lucid 

Dreaming: A State of Consciousness with Features 

of Both Waking and Non-Lucid Dreaming. Sleep / Sleep 

32(9), 2009: 1191–1200. 

555


031 Weber, U.; Kraft, G.: Comparison of Carbon Ions 

Versus Protons. The Cancer Journal / Cancer J. 15(4), 

2009: 325–332. 

032 Wirkner, U.; Rittmuller, C.; Trinh, S.; Scholz, M.; Abdollahi, 

A.; Huber, P.: Heavy ion 12-C radiation: Effect 

on primary human cell cultures studied by whole 

transcriptome analysis. Strahlentherapie und Onkologie 

: Journal of Radiation Oncology, Biology, Physics / 

Strahlenther. Onkol. 185, 2009: 148–148. 

556

GSI SCIENTIFIC REPORT 2009 ANNEX-COLLABORATIONS-01 

Spokesperson: R. Krücken 

International and national Collaborations of GSI 

Compiled by K. Kreidi, C. Kausch, I. Kraus 

The AIC Collaboration 

Boehler, P. 1 , Bosch, F. 5 , Cargnelli, J. 1 , Fabbietti, L. 4 , Franzke, B. 5 , Fuhrmann, H. 1 , Hayano, R.S. 8 , Hirtl, A. 1 , 

Kozhuharov, C. 5 , Krücken, R. 4 , Lenske, H. 3 , Litvinov, Y. 5 , Marton, J. 1 , Nolden, F. 5 , Ring, P. 4 , Shatunov, Y.M. 7 , 

Skrinsky, A. N. 7 , Vostrikov, V. 7 , Widmann, E. 2 , Wycech, S. 6 , Yamaguchi, T. 9 , Zmeskal, J. 1 

1 Stefan Meyer Institute Vienna (Austria) 

2 University of Vienna (Austria) 

3 Justus-Liebig Universität Giessen (Germany) 

4 Technische Universität München (Germany) 

5 GSI Helmholtzzentrum für Schwerionenforschung 

GmbH, Darmstadt (Germany) 

Spokesperson: Trautmann, W. 

Aladin 2000 

6 Soltan Institute for Nuclear Studies, IPJ, Warsaw 

(Poland) 

7 BINP Novosibirsk (Russia) 

8 University of Tokyo (Japan) 

9 Saitama University (Japan) 

Adrich, P. 1 , Aumann, T. 1 , Bacri, C.O. 2 , Barczyk, T. 3 , Bassini, R. 4 , Bianchin, S. 1 , Boiano, C. 4 , Botvina, A.S. 1 , 

Boudard, A. 5 , Brzychczyk, J. 3 , Chbihi, A. 6 , Cibor, J. 7 , Czech, B. 7 , De Napoli, M. 8 , Ducret, J.-E. 5 , Emling, H. 1 , 

Frankland, J.D. 6 , Hellström, M. 1 , Henzlova, D. 1 , Immè, G. 8 , Iori, I. 4 , Johansson, H. 1 , Kezzar, K. 1 , Lafriakh, A. 5 , Le 

Fèvre, A. 1 , Le Gentil, E. 5 , Leifels, Y. 1 , Lühning, J. 1 , Lukasik, J. 1 , Lynch, W.G. 9 , Lynen, U. 1 , Majka, Z. 3 , Mocko, 

M. 9 , Müller, W.F.J. 1 , Mykulyak, A. 1 , Orth, H. 1 , Otte, A.N. 1 , Palit, R. 1 , Pawlowski, P. 7 , Pullia, A. 4 , Raciti, G. 8 , 

Rapisarda, E. 8 , Sann, H. 1 , Schwarz, C. 1 , Sfienti, C. 1 , Simon, H. 1 , Sümmerer, H. 1 , Trautmann, W. 1 , Tsang, M.B. 9 , 

Verde, G. 9 , Volant, C. 5 , Wallace, M. 9 , Weick, H. 1 , Wiechula, J. 1 , Wieloch, A. 3 , Zwieglínski, B. 10 


GmbH, Darmstadt Germany 

2 Institut de Physique Nucléaire, IN2P3 et Université, 

Orsay France 

3 Institute of Physics, Jagiellonian University, Krakow 

Poland 

4 Istituto di Scienze Fisiche, Università and INFN, Milano 

Italy 

5 DAPNIA/SPhN, CEA/Saclay, Gif-sur-Yvette France 

Spokesperson: Schukraft, J. 

ALICE 

The ALICE Collaboration, A Large Ion Collider Experiment at CERN LHC 

http://aliceinfo.cern.ch/Collaboration/General/Members/index.html 

Spokesperson: Braun-Munzinger, P. 

ALICE TPC 

6 GANIL, CEA et IN2P3-CNRS, Caen France 

7 IFJ-PAN, Krakow Poland 

8 Dipartimento di Fisica dell’Università and INFN- 

LNS, Catania Italy 

9 Department of Physics and NSCL, MSU, East Lansing, 

MI 48824 USA 

10 A. Soltan Institute for Nuclear Studies, Warsaw Poland 

The ALICE TPC Collaboration, The Time Projection Chamber of the ALICE experiment at LHC 

http://www-alice.gsi.de/trd/ 

Spokesperson: Stachel, J. 

ALICE TRD 

The ALICE TRD Collaboration, The Transition Radiation Detector of the ALICE experiment at LHC 

557

ANNEX-COLLABORATIONS-01 GSI SCIENTIFIC REPORT 2009 

558 

http://www-alice.gsi.de/tpc/ 

Spokesperson: Wang, Y.F. 

BES-III 

Ablikim, M 1 , Achasov, M.N. 5 , An, L. 9 , An, Q. 31 , An, Z.H. 1 , Bai, J.Z. 1 , Ban, Y. 18 , Berger, N. 1 , Bian, J.M. 1 , 

Boyko, I., Bytev, V. 13 , Briere, R.A. 3 , Cai, X. 1 , Cao, G.F. 1 , Cao, X.X. 1 , Chang, J.F. 1 , Chelkov, G. 13 , Chen, C.H. 1 , 

Chen, G. 1 , Chen, H.S. 1 , Chen, L.P. 1 , Chen, M.L. 1 , Chen, P. 1 , Chen, S.J. 16 , Chen, Y.B. 1 , Chu, Y.P. 1 , Cronin- 

Hennessy, D. 30 , Dai, H.L. 1 , Dai, J.P. 1 , Dedovich, D. 13 , Deng, Z.Y. 1 , Denysenko, I. 13 , Destefanis, M. 32 , Ding, Y. 14 , 

Dong, L.Y. 1 , Dong, M.Y. 1 , Du, S.X. 36 , Duan, M.Y. 21 , Fang, J. 1 , Feng, C.Q. 31 , Fu, C.D. 1 , Fu, J.L. 16 , Gao, Y. 27 , 

Geng, C. 31 , Gong, W.X. 1 , Götzen, K 7 , Greco, M. 32 , Grishin, S. 13 , Gu, Y.T. 9 , Guo, A.Q. 17 , Guo, L.B. 15 , Guo, Y.P. 17 , 

Han, S.Q. 15 , Harris, F.A. 29 , He, K.L. 1 , He, M. 1 , He, Z.Y. 17 , Heng, Y.K. 1 , Hou, Z.L. 1 , Hu, H.M. 1 , Hu, J.F. 6 , Hu, T. 1 , 

Hu, X.W. 16 , Huang, B. 1 , Huang, G.M. 11 , Huang, J.S. 10 , Huang, X.T. 20 , Huang, Y.P. 1 , Ji, C.S. 31 , Ji, H.B. 1 , Ji, Q. 1 , Ji, 

X.B. 1 , Ji, X.L. 1 , Jia, L.K. 1 , Jiang, L.L. 1 , Jiang, X.S. 1 , Jiao, J.B. 20 , Jin, D.P. 1 , Jin, S. 1 , Komamiya, S. 26 , Kuehn, W., 

Lange, S. 28 , Leung, J.K.C. 25 , Li, Cheng 31 , Li, Cui 31 , Li, D.M. 36 , Li, F. 1 , Li, G. 1 , Li, J. 1 , Li, J.C. 1 , Li, Lei 1 , Li, Lu 1 , 

Li, Q.J. 1 , Li, W.D. 1 , Li, W.G. 1 , Li, X.L. 20 , Li, X.N. 1 , Li, X.Q. 17 , Li, X.R. 1 , Li, Y.X. 36 , Li, Z.B. 23 , Liang, H. 31 , 

Liang, T.R. 17 , Liang, Y.F. 22 , Liang, Y.L. 28 , Liao, X.T. 1 , Liu, B.J. 24 , Liu, C.L. 3 , Liu, C.Y. 1 , Liu, F. 1 , Liu, F. 11 , Liu, 

F.H. 21 , Liu, G.C. 1 , Liu, H. 1 , Liu, H.B. 6 , Liu, H.M. 1 , Liu, H.W. 1 , Liu, J. 1 , Liu, J.P. 34 , Liu, K. 18 , Liu, K.Y. 14 , Liu, Q. 

29 , Liu, S.B. 31 , Liu, X.C. 1 , Liu, X.H. 1 , Liu, Y. 1 , Liu, Y.B. 17 , Liu, Y.F. 17 , Liu, Y.W. 31 , Liu, Z.A. 1 , Lu, G.R. 10 , Lu, 

J.G. 1 , Lu, Q.W. 21 , Lu, X.R. 6 , Lu, Y.P. 1 , Luo, C.L. 15 , Luo, M.X. 35 , Luo, T. 1 , Luo, X.L. 1 , Ma, C.L. 6 , Ma, F.C. 14 , Ma, 

H.L. 1 , Ma, Q.M. 1 , Ma, X. 1 , Ma, X.Y. 1 , Maggiora, M. 32 , Mao, Y.J. 18 , Mao, Z.P. 1 , Min, J. 1 , Mo, X.H. 1 , Muchnoi, 

M.Y. 5 , Nefedov, Y. 13 , Ning, F.P. 21 , Olsen, S.L. 19 , Ouyang, Q. 1 , Pelizaeus, M. 2 , Peters, K. 7 , Ping, J.L. 15 , Ping, R.G. 

1 , Poling, R. 30 , Pun, C.S.J. 25 , Qi, M. 16 , Qian, S. 1 , Qiao, C.F. 6 , Qiu, J.F. 1 , Rong, G. 1 , Ruan, X.D. 9 , Sarantsev, A. 13 , 

Shao, M. 31 , Shen, C.P. 29 , Shen, X.Y. 1 , Sheng, H.Y. 1 , Sonoda, S. 26 , Spataro, S. 32 , Spruck, B. 28 , Sun, D.H. 1 , Sun, 

G.X. 1 , Sun, J.F. 10 , Sun, S.S. 1 , Sun, X.D. 1 , Sun, Y.J. 31 , Sun, Y.Z. 1 , Sun, Z.J. 1 , Sun, Z.T. 31 , Tang, C.J. 22 , Tang, X. 1 , 

Tian, H.L. 1 , Toth, D. 30 , Varner, G.S. 29 , Wan, X. 1 , Wang, B.Q. 18 , Wang, J.K. 1 , Wang, K. 1 , Wang, L.L. 4 , Wang, L.S. 

1 , Wang, P. 1 , Wang, P.L. 1 , Wang, Q. 1 , Wang, S.G. 18 , Wang, X.D. 21 , Wang, X.D. 31 , Wang, X.L. 31 , Wang, Y.F. 1 , 

Wang, Y.Q. 20 , Wang, Z. 1 , Wang, Z.G. 1 , Wang, Z.Y. 1 , Wei, D.H. 8 , Wen, S.P. 1 , Wiedner, U. 2 , Wu, L.H. 1 , Wu, N. 1 , 

Wu, Y.M. 1 , Wu, Z. 1 , Xiao, Z.J. 15 , Xie, Y.G. 1 , Xu, G.F. 1 , Xu, G.M. 18 , Xu, H. 1 , Xu, M. 9 , Xu, M. 31 , Xu, X.P. 11 , Xu, 

Y. 17 , Xu, Z.Z. 31 , Xue, Z. 31 , Yan, L. 31 , Yan, W.B. 31 , Yan, Y.H. 12 , Yang, H.X. 1 , Yang, M. 1 , Yang, P. 17 , Yang, S.M. 1 , 

Yang, Y.Y. 8 , Ye, M. 1 , Ye, M.H. 4 , Yu, B.X. 1 , Yu, C.X. 17 , Yu, L. 11 , Yuan, C.Z. 1 , Yuan, Y. 1 , Zeng, Y. 12 , Zhang, 

B.X. 1 , Zhang, B.Y. 1 , Zhang, C.C. 1 , Zhang, D.H. 1 , Zhang, H.H. 23 , Zhang, H.Y. 1 , Zhang, J.W. 1 , Zhang, J.Y. 1 , Zhang, 

J.Z. 1 , Zhang, L. 16 , Zhang, S.H. 1 , Zhang, X.Y. 20 , Zhang, Y. 1 , Zhang, Y.H. 1 , Zhang, Z.P. 31 , Zhao, C. 31 , Zhao, H.S. 1 , 

Zhao, J. 31 , Zhao, J.W. 1 , Zhao, L. 1 , Zhao, L. 31 , Zhao, M.G. 17 , Zhao, Q. 1 , Zhao, S.J. 36 , Zhao, T.C. 33 , Zhao, X.H. 16 , 

Zhao, Y.B. 1 , Zhao, Z.G. 31 , Zhemchugov, A. 13 , Zheng, B. 1 , Zheng, J.P. 1 , Zheng, Y.H. 6 , Zheng, Z.P. 1 , Zhong, B. 15 , 

Zhong, J. 2 , Zhou, L. 1 , Zhou, Z.L. 1 , Zhu, C. 1 , Zhu, K. 1 , Zhu, K.J. 1 , Zhu, Q.M. 1 , Zhu, X.W. 1 , Zhu, Y.S. 1 , Zhu, Z.A. 

1 , Zhuang, J. 1 , Zou, B.S. 1 , Zou, J.H. 1 , Zuo, J.X. 1 , Zweber, P. 30 

1 Institute of High Energy Physics, Beijing China 

2 Bochum Ruhr-University, Bochum Germany 

3 Carnegie Mellon University, Pittsburgh USA 

4 China Center of Advanced Science and Technology, 

Beijing China 

5 G.I. Budker Institute of Nuclear Physics SB RAS 

(BINP), Novosibirsk Russia 

6 Graduate University of Chinese Academy of Sciences, 

Beijing China 



8 Guangxi Normal University, Guilin China 

9 Guangxi University, Naning China 

10 Henan Normal University, Xinxiang China 

11 Huazhong Normal University, Wuhan China 

12 Hunan University, Changsha China 

13 Joint Institute for Nuclear Research, Dubna Russia 

14 Liaoning University, Shenyang China 

15 Nanjing Normal University, Nanjing China 

16 Nanjing University, Nanjing China 

17 Nankai University, Tianjin China 

18 Peking University, Beijing China 

19 Seoul National University, Seoul Korea 

20 Shandong University, Jinan China 

21 Shanxi University, Taiyuan China 

22 Sichuan University, Chengdu China 

23 Sun Yat-Sen University, Guangzhou China 

24 The Chinese University of Hong Kong, Shatin Hong 

Kong 

25 The University of Hong Kong, Pokfulam Hong 

Kong 

26 The University of Tokyo, Tokyo Japan 

27 Tsinghua University, Beijing China 

28 Justus-Liebig-Universität Gießen, Gießen Germany 

29 University of Hawaii, Honolulu USA 

30 University of Minnesota, Minneapolis USA 

31 University of Science and Technology of China, Hefei 

China 

32 University of Turin and INFN, Turin Italy 

33 University of Washington, Seattle USA


34 Wuhan University, Wuhan China 

35 Zhejiang University, Hangzhou China 

Spokesperson: Durante, M. 

BioMat 

36 Zhengzhou University, Zhengzhou China 

AMS-Project 8 , Bettega, D. 11 , Cirio, R. 5 , Durante, M. 12 , Kraft, G. 12 , Krasavin, E. 6 , Mewaldt, R. 1 , Miller, J. 7 , 

Narici, L. 13 , Okayasu, R. 9 , O'Sullivan, D. 4 , Picozza, P. 13 , Reitz, G. 3 , Ritter, S. 12 , Schardt, D. 12 , Scholz, M. 12 , 

Schuhmacher, H. 10 , Sihver, L. 2 , Valtonen, E. 14 

1 CALTECH, Space Radiation Laboratory (USA) 

2 Chalmers Univ. of Technology, Nuclear Science and 

Engineering (SWEDEN) 

3 DLR Köln (GERMANY) 

4 Dublin Institute for Advanced Studies (IRELAND) 

5 INFN Torino (ITALY) 

6 JINR Dubna (RUSSIA) 

7 LBL Berkeley (USA) 

Spokesperson: Berdermann, E. 

CARAT 

8 Massachusetts Institute of Technology (USA) 

9 NIRS Chiba (JAPAN) 

10 PTB Braunschweíg (GERMANY) 

11 University of Milano (ITALY) 

12 GSI-Darmstadt (GERMANY) 

13 Univ. of Rome (ITALY) 

14 Univ. of Turku (FINNLAND) 

Berdermann, E. 1 , Bergonzo, P. 11 , Connell, S. H. 19 , de Boer, W. 10 , Golser, R. 8 , Graafsma, H. 9 , Liechtenstein, V. 16 , 

Lohmann, W. 3 , Morse, J. 13 , Nebel, C. 15 , Nesladek, M. 12 , O'Shea, V. 7 , Petrovici, M. 6 , Pucci, A. 5 , Pullia, A. 14 , 

Schreck, M. 4 , Sellin, P. 17 , Stolz, A. 18 , Verona-Rinati, G. 2 


GmbH, Darmstadt, Germany 

2 INFN Sezione di Roma 2, Italy 

3 DESY-Zeuthen, Germany 

4 University of Augsburg, Germany 

5 University of Heidelberg, Germany 

6 IFIN-HH Bucharest, Romania 

7 University of Glasgow, UK 

8 VERA Laboratory Vienna, Austria 

9 Hasylab, Hamburg, Germany 

10 KIT Karlsruhe, Germany 

11 CEA/LIST Saclay, France 

12 Limburgs University Centre, Belgium 

13 ESRF Grenoble, France 

14 Università e Sezione INFN di Milano, Italy 

15 Fraunhofer Institut für Angewandte Festkörperforschung, 

Germany 

16 Kurchatov Institute, Moscow, Russia 

17 University of Surrey, UK 

18 MSU East-Lansing, USA 

19 University of the Witwatersrand, Johannesburg, 

South Afrika 

CBM 

Spokesperson: Senger, P. 

http://www.iop.org/EJ/article/0954-3899/35/10/109803/g8_10_109803.pdf?request-id=ecddcbd5-641a-4e52-9b84a41f9b059a12 

Department of Physics, Aligarh Muslim University India 

Department of Physics and Technology, University of 

Bergen Norway 

Institute of Physics India 

National Institute for Physics and Nuclear Engineering 

(NIPNE) Romania 

Atomic and Nuclear Physics Department, University of 

Bucharest Romania 

Eötvös University Hungary 

KFKI Research Institute for Particle and Nuclear Physics 

(KFKI-RMKI) Hungary 

Department of Physics, Panjab University India 

Laboratório de Instrumentacao e Física Experimental 

de Partículas (LIP) Portugal 

Gesellschaft für Schwerionenforschung (GSI) Germany 

Institut für Strahlenphysik, Forschungszentrum Dresden-Rossendorf 

(FZD) Germany 

Veksler and Baldin Laboratory of High Energies, Joint 

Institute for Nuclear Research (JINR-VBLHE): Russia 

Laboratory of Particle Physics, Joint Institute for Nuclear 

Research (JINR-LPP) Russia 

Laboratory of Information Technologies Joint Institute 

for Nuclear Research (JINR-LIT): Russia 

Institut für Kernphysik, Universität Frankfurt Germany 

Petersburg Nuclear Physics Institute (PNPI) Russia 

Department of Modern Physics, University of Science 

& Technology of China (USTC) China 

Kirchhoff-Institut für Physik, Universität Heidelberg 

(KIP) Germany 

Physikalisches Institut, Universität Heidelberg Germany 

559


560 

Zentrales Institut für Technische Informatik, Universität 

Heidelberg Germany 

Physics Department, University of Rajasthan India 

Department of Physics, University of Jammu India 

Institute of Nuclear Physics And Its Application, University 

of Silesia Poland 

Department of Physics and Meteorology, Indian Institute 

of Technology India 

High Energy Physics Division, Saha Institute of Nuclear 

Physics India 

Department of Physics and Department of Electronic 

Science, University of Calcutta India 

Variable Energy Cyclotron Centre (VECC) India 

"AGH University of Science 

and Technology Poland" 

Marian Smoluchowski Institute of Physics, Jagiellonian 

University Poland 

Department of Nuclear Physics, National Taras 

Shevchenko University of Kyiv Ukraine 

Institute for Nuclear Research (INR) Russia 

Alikhanov Institute for Theoretical and Experimental 

Physics (ITEP) Russia 

Lomonosov Moscow State University (SINP-MSU) 

Russia 

Kurchatov Institute Russia 

Moscow Engineering Physics Institute (MEPhI) Russia 

Spokesperson: A.Kelic-Heil 

Charms 

Institut für Kernphysik, Westfälische Wilhelms Universität 

Münster Germany 

University of Cyprus Cyprus 

Obninsk State Technical University for Nuclear Power 

Engineering Russia 

Czech Technical University (CTU) Czech Republic 

Institute for High Energy Physics (IHEP) Russia 

Pusan National University (PNU) Korea 

"Nuclear Physics Institute, Academy of Sciences of the 

Czech 

Republic Czech Republic" 

Department of Physics, Korea University Korea 

University of Split Croatia 

Department of Physics, University of Kashmir India 

V.G. Khlopin Radium Institute (KRI) Russia 

St. Petersburg State Polytechnic University (SPbSPU) 

Russia 

"(IPHC), IN2P3-CNRS and 

Univesit´e Louis Pasteur Strasbourg France" 

Department of Physics, Banaras Hindu University India 

Institute of Experimental Physics, Warsaw University 


Institute of Particle Physics, Hua-zhong Normal University 

China 

Rudjer Boskovic Institute Croatia 

Armbruster, P. 1 , Audouin, L. 3 , Bacquias A. 6 , Benlluire, J. 2 , Bernas, M. 3 , Botvina, A. 15 , Boudard, A. 4 , Casarejos, 

E. 2 , Danielewicz, P. 11 , Ducret, J.-E. 4 , Enqvist, T. 18 , Foehr, V. 1 , Heinz, A. 13 , Helariutta, K. 17 , Henzl, V. 12 , Henzlova, 

D. 12 , Ignatyuk, A. 14 , Junghans, A. 9 , Jurado, B. 6 , Karpov, A. 16 , Kelic-Heil, A. 1 , Kurtukian, T. 6 , Leray, S. 4 , Lukic, S. 

10 , Lunev, V. 14 , Nadtchoky, P. 14 , Napolitani, P. 7 , Pereira, J. 11 , Pleskac, E. 1 , Rejmund, F. 7 , Ricciardi, M.V. 1 , Schmidt, 

K.-H. 1 , Schmitt, C. 5 , Stephan, C. 3 , Taieb, L. 8 , Tassan-Got, L. 3 , Yordanov, O. 19 

1 GSI - Helmholtzzentrum für Schwerionenforschung 

mbH, Darmstadt, Germany 

2 University of Santiago de Compostela, Spain 

3 Institute de Physique Nuclaire, Orsay, France 

4 CEA Saclay,DAPNIA/SPhN, Bruyere le Chatel, 

France 

5 IPNL, Universite Lyon, Lyon, France 

6 CENBG, Bordeaus-Gradignan, France 

7 GANIL, Caen, France 

8 CEA Saclay, DEN/DM2S/SERMA/LENR, Bruyere 

le Chatel, France 

9 Forschungszentrum Rossendorf, Rossendorf, Germany 

10 Forschungszentrum Karlsruhe, Karlsruhe,, Germany 

Spokesperson: B. Rubio 

DESPEC 

11 NSCL, Michigan State University, East Lansing, 

USA 

12 LANL, Los Alamos, New Mexico, USA 

13 Yale University, Yale, USA 

14 IPPE, Obninsk, Russia 

15 INR RAS Moscow, Russia 

16 Joint Institut of Nuclear Research (JINR), Dubna, 

Russia 

17 University of Helsinki, Helsinki, Finland 

18 CUPP Project, Pysalmi, Finland 

19 Sofia University, Sofia, Bulgaria 

Aeystö, Juha 24 , Algora, Alejandro 1 , Angulo, Carmen 12 , Back, Tobjorn 10 , Batist, Leonid 16 , Bhattacharya, Chandana 

32 , Blank, Bertram 3 , Cata-Danil, Gheorghe 17 , Doncel, Maria 28 , Engert, Tobias 5 , Erduran, Nizamettin 8 , Faestermann, 

Thomas 19 , Gerl, Jürgen 5 , Górska, Magdalena 5 , Harissopulos, Sotirios 14 , Huyse, Mark 11 , Iordachescu, Alexandru 15 , 

Jan, Saren 9 , Johnson, Arne 29 , Jokinen, Ari 24 , Jolie, Jan 21 , Jungclaus, Andrea 4 , Kettunen, Heikki 24 , Kratz, Karl-


Ludwig 26 , Leino, Matti 24 , Maj, Adam 7 , Negret, Alexandru 15 , Nociforo, Chiara 5 , Nyberg, Johan 31 , Page, R. D. 25 , 

Penttillae, Heikki 24 , Pfützner, Marek 33 , Plaß, Wolfgang 23 , Regan, Patrick 30 , Reiter, Peter 21 , Rinto-Antila, Sami 20 , 

Rubio, Berta 6 , Rudolph, Dirk 13 , Sagrado Garcia, Inmaculada 28 , Sarkar, Maitreyee 18 , Scheidenberger, Christoph 5 , 

Scholey, Catherine 24 , Simpson, John 2 , Spohr, Klaus 27 , Uusitalo, Juha 24 , Walker, Philip 30 , Woods, Phil 22 , Zamfir, 

Victor 15 

1 ATOMKI Debrecen, Hungary 

2 CCLRC Daresbury, United Kingdom 

3 CENBG Bordeaux, France 

4 CSIC Madrid, Spain 



6 IFIC Valencia, Spain 

7 IFJ PAN Krakow, Poland 

8 Istanbul University, Turkey 

9 JYFL, Finland 

10 KTH Stockholm, Sweden 

11 KU Leuven, Belgium 

12 Louvain-la-Neuve, Belgium 

13 Lund University, Sweden 

14 NCSR Athens, Greece 

15 NIPNE Bucharest, Romania 

16 PNPI Gatchina, Russia 

Spokesperson: A. Yakushev 

E114 - Chemistry 

17 Politechnical University of Bucharest, Romania 

18 Saha Inst. Kolkata, India 

19 TU Munich, Germany 

20 Univ. Liverpool, United Kingdom 

21 University of Cologne, Germany 

22 University of Edinburgh, United Kingdom 

23 University of Giessen, Germany 

24 University of Jyväskylä, Finland 

25 University of Liverpool, United Kingdom 

26 University of Mainz, Germany 

27 University of Paisley, United Kingdom 

28 University of Salamanca, Spain 

29 University of Stockholm, Sweden 

30 University of Surrey, United Kingdom 

31 Uppsala University, Sweden 

32 VECC Kolkata, India 

33 Warsaw University, Poland 

Ackermann, D. 1 , Düllmann, C.E. 1 , Eberhardt, K. 3 , Even, J. 3 , Gates, J. 2 , Gorshkov, A, 2 , Graeger, R. 2 , Heßberger, 

F.P. 1 , Hild, D. 3 , Hübner, A. 1 , Jäger, E. 1 , K. Nishio 8 , Khuyagbaatar, J. 1 , Kindler, B. 1 , Kratz, J.V. 3 , Krier, J. 1 , Lahiri, 

S. 6 , Lommel, B. 1 , Nayak, D. 6 , Omtvedt, J.P. 5 , Pershina, V. 1 , Runke, J. 3 , Samadani, F. 5 , Schädel, M. 1 , Schausten, B. 

1 , Schimpf, E. 1 , Steiner, J. 1 , Thörle-Pospiech, P. 3 , Türler, A. 2 , Türler, A. 4 , Türler, A. 7 , Wiehl, N. 3 , Yakushev, A. 2 



2 Institut für Radiochemie, Technische Universität 

München, Garching, Germany 

3 Institut für Kernchemie, Johannes-Gutenberg Universität, 

Mainz, Germany 

Spokesperson: C.E.Düllmann 

E114 – Physics 

4 Labor für Radio- und Umweltchemie, PSI, Villigen, 

Switzerland 

5 University of Oslo, Oslo, Norway 

6 SAHA Institute Of Nuclear Physics, Kolkata, India 

7 Univ. Bern, Bern, Switzerland 

8 JAEA, Tokai-mura, Ibaraki, Japan 

Ackermann, D. 1 , Andersson, L.-L. 10 , Block, M. 1 , Brüchle, W. 1 , Düllmann, C.E. 1 , Dvorak, J. 6, 13 , Eberhardt, K. 3 , 

Ellison, P. 6, 13 , Essel, H. 1 , Even, J. 3 , Gates, J. 2 , Gorshkov, A, 2 , Graeger, R. 2 , Gregorich, K.E. 6 , Hartmann, W. 1 , 

Herzberg, R.-D. 10 , Heßberger, F.P. 1 , Hild, D. 3 , Hübner, A. 1 , Jäger, E. 1 , Khuyagbaatar, J. 1 , Kindler, B. 1 , Kratz, J.V. 3 , 

Krier, J. 1 , Kurz, N. 1 , Lahiri, S. 12 , Liebe, D. 3 , Lommel, B. 1 , Maiti, M. 12 , Nitsche, H. 6, 13 , Omtvedt, J.P. 7 , Parr, E. 10 , 

Pershina, V. 1 , Rudolph, D. 9 , Runke, J. 3 , Schädel, M. 1 , Schausten, B. 1 , Schimpf, E. 1 , Semchenkov, A. 8 , Steiner, J. 1 , 

Thörle-Pospiech, P. 3 , Türler, A. 2, 4, 14 , Uusitalo, J. 5 , Wegrzecki, M. 15 , Wiehl, N. 3 , Yakushev, A. 2 , Zhin, Q. 11 


mbH, Darmstadt,-Germany 


München, Garching,-Germany 


Mainz,-Germany 

4 Labor für Radio- und Umweltchemie, PSI, Villigen,- 


5 University of Jyväskylä, Jyväskylä,-Finland 

6 Nuclear Science Division, LBNL, Berkeley,-USA 

7 University of Oslo, Oslo,-Norway 

8 Nuclear Science Division, LBNL, Berkeley,-Norway 

9 University of Lund, Lund,-Sweden 

10 University of Liverpool, Liverpool,-United Kingdom 

11 Institute of Modern Physics, Lanzhou,-China 

12 SAHA Institute Of Nuclear Physics, Kolkata,-Indien 

13 University of California, Berkeley,-USA 

561


562 

14 Univ. Bern, Bern,-Switzerland 15 ITE, Warsaw,-Poland 

Spokesperson: Simon, H. 

ELISe 

Adachi, Tatsuya 18 , Aïche, Mourad 5 , Al-Khalili, Jim 34 , Alvarez Rodriguez, Raquel 8 , Amaro Soriano, Jose Enrique 

11 , Antonov, Anton N. 14 , Artukh, Anatoly 17 , Audouin, Laurent 15 , Aumann, Thomas 12 , Avdeichikov, Vladimir 19 , 

Barreau, Gérard 5 , Barton, Charles 35 , Belier, Gilbert 3 , Berthoumieux, Eric 4 , Bertulani, Carlos 24 , Boretzky, Konstanze 

12 , Borge, Maria José 8 , Caballero, Juan Antonio 33 , Catford, Wilton 34 , Chartier, Marielle 30 , Chatillon, Audrey 3 , 

Chulkov, Leonid 23 , Cullen, David 32 , Czajkowski, Serge 5 , Danilin, Boris 23 , Distler, Michael O. 31 , Dolinskii, Alexei 12 , 

Doré, Diane 4 , Dupont, Emmeric 4 , Egelhof, Peter 12 , Emling, Hans 12 , Enders, Joachim 25 , Ershov, Sergey N. 17 , 

Fernandez Ramirez, Cesar 8 , Fomichev, Andrey 17 , Fraile Prieto, Luis Mario 26 , Franzke, Bernhard 12 , Fujiwara, 

Mamoru 20 , Gaidarov, Mitko K. 14 , Garrido, Eduardo 8 , Geissel, Hans 12 , Golovkov, Mikhail 17 , Gorshkov, Alexandr 

Vladimirovich 17 , Granier, Thierry 3 , Grigorenko, Leonid 17 , Grishkin, Yuji 13 , Harakeh, Muhsin 18 , Heinz, Andreas 36 , 

Hencken, Kai 27 , Ivanov, Martin V. 14 , Jenkins, David 35 , Johansson, Håkan 6 , Johnson, Ron 34 , Jonson, Björn 6 , Jourdan, 

Juerg 27 , Junghans, Arnd 9 , Jurado, Beatriz 5 , Kadrev, Dimitre N. 14 , Kalantar-Nayestanaki, Nasser 18 , Kamerdzhiev, 

Sergey Pavlovich 16 , Karataglidis, Steven 21 , Kato, Seigo 37 , Kelic-Heil, Aleksandra 12 , Kester, Oliver 12 , Khan, Elias 15 , 

Klygin, Sergey 17 , Koop, Ivan A. 1 , Korsheninnikov, Alexei 23 , Krupko, Sergey 17 , Krusche, Bernd 27 , Kurz, Nikolaus 12 , 

Kuzmin, Eugenii 23 , Lallena Rojo, Antonio M. 11 , Lemmon, Roy 2 , Lenske, Horst 29 , Letourneau, Alain 4 , Lisin, Valery 

P. 13 , Litvinov, Yuri 12 , Litvinova, Elena V. 12 , Logatchov, Pavel V. 1 , Lopez Herraiz, Joaquin 26 , Merkel, Harald 31 , 

Meshkov, Igor Nikolaevitch 17 , Moya de Guera, Elvira 26 , Müller, Ulrich 31 , Münzenberg, Gottfried 12 , Mushkarenkov, 

Alexander Nikolaevich 13 , Nedorezov, Vladimir 13 , Nilsson, Thomas 6 , Nolden, Fritz 12 , Nyman, Goran 6 , Otboev, 

Aleksej V. 1 , Panebianco, Stefano 4 , Parkhomchuk, Vasily V. 1 , Pietralla, Norbert 25 , Polonski, Andrey Leonidovich 13 , 

Rauscher, Thommy 27 , Rejmund, Fanny 10 , Richter, Achim 25 , Ridikas, Danas 4 , Rodin, Alexander 17 , Rodriguez 

Vignote, Javier 12 , Rohe, Daniela 27 , Rudnev, Nikolay V. 13 , Sarriguren, Pedro 8 , Schmidt, Karl-Heinz 12 , Schmitt, 

Christelle 10 , Schrieder, Gerhard 25 , Seleznev, I.A. 17 , Sereda, Yuri 17 , Shatilov, Dmitry N. 1 , Shatunov, Yury M. 1 , 

Shiyankov, Sergej V. 1 , Sidorchuk, Sergey 17 , Simon, Haik 12 , Skrinsky, Alexandr N. 1 , Steck, Markus 12 , Stepantsov, 

Sergey 17 , Stevenson, Paul 34 , Suda, Toshimi 22 , Syresin, E.M. 17 , Taieb, Julien 3 , Tassan-Got, Laurent 15 , Ter-Akopian, 

Gurgen 17 , Teterev, Yuri 17 , Trautmann, Dirk 27 , Turinge, Andrey Arisovich 13 , Udias-Moinelo, Jose 7 , Volkov, Vasiliy 

A. 23 , Vorontsov, Andrey N. 17 , Weick, Helmut 12 , Woertche, Heinrich 18 , Zhukov, Mikhail 6 , Zilges, Andreas 28 

1 BINP Novosibirsk, Russia 


3 CEA Bruyeres-le-Chatel, France 

4 CEA Saclay/ IRFU, France 

5 CENBG, France 

6 Chalmers University of Technology, Sweden 

7 Complutense University of Madrid, Spain 


9 FZ Rossendorf, Germany 

10 GANIL, Caen, France 

11 Granada University, Spain 




14 INRNE BAS Sofia, Bulgaria 

15 IPN Orsay, France 

16 IPPE Obninsk, Russia 

17 JINR Dubna, Russia 

18 KVI Groningen, The Netherlands 

Spokesperson: Chartier, M. 

EXL 


20 RCNP Osaka, Japan 

21 Rhodes University Grahamstown, South Africa 

22 RIKEN, Japan 

23 RRC Kurchatov Institute Moscow, Russia 

24 Texas A&M University - Commerce, USA 

25 TU Darmstadt, Germany 

26 Universidad Complutense de Madrid, Spain 

27 University of Basel, Switzerland 





32 University of Manchester, United Kingdom 

33 University of Sevilla, Spain 


35 University of York, United Kingdom 

36 Yale University, USA 

37 Yamagata University, Japan 

Algora, Alejandro 1 , Al-Khalili, Jim 38 , Alkhasov, Georgij 20 , Alvarez Rodriguez, Raquel 7 , Artukh, Anatoly 14 , 

Aumann, Thomas 9 , Avdeichikov, Vladimir 17 , Beaumel, Didier 13 , Bhattacharya, Sudeb 23 , Blumenfeld, Yorick 13 , 

Böhmer, Michael 28 , Boretzky, Konstanze 9 , Bortignon, Pierfrancesco 11 , Bracco, Angela 36 , Catford, Wilton 38 , Chartier,


Marielle 34 , Chulkov, Leonid 22 , Coleman-Smith, Patrick 4 , Colo, Gianluca 11 , Creswell, John 34 , Csatlos, Margit 1 , Datta 

Pramanik, Ushasi 23 , Davinson, Tom 31 , Dolinskii, Alexei 9 , Dörner, Reinhard 32 , Egelhof, Peter 9 , Ekström, Curt 25 , 

Emling, Hans 9 , Enders, Joachim 27 , Eränen, Simo 24 , Eremin, Vladimir 12 , Faestermann, Thomas 28 , Feldmeier, Hans 9 , 

Fernandez Dominguez, Beatriz 34 , Fernandez Ramirez, Cesar 7 , Fomichev, Andrey 14 , Fraile Prieto, Luis Mario 29 , 

Franczak, Bernhard 9 , Freer, Martin 3 , Fujita, Yoshitaka 19 , Gacsi, Zoltan 1 , Garrido, Eduardo 7 , Geissel, Hans 9 , Gerl, 

Jürgen 9 , Gernhäuser, Roman 28 , Golovkov, Mikhail 14 , Golovtsov, Victor 20 , Golubev, Pavel 17 , Grisenti, Robert 32 , 

Grzonka, Dieter 8 , Gulyas, Janos 1 , Gusev, Yuri 20 , Harakeh, Muhsin 16 , Heil, Michael 9 , Hencken, Kai 30 , Hunyadi, 

Matyas 1 , Ilieva, Stoyanka 9 , Isaksson, Lennart 17 , Jakobsson, Bo 17 , Johnson, Eon 38 , Jonson, Björn 5 , Kailas, S. 2 , 

Kalantar-Nayestanaki, Nasser 16 , Kalliopuska, Juha 24 , Kanungo, Rituparna 26 , Khan, Elias 13 , Khanzadeev, Alexei 20 , 

Khusainov, Abdurachman 20 , Kienle, Paul 28 , Kisselev, Oleg 21 , Klygin, Sergey 14 , Kononenko, Genadiy 14 , 

Korsheninnikov, Alexei 22 , Kozhuharov, Christophor 9 , Krasznahorkay, Attila 1 , Kratz, Jens Volker 35 , Krings, Thomas 

8 , Kroell, Thorsten 27 , Krücken, Reiner 28 , Krupko, Sergey 14 , Krusche, Bernd 30 , Lazarus, Ian 4 , Le, Xuan Chung 9 , 

Lemmon, Roy 4 , Lepine-Szily, Alinka 37 , Leske, Jörg 27 , Letts, Simon 4 , Litvinov, Yuri 9 , Lopez Herraiz, Joaquin 29 , 

Mahjour-Shafiei, Masoud 39 , Maier, Ludwig 28 , Martinez-Perez, Cristina 7 , Moeini, Hussein 16 , Möller, Oliver 27 , 

Moreno, Oscar 7 , Moya de Guera, Elvira 29 , Murin, Yurij 15 , Mutterer, Manfred 9 , Neff, Thomas 9 , Nilsson, Thomas 5 , 

Nociforo, Chiara 9 , Nolden, Fritz 9 , Nyman, Goran 5 , Ogloblin, Aleksey 22 , Peschke, Claudius 9 , Peyre, Jean 13 , Pietralla, 

Norbert 27 , Plaß, Wolfgang 33 , Popescu, L.A. 16 , Popp, Ulrich 9 , Pouthas, Joel 13 , Prokofiev, Alexander 25 , Protic, Davor 

8 , Pucknell, Vic 4 , Pusttovoit, A. 20 , Rathmann, Frank 8 , Rauscher, Thommy 30 , Reich-Sprenger, Hartmut 9 , Reifarth, 

Rene 9 , Rigollet, Catherine 16 , Rodin, Alexander 14 , Rodriguez Vignote, Javier 9 , Rossi, Dominic 9 , Sarriguren, Pedro 7 , 

Savran, Deniz 27 , Scarpaci, Jean-Antoine 13 , Scheidenberger, Christoph 9 , Schrieder, Gerhard 27 , Seliverstov, Dmitri 20 , 

Sereda, Yuri 14 , Shevchik, E. 14 , Shrivastava, Aradhana 2 , Sidorchuk, Sergey 14 , Simon, Haik 9 , Skaza, Flore 13 , Steck, 

Markus 9 , Stevenson, Paul 38 , Stoehlker, Thomas 9 , Streicher, Brano 9 , Stroth, Joachim 32 , Sümmerer, Klaus 9 , Sun, 

Zhiyu 10 , Suzuki, Ken 28 , Teterev, Yuri 14 , Thielemann, Friedel 30 , Thornhill, Jim 34 , Thungstrom, Goran 18 , Tuboltsev, 

Yuri 12 , Typel, Stefan 9 , Udias-Moinelo, Jose 6 , Verbitskaya, Elena 12 , Von Schmid, Mirko 35 , Vorontsov, Andrey N. 14 , 

Weick, Helmut 9 , Westerberg, Lars 25 , Winkler, Martin 9 , Woertche, Heinrich 16 , Woods, Phil 31 , Xiao, Guoqing 10 , 

Zalite, Andrej 20 , Zerguerras, Thomas 13 


2 BARC Mumbai, India 

3 Birmingham University, United Kingdom 





8 FZ Jülich, Germany 



10 IMP Lanzhou, China 

11 INFN Milan, Italy 

12 Ioffe PTI St.Petersburg, Russia 



15 Khlopin Radium Institute St. Petersburg, Russia 



18 Mid Sweden University, Sweden 

19 Osaka University, Japan 

Spokesperson: E. Widmann 

The FLAIR Collaboration 


21 PSI Villigen, Switzerland 


23 SINP Kolkata, India 

24 Technical Research Center of Finland, Finland 

25 The Svedberg Laboratory, Sweden 

26 TRIUMF, Canada 






32 University of Frankfurt, Germany 




36 University of Milan, Italy 

37 University of Sao Paulo, Brasilia 


39 University of Tehran, Iran 

Andler, G. 39 , Bagge, L. 39 , Balashov, V.V. 37 , Barna, D. 18 , Bassalleck, B. 50 , Beier, T. 8 , Beyer, H. 8 , Blaum, K. 15 , 

Bloch, I. 15 , Block, M. 8 , Borneis, S. 8 , Bosch, F. 8 , Boucard, S. 7 , Bräuning-Demian, A. 8 , Bühler, P. 1 , Bureyeva, 

L.A. 34 , Burgdörfer, J. 2 , Cargnelli, M. 1 , Charlton, M. 43 , Corradini, M. 23 , Cozhuharov, C. 7 , Danared, H. 39 , Dax, A. 25 , 

Djekic, S. 15 , Dörner, R. 11 , Eikema, K.S.E. 40 , Engström. M. 39 , Franzke, B. 7 , Fujiwara, M. C. 3 , Gabrielse, G. 46 , 

George, S. 15 , Gillitzer, A. 13 , Gotta, D. 13 , Grzonka, D. 13 , Hagmann, S. 7 , Hayano, R.S. 25 , Herfurth, F. 7 , Hessels, E. 

A. 4 , Hogervorst, W. 40 , Holzscheiter, M.H. 50 , Hori, M. 25 , Horváth, B. 17 , Horvath, D. 18 , Indelicato, P. 7 , Ishikawa, T. 

25 , Jastrzebski, 29 , Juhasz, B. 1,17 , Källberg, A. 39 , Kanai, Y. 24 , Karshenboim, S. G. 31 , Kellerbauer, A. 7 , Kienle, P. 1 , 

563


564 

Kilian, K. 13 , Kingsberry, P. 50 , Kluge, H.-J. 7 , Knudsen, H. 5 , Kobets, A. 36 , Komaki, K.-I. 26 , Korotaev, Yu. 36 , 

Kostelecky, Alan 47 , Kühl, T. 7 , Kuroda, N. 24 , Labzowsky, L.N. 32 , Le Bigot, É.-O. 7 , Leali, M 23 , Lemell, C. 2 , Liesen, 

D. 7 , Liljeby, L. 39 , Lindroth, E. 38 , Lodi Rizzini, E. 23 , Löfgren, P. 39 , Maggiore, C. 48 , Mann, R. 7 , Marton, H. 1 , 

McCollough, R. 44 , Meshkov, I. 36 , Minaev, S. 35 , Mohri, A. 24 , Mokler, P. 7 , Møller, S. P. 6 , Müller, A. 12 , Myers, E.G. 

45 , Nagata, Y. 24 , Nefiodov, A.V. 33 , Nolden, F. 7 , Noordam, C. 41 , Nörtershäuser, W. 15 , Oelert, W. 13 , Orth, H. 7 , Paál, 

A. 39 , Pachucki, K. 30 , Plunien, G. 9 , Quint, W. 7 , Ratzinger, U. 10 , Ray, A. 20 , Rensfelt, K.-G. 39 , Ritman, J. 13 , Saenz, A. 

16 , Saito, H. 24 , Schempp, A. 10 , Schuch, R. 38 , Schuessler, Hans A. 49 , Segal, D.M. 42 , Seleznev, I. 36 , Shabaev, V.M. 32 , 

Shibata, M. 24 , Sidorin, A. 36 , Simonsson, A. 39 , Skeppstedt, Ö. 39 , Smirnov, A. 36 , Soff, G. 9 , Stahl, S. 15 , Steck, M. 7 , 

Stöhlker, T. 7 , Syresin, E. 36 , Takacs, E. 19 , Takács, E. 17 , Takési, K. 17 , Testera, G. 22 , Thompson, R.C. 42 , Tino, G. M. 21 , 

Tomaselli, M. 7 , Torii, H.A. 26 , Trubnikov, G. 36 , Trzcinska, A. 29 , Ubachs, W. 40 , Uggerhoj, U.I. 5 , Venturelli, L. 23 , 

Verdu, J. 15 , Vogel, M. 15 , Wada, M. 24 , Walz, J. 15 , Weber, C. 15 , Werth, G. 15 , Widmann, E. 1 , Wolf, A. 14 , Wycech, S. 

28 , Yakovenko, S. 36 , Yamazaki, Y. 27 , Yoshida, S. 2 , Zmeskal, H. 1 , Zurlo, N. 23 

1 Stefan Meyer Institut für subatomare Physik, Österreichische 

Akademie der Wissenschaften, 

Wien (Austria) 

2 Institute for Theoretical Physics, Vienna University 

of Technology (Austria) 

3 TRIUMF National Laboratory, Vancouver (Canada) 

4 Department of Physics and Astronomy, York University, 

Toronto (Canada) 

5 Department of Physics and Astronomy, Aarhus 

University (Denmark) 

6 Institute for Storage Ring Facilities, Aarhus University 

(Denmark) 

7 École Normale Supérieure et Université P. et M. 

Curie, Laboratoire Kastler-Brossel, Paris (France) 

8 GSI Darmstadt (Germany) 

9 Institut für theoretische Physik, Technische Universität 

Dresden (Germany) 

10 Institut für Angewandte Physik, Universität 

Frankfurt (Germany) 

11 Institut für Kernphysik, Universität Frankfurt 

(Germany) 

12 Institut für Kernphysik, Universität Giessen () 

13 Forschungszentrum Jülich GmbH, FZJ (Germany) 

14 Max-Planck Institut für Kernphysik, Heidelberg 

(Germany) 

15 Johannes-Gutenberg-Universität Mainz, Institut 

für Physik (Germany) 

16 Institut für Physik, Humboldt-Universität zu Berlin 

(Germany) 

17 Institute of Nuclear Research of the Hungarian 

Academy of Sciences (ATOMKI), Debrecen 

(Hungary) 

18 KFKI Research Inst. for Particle and Nuclear 

Physics, Budapest (Hungary) 

19 Department of Experimental Physics, University 

of Debrecen (Hungary) 

20 Variable Energy Cyclotron Center, Kolkata (India) 

21 Dipartimento di Fisica, Laboratorio LENS, INFN, 

Universita’ degli Studi di Firenze (Italy) 

22 Istituto Nazionale di Fisica Nucleare, INFN 

Genova (Italy) 

23 Dipartimento di Chimica e Fisica per l'Ingegneria 

e per i Materiali-Universita' di Brescia & INFN- 

Gruppo Collegato di Brescia (Italy)" 

24 RIKEN, Wako, Atomic Physics Laboratory (Japan) 

25 University of Tokyo, Department of Physics (Japan) 

26 University of Tokyo, Institute of Physics (Japan) 

27 Institute of Physics, University of Tokyo, and 

Atomic Physics Laboratory, RIKEN, Wako (Japan) 



29 Warsaw University, Heavy Ion Laboratory (Poland) 

30 Warsaw University, Institute of Theoretical Physics 


31 D.I. Mendeleev Institute for Metrology (VNIIM), 

St. Petersburg (Russia) 

32 Department of Physics, St. Petersburg State University 

(Russia) 

33 St. Petersburg Nuclear Physics Institute (Russia) 

34 Institute of Spectroscopy of the RAS, Troitsk 

(Russia) 

35 Institute for Experimental and Theoretical Physics, 

Moskva (Russia) 

36 JINR Dubna (Russia) 

37 Institute of Nuclear Physics, Moscow State University 

(Russia) 

38 Stockholm Universitet, Department of Atomic 

Physics (Sweden) 

39 Manne Siegbahn Laboratory (MSL), Stockholm 

(Sweden) 

40 Laser Centre Vrije Universiteit, LCVU, Amsterdam, 

Department of Physics and Astronomy (The 

Netherlands) 

41 FOM Institute for Atomic and Molecular Physics, 

Amsterdam (The Netherlands) 

42 Imperial College, London, Dept. of Physics, 

Blackett Lab. (United Kingdom) 

43 University of Wales Swansea, Department of 

Physics (United Kingdom) 

44 Queen's University, Belfast (United Kingdom) 

45 Florida State University, Tallahassee, Department 

of Physics (USA)


46 Department of Physics, Harvard University, 

Cambridge, Massachusetts (USA) 

47 Indiana University, Bloomington, Indiana (USA) 

48 Pbar Labs, LLC Santa Fe, New Mexiko (USA) 

Spokesperson: Herrmann, N. 

FOPI 

49 Department of Physics, Texas A&M University, 

College Station, Texas (USA) 

50 University of New Mexico, Albuquerque (USA) 

Basrak, Z. 1 , Bastid, N. 2 , Fabbietti, L. 3 , Fodor, Z. 4 , Herrmann, N. 5 , Hong, B. 6 , Kotte, R. 7 , Matulewicz, T. 8 , 

Petrovici, M. 9 , Rami, F. 10 , Wiedmann, E. 11 , Yushmanov, I. 12 , Zhilin, A. 13 

1 Institute for Theoretical and Experimental Physics, 

ITEP, Moscow, Russia 

2 Warsaw University,Institut of Experimental Physics, 

Nuclear Physics Division, Poland 

3 RBI Zagreb,, Kroatia 

4 Korea University, Seoul, Department of Physics, Korea 

5 NIPNE National Institute for Physics and Nuclear 

Engineering, NIPNE, Bucharest, Romania 

6 Institut de Recherches Subatomiques, IRes, Strasbourg, 

France 

7 Stefan-Meyer-Institut für subatomare Physik, Austria 

Spokesperson: Salabura, P. 

HADES 

8 Forschungszentrum Dresden-Rossendorf, Institut für 

Kern- und Hadronenphysik, Germany 

9 Technische Universität München, Physik-Department 

E12, Germany 

10 Laboratoire de Physique Corpusculaire, LPC, Clermont-Ferrand, 

France 

11 Russian Resarch Center "Kurchatov Instiute", Moscow, 

Russia 

12 Ruprecht-Karls-Universität Heidelberg, I. Physikalisches 

Institut, Germany 

13 KFKI Research Instiute for Particle and Nuclear 

Physics, Budapest, Hungary 

Agakishiev, G. 8 , Alves, R. 2 , Balanda, A. 3 , Bassini, R. 9 , Bellia, G. 1 , Belver, D. 16 , Belyaev, A.V. 6 , Blanco, A. 2 , 

Böhmer, M. 12 , Boiano, C. 9 , Boyard, J. L. 14 , Braun-Munzinger, P. 4 , Cabanelas, P. 16 , Capela, C. 2 , Carolino, N. 2 , 

Castro, E. 16 , Cavinato, M. 9 , Chernenko, S. 6 , Christ, T. 12 , Destefanis, M. 8 , Díaz, J. 17 , Dohrmann, F. 5 , Dybczak, A. 3 , 

Eberl, T. 12 , Enghardt, W. 5 , Fateev, O.V. 6 , Ferreira-Marques, R. 2 , Finocchiaro, P. 1 , Fonte, P. 2 , Friese, J. 12 , Fröhlich, 

I. 7 , Galatyuk, T. 4 , Garzón, J. A. 16 , Gernhäuser, R. 12 , Gil, A. 17 , Gilardi, C. 8 , Golubeva, M. 10 , González-Díaz, D. 4 , 

Grosse, E. 5 , Guber, F. 10 , Heidel, K. 5 , Heilmann, M. 7 , Heinz, T. 4 , Hennino, T. 14 , Holzmann, R. 4 , Hutsch, J. 5 , 

Ierusalimov, A.P. 6 , Iori, I. 9 , Ivashkin, A. 10 , Jurkovic, M. 12 , Kajetanowicz, M. 3 , Kämpfer, B. 5 , Karavicheva, T. 10 , 

Kirschner, D. 8 , Koenig, I. 4 , Koenig, W. 4 , Kolb, B. W. 4 , Kotte, R. 5 , Kozuch, A. 3 , Krizek, F. 15 , Krücken, R. 12 , 

Kugler, A. 15 , Kühn, W. 8 , Kurepin, A. 10 , Lang, S. 4 , Lange, J. S. 8 , Lapidus, K. 10 , Lopes, L. 2 , Lorenz, M. 7 , Maier, L. 

12 , Mangiarotti, A. 2 , Markert, J. 7 , Metag, V. 8 , Michalska, B. 3 , Michel, J. 7 , Morinière, E. 14 , Mousa, J. 13 , Müntz, C. 7 , 

Naumann, L. 5 , Neves, C. 2 , Novotny, R. 8 , Otwinowski, J. 3 , Pachmayer, Y. C. 7 , Palka, M. 4 , Parpottas, Y. 13 , 

Pechenov, V. 8 , Pechenova, O. 8 , Pereira, A. 2 , Pérez Cavalcanti, T. 8 , Pietraszko, J. 4 , Przygoda, W. 3 , Rabin, N. 11 , 

Ramstein, B. 14 , Razin, S.V. 6 , Reshetin, A. 10 , Riboldi, S. 9 , Rosier, P. 14 , Rustamov, A. 4 , Sadovsky, A. 10 , Sailer, B. 12 , 

Salabura, P. 3 , Schmah, A. 4 , Schwab, E. 4 , Silva, J. 2 , Smolyankin, V. 11 , Sobiella, M. 5 , Sobolev, Yu.G. 15 , Solovieva, 

T. 10 , Sousa, C. 2 , Spataro, S. 8 , Spruck, B. 8 , Ströbele, H. 7 , Stroth, J. 7 , Sturm, C. 7 , Sudol, M. 4 , Tarantola, A. 7 , Teilab, 

K. 7 , Tiflov, V. 10 , Tlusty, P. 15 , Traxler, M. 4 , Trebacz, R. 3 , Troyan, A.Yu. 6 , Tsertos, H. 13 , Usenko, E. 10 , Veretenkin, I. 

10 , Vieira, M. 2 , Visotski, S. 11 , Wagner, V. 15 , Weber, M. 12 , Wisniowski, M. 3 , Wüstenfeld, J. 5 , Yurevich, S. 4 , 

Zanevsky, Y.V. 6 , Zhou, P. 5 , Zumbruch, P. 4 

1 Istituto Nazionale di Fisica Nucleare - Laboratori Nazionali 

del Sud, Catania (Italy) 

2 LIP-Laboratório de Instrumentação e Física Experimental 

de Partículas, Coimbra (Portugal) 

3 Smoluchowski Institute of Physics, Jagiellonian University 

of Cracow, Cracow (Poland) 



5 Institut für Strahlenphysik, Forschungszentrum Dresden-Rossendorf, 

Dresden (Germany) 

6 Joint Institute of Nuclear Research, Dubna (Russia) 

7 Institut für Kernphysik, Goethe-Universität, Frankfurt 

(Germany) 

8 II.Physikalisches Institut, Justus Liebig Universität 

Giessen, Giessen (Germany) 

9 Istituto Nazionale di Fisica Nucleare, Sezione di Milano, 

Milano (Italy) 

10 Institute for Nuclear Research, Russian Academy of 

Science, Moscow (Russia) 

11 Institute of Theoretical and Experimental Physics, 

Moscow (Russia) 

12 Physik Department E12, Technische Universität 

München, Garching (Germany) 

565


566 

13 Department of Physics, University of Cyprus, Nicosia 

(Cyprus) 

14 Institut de Physique Nucléaire (UMR 8608), 

CNRS/IN2P3 - Université Paris Sud, Orsay Cedex 

(France) 

15 Nuclear Physics Institute, Academy of Sciences of 

Czech Republic, Rez (Czech Republic) 

Spokesperson: D.H.H. Hoffmann 

The HEDgeHOB Collaboration 

16 Departamento de Física de Partículas, Univ. de Santiago 

de Compostela, Santiago de Compostela (Spain) 

17 Instituto de Física Corpuscular, Universidad de Valencia-CSIC, 

Valencia (Spain) 

Adamyan, V.M. 28 , Audebert, P. 17 , Baimetov, F. 1 , Batani, D. 42 , Cowan, T. 43 , Davidson, R.C. 30 , Faenov, A.Ya. 26 , 

Fernandez, J. 21 , Fortov, V. 8 , Gauthier, J.-C. 40 , Gericke, D.O. 45 , Glenzer, S. 19 , Habs, D. 23 , Hoffmann, D.H.H. 7,33 , 

Jacoby, J. 13 , Jungwirth, K. 29 , Kalal, M. 3 , Kim, Ch. J. 15 , Kong, H.J. 14 , Koresheva, E. 20 , Li, R. 9 , Logan, G. 18 , Maron, 

Y. 44 , Maynard, G. 22 , Mehlhorn, T. 32 , Meyer-ter-Vehn, J. 24 , Mintsev, V. 12 , Ogawa, M. 35 , Piriz, A.R. 36 , Redmer, R. 39 , 

Rosmej, F. B. 41 , Sauerbrey, R. 6 , Schlanges, M. 4 , Schmidt, R. 5 , Sharkov, B. 10 , Smirnov, V.P. 27 , Son, E. 25 , Suk, H. 16 , 

Tkachenko, .M. 37 , Ulrich, A. 34 , Vatulin, V. 11 , Zepf, M. 31 , Zhernokletov, M. 2 , Zwicknagel, G. 38 

1 Al-Farabi Kazakh National University (KNU). 

Almaty (Kazakhstan) 

2 All-Russian Institute of Experimental Physics 

(VNIIEF), Sarov (Russia) 

3 Czech Technical University (CTU), Prague (Czech 

Republic) 

4 Ernst Moritz Arndt Universität Greifswald (Germany) 

5 European Organization for Nuclear Research 

(CERN) (Switzerland) 

6 Friedrich-Schiller-Universität Jena (Germany) 

7 GSI, Plasmaphysik (Germany) 

8 Institute for High Energy Densities of RAS 

(IHED), Moscow (Russia) 

9 Institute for Optics and Fine Mechanics CAS 

(IOFM), Shanghai (China) 

10 Institute for Theoretical and Experimental Physics 

(ITEP), Moscow (Russia) 

11 Institute for Theoretical and Mathematical Physics 

(ITMP), Sarov (Russia) 

12 Institute of Problems of Chemical Physics RAS 

(IPCP), Chernogolovka (Russia) 

13 Johann-Wolfgangn-Goethe Universität, Frankfurt 

(Germany) 

14 Korea Advanced Institute of Science and Technology 

(KAIST), Daejeon (S. Korea) 

15 Korea Atomic Energy Research Institute 

(KAERI), Daejeon (S. Korea) 

16 Korea Electrotechnology Research Institute 

(KERI), Changwon (S. Korea) 

17 Laboratorie pour lUtilisation des Lasers Intenses 

(LULI), Palaiseau (France) 

18 Lawrence Berkeley National Laboratory (LBNL), 

Berkeley (USA) 

19 Lawrence Livermore National Laboratory 

(LLNL), Livermore (USA) 

20 Lebedev Physical Institute RAS (LPI), Moscow 

(Russia) 

21 Los Alamos National Laboratory (LANL), Los 

Alamos (USA) 

22 LPGP, CNRS-UMR8578, Universite Paris XI 

(LPGP), Paris (France) 

23 Ludwig-Maximilians-Universität München 

(Germany) 

24 Max-Planck-Institut für Quantenoptik, Garching 

(Germany) 

25 Moscow Institute of Physics and Technology 

(MIPT), Moscow (Russia) 

26 Multi-charged Ion Spectra Data Center (MISDC) 

of VNIIFTRI, Mendeleevo (Russia) 

27 NFI, Russian Research Center “Kurchatov Institute” 

(NFI), Moscow (Russia) 

28 Odessa National University (ONU), Odessa 

(Ukraine) 

29 PALS Research Center, IP (PALS), Prague 

(Czech. Republik) 

30 Princeton University (PU), Princeton (USA) 

31 Queens University of Belfast (QUB) (UK) 

32 Sandia National Laboratories (SNL), Albuquerque 

(USA) 

33 Technische Universität Darmstadt (Germany) 


35 Tokyo Institute of Technology (TIT), Tokyo (Japan) 

36 Universidad de Castilla La Mancha (UCLM), 

Ciudad Real (Spain) 

37 Universidad Politecnica de Valencia (UPV), Valencia 

(Spain) 

38 Universität Erlangen (Germany) 

39 Universität Rostock (Germany) 

40 Universite de Bordeaux (UB), Talence (France) 

41 Universite de Provence (UP), Marseille (France) 

42 University of Milano (UM) (Italy) 

43 University of Nevada (UNR), Reno (USA) 

44 Weizmann Institute of Sciences (WIS), Rehovot 

(Israel) 

45 Centre for Fusion, Space and Astrophysics, University 

of Warwick, Coventry (UK)


Spokesperson: Zs. Podolyak 

HISPEC 

Ackermann, Dieter 8 , Aeystö, Juha 43 , Algora, Alejandro 2 , Al-Khalili, Jim 53 , Angulo, Carmen 21 , Atac, Ayse 1 , Back, 

Tobjorn 18 , Balabanski, Dimiter 13 , Batist, Leonid 27 , Baur, Gerhard 7 , Bednarczyk, Piotre 8 , Benlliure, Jose 50 , Bentley, 

Mike 54 , Bhattacharya, Chandana 56 , Borge, Maria José 6 , Borzov, Ivan 14 , Boston, Andrew 45 , Bucurescu, Dorel 24 , 

Cata-Danil, Gheorghe 28 , Cederwall, Bo 18 , Chapman, Robert 48 , Crespo, Raquel 44 , Cullen, David 46 , Dewald, Alfred 38 , 

Dombradi, Zsolt 2 , Doncel, Maria 49 , Dracoulis, George 3 , Dudek, Jerzy 15 , Engert, Tobias 8 , Erduran, Nizamettin 16 , 

Espino, Jose 51 , Fahlander, Claes 22 , Feldmeier, Hans 8 , Fujita, Yoshitaka 26 , Gerl, Jürgen 8 , Gloeckle, Walter 30 , Gomez, 

Joaquin 51 , Górska, Magdalena 8 , Grebosz, Jerzy 11 , Greenlees, Paul 43 , Harissopulos, Sotirios 23 , Hass, Michael 33 , 

Hencken, Kai 35 , Huyse, Mark 19 , Jan, Saren 17 , Jenkins, David 54 , Johnson, Arne 52 , Jolie, Jan 38 , Julin, Rauno 43 , 

Jungclaus, Andrea 6 , Korten, Wolfram 5 , Kownacki, Jan 57 , Krasznahorkay, Attila 2 , Kreiner, Andres 32 , Labiche, Marc 4 , 

Leino, Matti 43 , Lemmon, Roy 4 , Lenske, Horst 41 , Mach, Henryk 55 , Maj, Adam 11 , Mandal, Samit 39 , Martel, Ismael 42 , 

Meczinski, Witold 11 , Muralithar, Sivaramakrishnan 25 , Negret, Alexandru 24 , Neyens, Gerda 19 , Nociforo, Chiara 8 , 

Nolan, Paul 45 , Novikov, Yuri 27 , Novikov, Yuri 27 , Nyberg, Johan 55 , Paul, Eddie 45 , Petrick, Martin 41 , Petrovici, 

Alexandrina 24 , Podolyak, Zsolt 53 , Redondo, Daniel Galaviz 44 , Regan, Patrick 53 , Reiter, Peter 38 , Rinto-Antila, Sami 34 , 

Rubio, Berta 10 , Rudolph, Dirk 22 , Sagrado Garcia, Inmaculada 49 , Saito, Nami 8 , Saito, Takehiko 8 , Sarkar, Maitreyee 31 , 

Scheidenberger, Christoph 8 , Scheit, Heiko 29 , Simpson, John 4 , Smith, Andrew 46 , Sohler, D. 2 , Speidel, Karl-Heinz 37 , 

Spohr, Klaus 48 , Styczen, Jan 11 , Suresh Kumar, Suresh 12 , Tengblad, Olof 6 , Vaagen, Jan 36 , Van Duppen, Piet 19 , 

Varley, Brian 46 , Vitturi, A. 47 , Von Oertzen, Wolfram 9 , Wadsworth, Bob 54 , Walker, Philip 53 , Woertche, Heinrich 20 , 

Woods, Phil 40 , Zamfir, Victor 24 

1 Ankara University, Turkey 


3 Australian National University, Australia 


5 CEA Saclay, France 


7 FZ Jülich, Germany 



9 HMI Berlin, Germany 



12 Indian Insitute of technology Roorkee, India 

13 INRNE BAS Sofia, Bulgaria 


15 IreS Strasbourg, France 

16 Istanbul University, Turkey 

17 JYFL, Finland 


19 KU Leuven, Belgium 


21 Louvain-la-Neuve, Belgium 


23 NCSR Athens, Greece 


25 NSC New Delhi, India 



28 Politechnical University of Bucharest, Romania 

The HITRAP Collaboration 


30 Ruhr-University of Bochum, Germany 

31 Saha Inst. Kolkata, India 

32 TANDAR, Argentina 

33 The Weizmann Institute of Science Rehovot, Israel 

34 Univ. Liverpool, United Kingdom 


36 University of Bergen, Norway 

37 University of Bonn, Germany 


39 University of Delhi, India 



42 University of Huelva, Spain 


44 University of Lisboa, Portugal 



47 University of Padova, Italy 


49 University of Salamanca, Spain 


51 University of Sevilla, Spain 

52 University of Stockholm, Sweden 





57 Warsaw University, Poland 

Blaum, K. 7 , Burgdörfer, J. 4 , Fischer, A. 3 , Grandin, J.-P. 6 , Gross, J. 3 , Hoekstra, R. 9 , Jungmann, K. 9 , Lindroth, E 5 , 

Madzunkuv, S. 5 , Morgenstern, R. 9 , Schuch, R. 5 , Simon, A 8 , Thompson, R. 10 , Ullrich, J. 7 , Warczak, A. 8 , Werth, G. 1 , 

Wilschut, H. A. 9 , Wolf, A. 7 , Zschornak, G. 2 

567


568 

1 Johannes-Gutenberg-Universität Mainz (Germany) 

2 TU Dresden (Germany) 

3 Hochschule Darmstadt (Germany) 

4 TU Wien, Institute for Theoretical Physics (Austria) 

5 Stockholm Universitet, Department of Atomic 

Physics (Sweden) 

6 GANIL, Caen, Recoil Ion Momentum Spectroscopy 

(France) 

hotQCD 


(Germany) 

8 Jagellonian University Krakow, Institute of Physics, 

IFUJ (Poland) 

9 Kernfysich Versneller Instituut, KVI, Rijksuniversiteit 

Groningen, Ion-Surface Interaction, (The 

Netherlands) 

10 Imperial College, London (United Kingdom) 

Bazazov, A. 1 , Bhattacharya, T. 2 , Cheng, M. 3 , Christ, N.H. 4 , DeTar, C. 5 , Ejiri, S. 8 , Gottlieb, S. 6 , Gupta, R. 2 , 

Heller, U.M. 7 , Huebner, K. 8 , Jung, C. 8 , Karsch, F. 8,9 , Laermann, E. 9 , Lvkova, L. 5 , Miao, C. 8 , Mavhinney, R.D. 4 , 

Petreczky, P. 8,1 , Schmidt, C. 9 , Soltz, R.A. 3 , Soeldner, W. 11 , Sugar, R. 12 , Toussaint, D. 1 , Vranas, P. 3 

1 Physics Department, University of Arizona, Tucson, 

Arizona 85721, USA, USA 

2 Theoretical Division, Los Alamos National Laboratory, 

Los Alamos, New Mexico 87545, USA, USA 

3 Physics Division, Lawrence Livermore National 

Laboratory, Livermore California 94550, USA, USA 

4 Physics Department, Columbia University, New 

York, New York 10027, USA, USA 

5 Physics Department, University of Utah, Salt Lake 

City, Utah 84112, USA, USA 

6 Physics Department, Indiana University, Bloomington, 

Indiana 47405, USA, USA 

7 American Physical Society, One Research Road, 

Ridge, New York 11961, USA, USA 

Spokesperson: P. Walker 

The ILIMA Collaboration 

8 Physics Department, Brookhaven National Laboratory, 

Upton, New York 11973, USA, USA 

9 Fakultät für Physik, Universität Bielefeld, D-33615 

Bielefeld, Germany, Germany 

10 RIKEN-BNL Research Center, Brookhaven National 

Laboratory, Upton, New York 11973, USA, 

USA 

11 ExtreMe Matter Institute EMMI, GSI Helmholtzzentrum 

für Schwerionenforschung, Planckstr. 1, D- 

64291 Darmstadt, Germany, Germany 

12 Physics Department, University of California, Santa 

Barbara, California 93106, USA, USA 

Audi, G. 4 , Badura, E. 7 , Blaum, K. 5 , Bosch, F. 7 , Boutin, D. 7 , Bürvenich, T.J. 6 , Chen, L. 7 , Cullen, D. 18 , Di, Z. 9 , 

Dickel, T. 9 , Dolinskii, A. 7 , Egelhof, P. 7 , Faestermann, T. 8 , Festermann T. 8 , Franczak, B. 7 , Franzke, B. 7 , Geissel, H. 

7 , Gusev, Y. 16 , Hausmann, M. 20 , Herfurth, F. 7 , Hoffmann, J. 7 , Janas, Z. 15 , Kienle, P. 8 , Kluge, H.-J. 7 , Knöbel, R. 9 , 

Kozhuharov, C. 7 , Kratz, K.-L. 5 , Krücken, R. 8 , Kurz, N. 7 , Lalazissis, G. 10 , Litvinov, S. 7 , Litvinov, Y. 7 , Lunney, D. 4 , 

Madland, D.G. 19 , Maier, L. 8 , Mao, R. 2 , Matos, M. 20 , Montes Contretas, F.A. 7 , Münzenberg, G. 7 , Nesmiyan, I. 7 , 

Nickel, F. 7 , Nolden, F. 7 , Novikov, Y. 16 , Novikov, Y. 16 , Ohtsubo, T. 11 , Ott, W. 7 , Ozawa, A. 12 , Patyk, Z. 14 , Petrick, 

M. 9 , Pfeiffer, B. 5 , Pfützner, M. 15 , Plaß, W. 9 , Podolyak, Z. 17 , Quint, W. 7 , Ring, P. 8 , Schatz, H. 20 , Scheidenberger, C. 

7 , Seliverstov, D. 16 , Simon, H. 7 , Steck, M. 7 , Sümmerer, K. 7 , Sun, B. 7 , Sun, Z. 2 , Takahashi, K. 1 , Typel, S. 7 , 

Vorobjev, G. 16 , Vretenar, D. 3 , Walker, P. 17 , Weick, H. 7 , Winkler, M. 7 , Xiao, G. 2 , Yamaguchi, T. 13 , Zhong, L. 17 

1 Universite Libre de Bruxelles (Belgium) 

2 Institute of Modern Physics, IMP, Lanzhou 

(China) 

3 University of Zagreb (Croatia) 

4 Centre de Spectrométrie Nucléaire et de Spectrométrie 

de Masse (CSNSM), Orsay (France) 

5 Johannes-Gutenberg-Universität Mainz (Germany) 

6 Goethe-Universität, Frankfurt (Germany) 




9 Universität Giessen (Germany) 

10 Aristotle University of Thessaloniki (Greece) 

11 Niigata University (Japan) 

12 RIKEN (Japan) 

13 Saitama University (Japan) 



15 Warsaw University (Poland) 

16 Petersburg Nuclear Physics Institute (PNPI) 

Gatchina (Russia) 

17 University of Surrey (United Kingdom) 

18 University of Manchester (United Kingdom) 

19 Los Alamos National Laboratory (USA) 

20 NSCL Michigan State University (USA)


Spokesperson: K. Blaum 

The ISOLTRAP Collaboration 

Audi, G. 1 , Beck, D 2 , Blaum, K. 3 , Böhm, C. 4 , Bollen, G. 8 , Borgmann, C. 3 , Breitenfeldt, M. 5 , Fink, D. 4 , George, S. 

3 , Herfurth, F. 2 , Herlert, A. 7 , Kellerbauer, A. 3 , Kluge, H.-J. 2 , Kluge, H.-J. 3 , Kowalska, M. 7 , Kreim, S. 3 , Lunney, D. 

1 , Minaya-Ramirez, E. 1 , Naimi, S. 1 , Neidherr, D. 4 , Rosenbusch, M. 5 , Schwarz, S. 8 , Schweikhard, L. 5 , Warring, U. 3 , 

Zuber, K. 6 


de Masse (CSNSM), Orsay (France) 




(Germany) 

4 Institute of Physics, Johannes Gutenberg Universität 

Mainz (Germany) 

Spokesperson: Zmeskal, H.; Voss, B. 

http://www.oeaw.ac.at/smi/jointgem 

JointGEM 

5 University of Greifswald, Institute of Physics, 

Greifswald (Germany) 

6 TU Dresden, Institute of Nuclear and Particle 

Physics (Germany) 

7 CERN, Geneva (Switzerland) 

8 NSCL at Michigan State University, East Lansing, 

Michigan (USA) 

Annand, J. 8 ; Bencivenni, B. 3 ; Bragadireanu, M. 7 ; Chattopadhyay, S. 9 ; Garcia, F. 6 ; Ketzer, B. 5 ; Nikulin, V. 10 ; Ranieri, 

A. 2 ; Voss, B. 4 , Zmeskal, H. 1 

1 Österreichische Akademie der Wissenschaften - SMI 

Vienna 

2 Istituto Nazionale di Fisica Nucleare - Sezione di Bari 

3 Istituto Nazionale di Fisica Nucleare - Laboratori Nazionali 

di Frascati 


GmbH, Darmstadt 

The LASPEC Collaboration 

Spokesperson: Blaum, K.; Nörtershäuser, W. 

5 Technische Universität München 

6 Helsingin yliopisto 

7 Institutul National de Cercetare 

8 University of Glasgow 

9 Variable Energy Cyclotron Center 

10 Petersburg Nuclear Physics Institute, Gatchina 

Äystö, J. 2 , Billowes, J. 10 , Blaum, K. 16 , Bushaw, B.A. 14 , Campbell, P. 10 , Crespo López-Urrutia, J.R. 8 , Dax, A. 15 , 

Flanagan3, K. 3 , Geppert, C. 4,5 , Habs, D. 7 , Huber, G. 6 , Huyse, M. 1 , Jokinen, A. 2 , Kessler, T. 2 , Koudriavtsev, I. 1 , 

Krämer, J. 5 , Krieger, A. 5 , Kühl, T. 4 , Le Blanc, F. 3 , Lunney, D. 3 , Moore, I. 2 , Neyens, G. 1 , Nörtershäuser, W. 4,5 , 

Perajarvi, K. 2 , Rodriguez, D. 11 , Sanchez, R. 4,5 , Scheidenberger, C. 4 , Schneider, D. 13 , Seliverstov, M. 12 , Sewtz, M. 7 , 

Szerypo, J. 7 , Thirolf, P.G. 7 , Ullrich, J. 8 , Van Duppen, P. 1 , Wendt, K. 6 , Zimmermann, C. 9 

1 Instituut voor Kern- en Stralingsfysica, Katholieke 

Universiteit Leuven, Heverlee (Belgium) 

2 Department of Physics, University of Jyväskylä, F- 

Jyväskylä (Finland ) 


de Masse, Orsay Campus (France) 



5 Institut für Kernchemie, Johannes Gutenberg- 

Universität Mainz (Germany) 

6 Institut für Physik, Johannes Gutenberg- 


7 Department of Physics, Ludwig-Maximilians University 

München, Garching (Germany) 

8 Max-Planck-Institut für Kernphysik, Heidelberg 

(Germany) 

9 Insitute of Physics, Eberhard-Karls University, 

Tübingen (Germany) 

10 Departement of Physics and Astronomy, University 

of Manchester (Great Britain) 

11 University of Granada, Granada (Spain) 

12 CERN, PH-Dept. / ISOLDE, Geneva (Switzerland) 

13 Lawrence Livermore National Laboratory, Livermore 

(USA) 

14 Pacific Northwest National Lab, PNNL, Richland 

(USA) 

569


570 

15 Department of Physics, University of Tokyo (Japan) 

Spokesperson: Blaum, K. 

The MATS Collaboration 

16 Physikalisches Institut, Ruprecht-Karls- 

Universität Heidelberg (Germany) 

Audi, G. 4 , Äystö, J. 3 , Bachelet, C. 19 , Beck, D. 8 , Bender, M. 19 , Blaum, K. 7 , Bloch, I. 9 , Block, M. 8 , Blomley, L. 2 , 

Bollen, G. 19 , Breitenfeld, M. 5 , Crespo López-Urrutia, J.R. 7 , Das, P. 14 , Dickel, T. 10 , Dickel, Timo 13 , Dworschak, M. 8 , 

Eberhardt, K. 9 , Eliseev, S. 15 , Ferrer, R. 9 , Geissel, H. 8 , George, S. 9 , Geppert, C. 8 , Guénaut, C. 19 , Gusev, Y. 15 , Habs, 

D. 11 , Habs, Dietrich 12 , Heenen, P.-H. 1 , Heinz, S. 8 , Helert, A. 5 , Herfurth, F. 8 , Jokinen, A. 3 , Kellerbauer, A. 7 , Kester, 

O. 8 , Ketelaer, J. 9 , Kolhinen, V. 11 , Kreim, S. 9 , Litvinov, Y.A. 8 , Lunney, D. 4 , Martel, I. 16 , Marx, G. 5 , Matos, M. 19 , 

Moore, I. 3 , Nagy, S. 9 , Neidherr, D. 9 , Nörtershäuser, W. 9 , Novokov, Y.N. 15 , Petrick, M. 10 , Plaß, W.R. 10 , Popov, A. 

15 , Quint, W. 8 , Ray, A. 14 , Reinhard, P.-G. 6 , Rodriguez, D. 17 , Schabinger, B. 9 , Scheidenberger, C. 8 , Schneider, D. 20 , 

Schramm, Ullrich 12 , Schuch, R. 18 , Schwarz, S. 19 , Schweikhard, L. 5 , Seliverstof, M. 15 , Seliverstov, D. 15 , Sewtz, M. 11 , 

Solders, A. 18 , Stahl, S. 9 , Suhonen, M. 18 , Szerypo, J. 11 , Thirolf, P.G. 11 , Ullrich, J. 7 , Vorobjev, G. 15 , Weber, C. 3 , 

Winkler, M. 8 , Yazidjian, C. 8 , Ziegler, F. 5 

1 Universite Libre de Bruxelles (Belgium) 

2 TRIUMF National Laboratory Vancouver (Canada) 

3 Department of Physics, P.O. Box 35, FIN-40014 

University of Jyväskylä (Finland) 

4 IN2P3-CNRS Orsay (France) 

5 Ernst Morit Arndt Universität Greifswald, Institut 

für Physik (Germany) 

6 Friedrich-Alexander Universität Erlangen, Institut 

für Physik II (Germany) 


(Germany) 

8 GSI Darmstadt (Germany) 

9 Institut für Physik, Institut für Kernchemie, Universität 

Mainz (Germany) 

10 II. Institut für Physik, Justus-Liebig Universität 

Gießen (Germany) 

Spokesperson: Joram, C. 

http://mc-pad.web.cern.ch/mc-pad/ 

1 AGH University of Science and Technology, Poland 

2 GSI Darmstadt, Germany 

3 Deutsches Elektronen-Synchrotron, Germany 

4 Jozef Stefan Institute, Slovenia 

5 Laboratori Nazionali di Frascati, Italy 

6 The National Institute for Nuclear Physics and High 

Energy Physics, Netherlands 

7 Paul Scherrer Institut, Switzerland 

Spokesperson: Seyboth P. 

MC-PAD 

NA49 

11 Institut für Physik, Ludwig-Maximilians Universität 

München (Germany) 


(Germany) 

13 Justus-Liebig-Universität (Germany) 

14 Variable Energy Cyclotron Center, Kolkata (India) 

15 St. Petersburg Nuclear Physics Institute, St. Petersburg 

State University (Russia) 

16 Departamento de Física aplicada, Universidad de 

Huelva (Spain) 

17 University of Granada (Spain) 

18 Stockholm University (Sweden) 

19 Michigan State University, East Lansing (USA) 

20 Lawrence Livermore National Laboratory (USA) 

8 University of Hamburg, Germany 

9 Institute of Nuclear Physics, Polish Academy of Sciences, 


10 National Institute of Material Physics, Romania 

11 Photonis SAS Holding, France 

12 Micron Semiconductor LTD., United Kingdom 

13 Evatronix SA, Poland 

Anticic, T. 22 , Baatar, B. 8 , Barna, D 4 , Bartke, J. 6 , Beck, H. 9 , Betev, L. 10 , Bialkowska, H. 19 , Blume, C. 9 , Bogusz, 

M. 21 , Boimska, B. 19 , Book, J. 9 , Botje, M. 1 , Bracinik, J. 3 , Bunvcic, P. 10 , Cerny, V. 3 , Cetner, T. 21 , Christakoglou, P. 1 , 

Chung, P. 18 , Chvala, O. 14 , Cramer, J.G. 18 , Eckhardt, V. 13 , Fischer, H.G. 10 , Fodor, Z. 4 , Foka, P. 7 , Friese, V. 7 , 

Gazdicki, M. 11 , Grebieszkow, K. 21 , Hoehne, C. 7 , Kadija, K. 22 , Karev, A. 10 , Kolesnikov, V.I. 8 , Kowalski, M. 6 , 

Kresan, D. 7 , Kreps, M. 3 , Laszlo, A. 4 , Lacey, R. 18 , Leeuwen, M.van 1 , Mackowiak, M. 21 , Makariev, M. 17 , Malakov,


A.I. 8 , Mateev, M. 21 , Melkumov, G.L. 8 , Mitrovski, M. 9 , Mrowczynski, S. 11 , Nicolic, V. 22 , Palla, G. 4 , Panagiotou, 

A.D. 2 , Peryt, W. 21 , Pikna, M. 3 , Pluta, J. 21 , Prindle, D. 15 , Puehlhofer, F. 12 , Renfordt, R. 9 , Roland, C. 5 , Roland, G. 5 , 

Rybczynski, M. 11 , Rybicki, A. 6 , Sandoval, A. 7 , Schmitz, N. 13 , Schuster, T. 9 , Seyboth, P. 13 , Sikler, F. 4 , Sitar, B. 3 , 

Skrzypczak, E. 20 , Slodkowski, M. 21 , Stefanek, G. 11 , Stock, R. 9 , Stroebele, H. 9 , Susa, T. 22 , Szuba, M. 21 , Utvic, M. 9 , 

Varga, D. 3 , Vassiliou, M. 2 , Veres, G.I. 4 , Versztergombi, G. 4 , Vranic, D. 7 , Wenig, S. 10 , Wlodarczyk, Z. 11 , 

Wojtaszek-Szwarc, A. 11 

1 NIKHEF, Amsterdam (Netherlands) 

2 Department of Physics, University of Athens, Athens 

(Greece) 

3 Eotvos Lorant University, Budapest (Hungary) 

4 KFKI Research Institute for Particle and Nuclear 

Physics, Budapest (Hungary) 

5 MIT, Cambridge (USA) 

6 H. Niewodniczanski Institute of Nuclear Physics, Polish 

Academy of Sciences, Cracow (Poland) 

7 Gesellschaft für Schwerionenforschung (GSI), Darmstadt 

(Germany) 

8 Joint Institute for Nuclear Research, Dubna (Russia) 

9 Fachbereich Physik der Universitaet, Frankfurt (Germany) 

10 CERN, Geneva (Switzerland) 

11 Institute of Physics, Jan Kochanowski University, 

Kielce (Poland) 

12 Fachbereich Physik der Universitaet, Marburg 

(Germany) 

Spokesperson: Wiedner, U. 

PANDA 

13 Max-Planck-Institut fuer Physik, Munich (Germany) 

14 Inst. of Particle and Nuclear Physics, Charles Univ., 

Prague (Czech Republic) 

15 Nuclear Physics Laboratory, University of Washington, 

Seattle, WA (USA) 

16 Atomic Physics Department, Sofia Univ. St. Kliment 

Ohridski, Sofia (Bulgaria) 

17 Institute for Nuclear Research and Nuclear Energy, 

BAS, Sofia (Bulgaria) 

18 Department of Chemistry, Stony Brook Univ. 

(SUNYSB), Stony Brook (USA) 

19 Institute for Nuclear Studies, Warsaw (Poland) 

20 Institute for Experimental Physics, University of 

Warsaw, Warsaw (Poland) 

21 Faculty of Physics, Warsaw University of Technology, 

Warsaw (Poland) 

22 Rudjer Boskovic Institute, Zagreb (Croatia) 

Abazov, V.M. 14 , Achenbach, P. 28 , Agnello, M. 44 , Alberto, D. 42 , Alexeev, G. 14 , Al-Turany, M. 13 , Amoroso, A. 42 , 

Anselmino, M. 42 , Arefiev, A. 14 , Astakhov, V.I. 14 , Augustin, I. 13 , Babei, M. 23 , Bäck, T. 39 , Balanutsa, V. 30 , Baldin, E. 

35 , Barabanov, M.Yu. 14 , Bardan, W. 11 , Bargholtz, C. 40 , Batyunya, B.V. 14 , Beck, R. 4 , Becker, J. 3 , Belikov, N. 38 , 

Belostotski, S. 41 , Bersani, A. 20 , Bertini, R. 43 , Bettoni, D. 18 , Bialkowski, E. 10 , Bianconi, A. 5 , Biegun, A. 23 , Birsa, R. 

45 , Boca, G. 37 , Borsuk, S. 50 , Botta, E. 42 , Boukharov, A. 31 , Bradamante, F. 45 , Bragadireanu, M. 6 , Braghieri, A. 37 , 

Brandys, P. 12 , Branford, D. 15 , Bressan, A. 45 , Bressani, T. 42 , Brinkmann, K.-T. 4 , Budzanowski, A. 10 , Bühler, P. 52 , 

Büscher, M. 24 , Bussa, M.P. 42 , Busso, L. 42 , Calén, H. 48 , Calvo, D. 43 , Caprini, M. 6 , Carassiti, V. 18 , Cecchi, A. 18 , 

Cederwall, B. 39 , Chernetsky, V. 30 , Chlopik, A. 50 , Clarkson, T. 22 , Clement, H. 46 , Coli, S. 43 , Costanza, S. 37 , Czech, B. 

10 , Czyzewski, T. 12 , Czyzycki, W. 12 , Dalpiaz, P. 18 , Davidenko, A. 38 , Davydov, Yu.I. 14 , De Mori, F. 42 , De Napoli, M. 

7 , De Remigis, P. 43 , Demekhin, A. 30 , Denig, A. 28 , Deppe, H. 13 , Derevschikov, A. 38 , Díaz, J. 49 , Distler, M. 28 , 

Dmowski, K. 51 , Dobbs, S. 17 , Dodokhov, V. Kh. 14 , Dolgolenko, A. 30 , Domagala, M. 12 , Dormenev, V. 29 , Dosdall, R. 

24 , Drexler, P. 21 , Dulach, B. 19 , Düren, M. 21 , Dzhygadlo, R. 24 , Efremov, A.A. 14 , Ekstrom, C. 47 , Erni, W. 1 , Euan, C. 22 , 

Eyrich, W. 16 , Fedorets, P. 30 , Fedorov, A. 29 , Fedunov, A.G. 14 , Feldbauer, F. 3 , Feliciello, A. 43 , Ferrero, L. 42 , 

Feshchenko, A.A. 14 , Filippli, A. 43 , Filo, G. 12 , Fioravanti, E. 18 , Fissum, K. 27 , Fiutowski, T. 9 , Flemming, H. 13 , Foehl, 

K. 21 , Fontana, A. 37 , Friedel, P. 3 , Fritsch, M. 28 , Gagyi-Palffy, Z. 21 , Galoyan, A.S. 14 , Garzia, I. 18 , Gavrilov, G. 41 , 

Genova, P. 37 , Gerasimov, A. 30 , Gerén, L. 40 , Gerl, J. 13 , Giacoppo, F. 7 , Gianotti, P. 19 , Gil, D. 11 , Gillitzer, A. 24 , 

Giraudo, G. 43 , Glazenborg-Kluttig, A. 23 , Glazier,D. 15 , Goldenbaum, F. 24 , Goncharenko, Y. 38 , Goryachev, V. 30 , 

Götzen, K. 13 , Grape, S. 48 , Grasso, A. 42 , Greco, M. 42 , Grigoryan, S. 14 , Grishin, V. 38 , Gruber, A. 52 , Guaraldo, G. 19 , 

Guliyev, E. 23 , Guzik, Z. 50 , Hansen, K. 27 , Hawranek, P. 11 , Hayrapetyan, A. 21 , Heinsius, F. H. 3 , Held, T. 3 , Heng, Y. 2 , 

Hennino, T. 36 , Hill, G. 22 , Hinterberger, F. 4 , Hoek, M. 22 , Hohler, R. 13 , Höistad, B. 48 , Höppner, C. 32 , Iazzi, F. 44 , Idzik, 

N. 9 , Imre, M. 36 , Ireland, D. 22 , Isaksson, L. 27 , Izotov, A. 41 , Jaekel, R. 4 , Jha, V. 24 , Johansson, T. 48 , Jothi, V.S. 23 , 

Kachanov, V. 38 , Kaiser, R. 22 , Kamys, B. 11 , Kaplan, D. 8 , Karmokov, A. 14 , Kavatsyuk, M. 23 , Kazmierczak, P. 11 , Keri, 

T. 22 , Keshelashvili, I. 1 , Ketzer, B. 32 , Khoukaz, A. 33 , Kienle, P. 52 , Kisiel, J. 25 , Kisselev, A. 41 , Kistryn, St. 11 , 

Kliczewski, S. 10 , Kliemt, R. 4 , Koch, H. 3 , Konorov, I. 32 , Konstantinov, D. 38 , Kopec, J. 50 , Kopf, B. 3 , Korcyl, K. 11 , 

Kormilitsin, V. 38 , Korzeniewski, R. 51 , Korzihik, M. 29 , Koshurnikov, E.K. 14 , Kotov, K. 35 , Kotulla, M. 21 , Kozela, A. 

10 , Kozlowski, T. 50 , Kravchenko, P. 41 , Kravtsov, V. 38 , Krawczyk, M. 12 , Krusche, B. 1 , Krzemien, W. 11 , Kudaev, 

V.Ch. 14 , Kuehn, W. 21 , Kugathasan, T. 42 , Kulessa, P. 10 , Kunne, R. 36 , Kupsc, A. 48 , Lange, S. 21 , Lavezzi, L. 37 , Le 

Galliard, C. 36 , Le Normand, J.-P. 36 , Lehmann, A. 16 , Lehmann, D. 13 , Lehmann, I. 22 , Lehrach, A. 24 , Lemmens, P. 23 , 

571


572 

Lewandowski, B. 13 , Leyhe, M. 3 , Li, S. 26 , Li, Z. 26 , Lisowski, E. 12 , Liu, H. 2 , Liu, M. 21 , Liu, Z. 2 , Livingston, K. 22 , 

Lobanov, V.I. 14 , Lobanov, Yu.Yu. 14 , Loehner, H. 23 , Lucherini, V. 19 , Lühning, J. 13 , Lumsden, P. 22 , Lundin, M. 27 , M. 

3 , Maas, F. 13 , MacGregor, D. 22 , Macri, M. 20 , Maggiora, M. 42 , Magiera, A. 11 , Maier, R. 24 , Makarov, A.F. 14 , 

Malgorzata, K. 10 , Malinina, L.V. 14 , Malyshev, O. 31 , Malyshev, V.L. 14 , Manaenkov, S. 41 , Mann, A. 32 , Marcello, S. 42 , 

Marchand, D. 36 , Marciniewski, P. 48 , Marinelli, M. 20 , Marishev, I. 31 , Maroni, A. 36 , Martin, A. 45 , Marton, J. 52 , 

Matulenko, Y. 38 , Mazza, G. 43 , McKinnon, B. 22 , Melnik, Y. 38 , Melnychuk, D. 50 , Mertens, M. 24 , Meschanin, A. 38 , 

Messchendorp, J. 23 , Metag, V. 21 , Metreveli, Z. 17 , Miklukho,O. 41 , Minaev, N. 38 , Mindur, B. 9 , Mishra, D. 13 , 

Missevitch, O. 29 , Mochalov, V. 38 , Montagna, P. 37 , Mora Espi, M.C. 28 , Morozov, D. 38 , Morra, O. 43 , Moskal, P. 11 , 

Motzko, C. 3 , Murray, M. 22 , Mustafaev, G.A. 14 , Nanova, M. 21 , Naryshkin, D. 41 , Negrini, M. 18 , Neubert, S. 32 , 

Nogach, L. 38 , Novotny, R. 21 , Nurushev, S. 38 , Ohm, H. 24 , Olshevskiy, A.G. 14 , Ong, S. 36 , Orth, H. 13 , Ortiz, A. 49 , 

Pace, E. 19 , Pantea, D. 6 , Parodi, R.F. 20 , Pasyuk, M.A. 14 , Paul, S. 32 , Peleganchuk, S. 35 , Pelizäus, Pychy, J. 3 , 

Perevalova, E.A. 14 , Peters, K. 13 , Pietraszek, J. 12 , Piskun, A.A. 14 , Plominski, M. 50 , Pocheptsov, T.A. 14 , Pochodzalla, J. 

28 , Poelman, T. 23 , Pontecorvo, G. 14 , Pouthas, J. 36 , Prasuhn, D. 24 , Protopopescu, D. 22 , Przemyslawm, D. 51 , 

Przyborowski, D. 9 , Pysz, K. 10 , Ramstein, B. 36 , Randriamalala, T. 24 , Rapisarda, E. 7 , Rausmann, T. 33 , Ritman, J. 24 , 

Rivetti, A. 43 , Rodionov, V.K. 14 , Rogov, Yu.N. 14 , Rosier, P. 36 , Rosner, G. 22 , Roth, B. 3 , Rotondi, A. 37 , Rudy, Z. 11 , 

Ryazantsev, A. 38 , Saito, T. 13 , Salabura, P. 11 , Salmin, R.A. 14 , Samartsev, A.G. 14 , Sanchez Lorente, A. 28 , Sanchez, S. 

28 , Sapozhnikov, M.G, Shabratova, G.S. 14 , Savrie, M. 18 , Schadmand, S. 24 , Schäfer, W. 10 , Schepers, G. 13 , Schmidt, C. 

4 , Schmidt, C.J. 13 , Schmitt, L. 13 , Schönmeier, P. 21 , Schröder, B. 27 , Schröder, T. 3 , Schulze, J. 3 , Schwarz, C. 13 , Seitz, 

B. 22 , Semenov, A. 31 , Semenov, P. 38 , Serbanut, G.C. 42 , Seth, K. 17 , Sfienti, C. 7 , Shen, X. 2 , Siudak, R. 10 , Skachkov, 

N.B. 14 , Skachkova, A.N. 14 , Slowinski, B. 51 , Smit, H. 23 , Smyrski, J. 11 , Soloviev, L. 38 , Sosio, S. 42 , Spataro, S. 21 , 

Stancari, G. 18 , Steinacher, M. 1 , Steinke, M. 3 , Stenzel, H. 21 , Stockmanns, T. 24 , Strackbein, C. 21 , Strokovsky, E.A. 14 , 

Sudol, M. 36 , Suleimanov, M.K. 14 , Sun, Z. 26 , Swientek, K. 9 , Szczurek, A. 10 , Szewinski, J. 50 , Szymanska, K. 44 , Tann, 

B. 17 , Täschner, A. 33 , Tegnér, P.-E. 40 , Teshev, R.Sh. 14 , Teufel, A. 16 , Theneau, C. 36 , Thiel, M. 21 , Thoma, U. 4 , Thomé, 

E. 48 , Tikhonov, Y. 35 , Tokmenin, V.V. 14 , Tomaradze, A. 17 , Tomasi-Gustafsson, E. 36 , Tosello, F. 43 , Traczyk, K. 50 , 

Tudorache, A. 6 , Tudorache, V. 6 , Uzhinsky, V. 14 , Uzunian, A. 38 , van de Wiele, J. 36 , van der Weele, J.C. 23 , Varma, R. 

34 , Vasiliev, A. 38 , Veretennikov, D. 41 , Vikhrov, V. 41 , Vodopyanov, A. 14 , Voss, B. 13 , Wang, O. 2 , Watts, D. 15 , 

Weitzel, Q. 32 , Wendel, C. 4 , Wessels, J. 33 , Wheadon, R. 43 , Widmann, E. 52 , Wieczorek, P. 13 , Wiedner, U. 3 , Wilms, A. 

13 , Winnebeck, A. 4 , Wintz, P. 24 , Wojnar, L. 12 , Woods, P. 15 , Wronska, A. 11 , Würschig, T. 4 , Xu, H. 26 , Xu., H. 2 , 

Yakutin, A. 38 , Yang, G. 22 , Yang, S. 21 , Zaporozhets, S.A. 14 , Zaunick, H.-G. 4 , Zerguerras, T. 36 , Zhdanov, A. 41 , Zhong, 

J. 3 , Zhuravlev, N.I. 14 , Zlomanczuk, J. 48 , Zmeskal, J. 52 , Zorin, A.G. 14 , Zwieglinski, B. 50 

1 Universität Basel Switzerland 

2 Institute of High Energy Physics, Chinese Academy 

of Sciences, Beijing China 

3 Universität Bochum, I. Institut für Experimentalphysik 

Germany 

4 Universität Bonn, Helmholtz-Institut für Strahlen- 

und Kernphysik Germany 

5 Università di Brescia Italy 

6 Institutul National de C & D pentru Fizica si Inginerie 

Nucleara "Horia Hulubei",Bukarest-Magurele Romania 

7 Dipartimento di Fisica e Astronomia dell'Università 

di Catania and INFN, Sezione di Catania Italy 

8 IIT Chicago USA 

9 AGH University of Science and Technology, Crakow 


10 IFJ, Institute of Nuclear Physics PAN, Cracow Poland 

11 Instytut Fizyki, Uniwersytet Jagiellonski, Cracow 


12 Uniwersytet Cracow Poland 



14 Veksler-Baldin Laboratory of High Energies 

(VBLHE), Joint Institute for Nuclear Research, Dubna 

Russia 

15 University of Edinburgh United Kingdom 

16 Friedrich Alexander Universität Erlangen-Nürnberg 

Germany 

17 Northwestern University, Evanston USA 

18 Università di Ferrara and INFN, Sezione di Ferrara 

Italy 

19 INFN-Laboratori Nazionali di Frascati Italy 

20 INFN, Sezione di Genova Italy 

21 Justus Liebig-Universität Gießen, II. Physikalisches 

Institut Germany 

22 University of Glasgow United Kingdom 

23 Kernfysisch Versneller Instituut, University of Groningen 

Netherlands 

24 Forschungszentrum Jülich, Institut für Kernphysik, 

Jülich Germany 

25 University of Silesia, Katowice Poland 

26 Chinese Academy of Science, Institute of Modern 

Physics, Lanzhou China 

27 Lunds Universitet, Department of Physics, Lund 

Sweden 

28 Johannes Gutenberg-Universität, Institut für Kernphysik, 

Mainz Germany 

29 Research Institute for Nuclear Problems, Belarus 

State University, Minsk Belarus 

30 Institute for Theoretical and Experimental Physics, 

Moscow Russia 

31 Moscow Power Engineering Institute, Moscow Russia 

32 Technische Universität München Germany


33 Westfälische Wilhelms-Universität Münster Germany 

34 IIT Bombay, Department of Physics, Mumbai India 

35 Budker Institute of Nuclear Physics, Novosibirsk 

Russia 

Spokesperson: Algora, A. 

PRESPEC 

36 Institut de Physique Nucléaire, Orsay France 

37 Dipartimento di Fisica Nucleare e Teorica, Università 

di Pavia, INFN, Sezione di Pavia Italy 

38 Institute for High Energy Physics, Protvino Russia 

Algora, A. 30 , Applebe, D.E. 24 , Atanasova, L. 5 , Balabanski, D.L. 12 , Banu, A. 1 , Bassini, R. 13 , Beck, T. 1 , Becker, F. 

1 , Bedanarczyk, P. 1 , Belier, G. 7 , Benlliure, J. 6 , Bentley, M.A. 21 , Benzini, G. 13 , Blasi, N. 13 , Blazhev, A. 2 , Boiano, C. 

13 , Bonnes, U. 32 , Bracco, A. 13 , Brambilla, S. 13 , Bruce, A.M. 27 , Brünle, A. 1 , Bürger, A. 22 , Butler, P.A. 25 , Caceres, L. 

1 , Camera, F. 13 , Caserejos, E. 6 , Catford, W.N. 4 , Chamoli, S.K. 11 , Clark, R.M. 20 , Cortina Gil, D. 6 , Cullen, D.M. 19 , 

Curien, D. 31 , Damyanova, G. 5 , Daugas, J.M. 7 , Davidson, T. 26 , Detistov, P. 5 , Devin, J. 31 , Doornenbal, P. 1 , 

Faestermann, T. 28 , Fahlander, C. 23 , Fayz, K. 24 , Freeman, S.J. 19 , Gelletly, W. 4 , Georgiev, G. 18 , Gerl, J. 1 , Glanishki, 

K. 12 , Goldring, G. 11 , Gorska, M. 1 , Grawe, H. 1 , Grebosz, J. 14 , Griffiths, R. 24 , Grzywacz, R. 1 , Hass, M. 11 , Hellström, 

M. 23 , Herzberg, R.D. 25 , Hoffmann, J. 1 , Hübel, H. 22 , Ilie, G. 2 , Ionescu-Bujor, M. 16 , Iordachescu, A. 16 , Joilie, J. 2 , 

Jungclaus, A. 17 , Kindler, B. 1 , Kmiecik, M. 14 , Kojouharov, I. 1 , Korgul, A. 15 , Krücken, R. 28 , Kulessa, R. 33 , Kurtukian 

Nieto, T. 6 , Kurz, N. 1 , Lach, M. 14 , Lazarus, I. 24 , Leoni, S. 13 , Leske, J. 22 , Liu, Z. 4 , Lo Bianco, G. 12 , Lommel, B. 1 , 

Mach, H. 29 , Maj, A. 14 , Mallion, S. 3 , Mammond, G. 21 , Matea, I. 9 , Mazurek, K. 14 , Meczyndki, W. 14 , Meot,V. 7 , 

Million, B. 13 , Münch, M. 1 , Münzenberg, G. 1 , Mutterer, M. 32 , Nara Singh, B.S. 11 , Neyens, G. 3 , Nolan, P. 25 , Orlandi, 

R. 19 , Page, R.D. 25 , Petrache, C. 12 , Pfützner, M. 15 , Podolyal, Zs. 4 , Pucknell, V.F.E. 24 , Regan, P.H. 4 , Regev, I. 11 , 

Reiter, P. 2 , Richard, A. 2 , Roig, O. 7 , Rubio, B. 30 , Rudolph, D. 23 , Saltarelli, A. 12 , Scherillo, A. 2 , Schwengner, R. 10 , 

Seddon, D. 25 , Simpson, G. 8 , Simpson, J. 25 , Smith, A.G. 19 , Speidel, K.-H. 22 , Striepling, T. 2 , Styczen, J. 14 , 

Tsekhanivich, I.S. 8 , Turzo, K. 3 , Vaintraub, S. 11 , Van Duppen, P. 3 , Vermeulen, N. 3 , von Kalben, J. 32 , Wadsworth, R. 

21 , Walker, P.M. 4 , Warr, N. 2 , Wieland, O. 13 , Williams, S. 4 , Woods, P. 26 , Zamfir, V. 16 



2 Institut für Kernphysik, Universität zu Köln, Köln, 

Germany 

3 K.U. Leuven, Belgium 

4 University of Surrey; Guildford, United Kingdom 

5 University of Sofia, Sofia, Bulgaria 

6 Universidad de Santiago de Compostela, Santiago de 

Compostela, Spain 

7 CEA, Bruyere le Chatel, France 

8 ILL, Grenoble, France 

9 CENBG, Bordeaux, France 

10 IKHP, Rossendorf, Germany 

11 Weizmann Institute of Science, Rehovot, Israel 

12 University of Camerino, Italy 

13 University of Milano, Milano, Italy 

14 IFJPAN Krakow, Krakow, Poland 

15 Warsaw University, Warsaw, Poland 


17 Universidad Autonomia de Madrid, Madrid, Spain 

Spokesperson: T. Aumann 

R3B 

18 ISOLDE-CERN, Geneva, Switzerland 

19 Manchester University, Manchester, United Kingdom 

20 Lawrence Berkeley National Laboratory (LNBL), 

Berkeley, USA 

21 University of York, Heslington, United Kingdom 

22 Universität Bonn, Bonn, Germany 

23 University of Lund, Lund, Sweden 

24 CLCR Daresbury, Daresbury, United Kingdom 

25 University of Liverpool, Liverpool, United Kingdom 

26 University of Edinburgh, Edinburg, United Kingdom 

27 University of Brighton, Brighton, United Kingdom 

28 TU München, München, Germany 

29 Uppsala University, Uppsala, Sweden 

30 IFIC Valencia, Valencia, Spain 

31 IRES Strasbourg, Strasbourg, France 

32 TU Darmstadt, Darmstadt, Germany 

33 Jagiellonian University, Cracow, Poland 

Aksouh, Farouk 9 , Aksyutina, Yuliya 15 , Algora, Alejandro 4 , Al-Khalili, Jim 60 , Alkhasov, Georgij 35 , Alvarez Pol, 

Hector 58 , Aumann, Thomas 18 , Avdeichikov, Vladimir 31 , Barton, Charles 61 , Bemmerer, Daniel 16 , Benlliure, Jose 58 , 

Bertulani, Carlos 41 , Bhattacharya, Chandana 64 , Bhattacharya, Sudeb 39 , Böhmer, Michael 46 , Boilley, David 17 , 

Boretzky, Konstanze 18 , Borge, Maria Jose 12 , Botvina, Alexander 22 , Boudard, Alain 9 , Caesar, Christoph 55 , Calvino, 

Francisco 62 , Casarejos, Enrique 58 , Catford, Wilton 60 , Cederkäll, Joakim 31 , Cederwall, Bo 30 , Chapman, Robert 57 , 

Chartier, Marielle 54 , Chatillon, Audrey 8 , Chen, Ruofu 21 , Cherciu, Madalinllie 24 , Chulkov, Leonid 38 , Coleman-Smith, 

Patrick 7 , Cortina, Dolores 58 , Crespo, Raquel 53 , Csatlos, Margit 4 , Cullen, David 56 , Czech, Bronislaw 20 , Danilin, Boris 

573


574 

38 , Datta Pramanik, Ushasi 39 , Davinson, Tom 50 , Di Julio, Douglas 31 , Ducret, Jean-Eric 14 , Duran, Ignacio 58 , Egelhof, 

Peter 18 , Elvers, Michael 49 , Emling, Hans 18 , Enders, Joachim 45 , Eränen, Simo 40 , Eremin, Vladimir 25 , Ershov, Sergey 

N. 29 , Ershova, Olga 51 , Espana, Sanuel 47 , Faestermann, Thomas 46 , Fedorov, Dmitri 1 , Feldmeier, Hans 18 , Fernandez 

Dominguez, Beatriz 54 , Fissum, Kevin 31 , Fomichev, Andrey 29 , Forssén, Christian 10 , Fraile Prieto, Luis Mario 47 , 

Freeman, Sean 56 , Freer, Martin 6 , Friese, Jürgen 46 , Fynbo, Hans 1 , Gacsi; Zoltan 4 , Galaviz Redondo, Daniel 12 , 

Garrido, Eduardo 12 , Gastineau, Bernard 13 , Geissel, Hans 18 , Gelletly, William 60 , Genolini, B. 26 , Gerl, Jürgen 18 , 

Gernhäuser, Roman 46 , Golovkov, Mikhail 29 , Golubev, Pavel 31 , Gorshkov, Alexandr Vladimirovich 29 , Górska, 

Magdalena 18 , Grigorenko, Leonid 29 , Grosse, Eckart 16 , Gulyas, Janos 4 , Haiduc, Maria 32 , Hasegan, Dumitu 24 , Heil, 

Michael 18 , Heinz, Andreas 65 , Hoffmann, Jan 18 , Hunyadi, Matyas 4 , Ignatyuk, Anatoly V. 27 , Ilie, Cherciu Madalin 24 , 

Isaksson, Lennart 31 , Jakobsson, Bo 31 , Jensen, Aksel 1 , Johansson, Hakan 10 , Johnson, Ron 60 , Jonson, Björn 10 , 

Junghans, Arnd 16 , Kailas, S. 5 , Kalliopuska, Juha 40 , Kanungo, Rituparna 44 , Kelic-Heil, Aleksandra 18 , Kern, Linda 45 , 

Kezzar, Khalid 9 , Khanzadeev, Alexei 35 , Kisselev, Oleg 36 , Klimkiewicz, Adam 18 , Kmiecik, Maria 20 , Kojouharov, 

Ivan 18 , Korsheninnikov, Alexei 38 , Krasznahorkay, Attila 4 , Kratz, Jens Volker 55 , Kroell, Thorsten 45 , Krücken; Reiner 

46 , Krupko, Sergey 29 , Kulessa, Reinhard 28 , Kurz, Nikolaus 18 , Kuzmin, Eugenii 38 , Labiche, Marc 7 , Langanke, Karl- 

Heinz 18 , Langer, Christoph 51 , Lapoux, Valerie 9 , Larsson, Kristian 18 , Lazarus, Ian 7 , Le Bleis, Tudi 18 , Legou, Philippe 

14 , Leifels, Yvonne 18 , Lemmon, Roy 7 , Lenske, Horst 52 , Lepine-Szily, Alinka 59 , Leray, Sylvie 14 , Letts, Simon 7 , Li, 

Songlin 21 , Liang, Xiaoying 57 , Lukasik, Jerzy 20 , Mahata, Kripa 5 , Maj, Adam 20 , Marganiec; Justyna 18 , Meister, Mikael 

10 , Mittig, Wolfgang 17 , Müntz, Christian 51 , Mutterer, Manfred 18 , Nakamura, Takashi 43 , Neff, Thomas 18 , Nilsson, 

Thomas 10 , Nociforo, Chiara 18 , Nolan, Paul 54 , Nolen, Jerry 3 , Nyman, Goran 10 , Obradors, Diego 18 , Ogloblin, Aleksey 

38 , Oi, Makito 60 , Pachalis, Stefanos 54 , Palit, Rudrajyoti 42 , Panin, Valerie 18 , Pawlowski, Piotr 20 , Pietralla, Norbert 45 , 

Pietri, Stephane 60 , Plag, Ralf 51 , Podolyak, Zsolt 60 , Pollacco, Emanuel 9 , Potlog, Mihai 24 , Prasad, Rajeshawi 2 , 

Pucknell, Vic 7 , Redondo, Daniel Galaviz 53 , Regan, Patrick 60 , Reifarth, Rene 18 , Reiter, Peter 49 , Rejmund, Fanny 17 , 

Ricciardi, Maria Valentina 18 , Richter, Achim 45 , Riisager, Karsten 1 , Rodin, Alexander 29 , Rossi, Dominic 18 , Roussel- 

Chomaz, Patricia 17 , Rubio, Berta 19 , Saito, Takehiko 18 , Salsac, Marie-Delphine 9 , Savajols, Herve 17 , Savran, Deniz 45 , 

Scheit, Heiko 37 , Schmidt, Karl-Heinz 18 , Schmitt, Christelle 17 , Schrieder, Gerhard 45 , Sharma, Manoj Kumar 2 , Sherrill, 

Bradley 33 , Shrivastava, Aradhana 5 , Shulgina, Natalia 38 , Sidorchuk, Sergey 29 , Simenel, Cedric 9 , Simon, Haik 18 , 

Simpson, John 7 , Singh, B.P. 2 , Singh, Pushpendra Pal 2 , Sonnabend, Kerstin 45 , Spohr, Klaus 57 , Stanoiu, Mihai 18 , 

Stevenson, Paul 60 , Streicher, Brano 18 , Stroth, Joachim 51 , Sümmerer, Klaus 18 , Tain, Jose L. 19 , Tanihata, Isao 34 , 

Tashenov, Stanislav 30 , Tengblad, Olof 12 , Thompson, Ian 60 , Tostevin, Jeffrey A. 60 , Trautmann, Wolfgang 18 , 

Tuboltsev, Yuri 25 , Turrion, Manuela 12 , Typel, Stefan 18 , Udias-Moinelo, Jose 11 , Vaagen, Jan 48 , Verbitskaya, Elena 25 , 

Veselsky, Martin 23 , Wagner, Andreas 16 , Walus, Wladyslaw 28 , Wamers, Felix 18 , Weick, Helmut 18 , Westerberg, Lars 

63 , Wimmer, Christine 51 , Winkler, Martin 18 , Woods, Phil 50 , Xu, Hushan 21 , Yakorev, Dmitry 16 , Zegers, Remco 33 , 

Zhang, Yu-Hu 21 , Zhukov, Mikhail 10 , Zieblinski, Miroslaw 28 , Zilges, Andreas 49 

1 Aarhus University, Denmark 

2 Aligarh Muslim University, India 

3 ANL Argonne, USA 


5 BARC Mumbai, India 

6 Birmingham University, United Kingdom 


8 CEA Bruyeres-le-Chatel, France 

9 CEA Saclay, France 




13 DAPNIA CEA Saclay, France 

14 DAPNIA/SPhN, CEA Saclay, France 

15 EMMI-GSI Darmstadt, Germany 

16 FZ Rossendorf, Germany 

17 GANIL, France 





21 IMP Lanzhou, China 


23 Institute of Physics SAS Bratislava, Slovakia 

24 Institute of Space Sciences, Romania 

25 Ioffe PTI St. Petersburg, Russia 



28 Jagellonian University Krakow, Poland 





33 NSCL/MSU, USA 



36 PSI Villigen, Switzerland 



39 SINP Kolkata, India 

40 Technical Research Center of Finland, Finland 

41 Texas A&M University - Commerce, USA 

42 TIFR Mumbai, India 

43 Tokyo Institute of Technology, Japan 

44 TRIUMF, Canada 




48 University of Bergen, Norway 

49 University of Cologne, Germany



51 University of Frankfurt, Germany 


53 University of Lisboa, Portugal 





Spokesperson: H. Kagan, P. Weilhammer 

RD42 

http://graybook.cern.ch/programmes/experiments/r_d/RD42.html 

1 Ohio State University, USA 

2 CERN, Switzerland 

3 GSI Darmstadt, Germany 

4 Fachhochschule Wiener Neustadt, Austria 

5 University of Toronto, Canada 

6 cea - Centre d'Etudes de Saclay, France 

7 Institut Pluridisciplinaire Hubert Curien (IPHC), 

France 

8 Univ. Bonn, Physikalisches Institut, Germany 

9 Universität Karlsruhe, Germany 

10 Università & INFN, Catania, Italy 

11 Università & INFN, Firenze, Italy 

12 Università & INFN, Torino, Italy 

13 NIKHEF, Netherlands 

14 ITEP Institute for Theoretical and Experimental 

Physics (ITEP), Russia 

15 Moscow Physical Engineering Institute (MePhI), 

Russia 

Spokesperson: Ropelewski, L., Titov, M. 

RD51 


59 University of Sao Paulo, Brasilia 

60 University of Surrey, Guildford, United Kingdom 


62 UPC Barcelona, Spain 


64 VECC, India 

65 Yale University, USA 

16 A.F. Ioffe Physical Technical Inst., Russia 

17 Jozef Stefan Institute, Slovenia 

18 University of New Mexico, USA 

19 Fermi National Accelerator Laboratory (Fermilab), 

USA 

20 University of Colorado, Department of Physics, 

USA 

21 University of California, Los Angeles (UCLA), 

USA 

22 Rutgers, State University of New Jersey, Department 

of Physics and Astronomy, USA 

http://rd51-public.web.cern.ch/RD51-Public/Organization/RD51MemberListAlphabetic.pdf 

http://rd51-public.web.cern.ch/RD51-Public/Organization/RD51MemberListByInstitute.pdf 

Spokesperson: Rudolph, Dirk 

RISING 

Algora, A. 30 , Applebe, D.E. 24 , Atanasova, L. 5 , Balabanski, D.L. 12 , Banu, A. 1 , Bassini, R. 13 , Beck, T. 1 , Becker, F. 

1 , Bedanarczyk, P. 1 , Belier, G. 7 , Benlliure, J. 6 , Bentley, M.A. 21 , Benzini, G. 13 , Blasi, N. 13 , Blazhev, A. 2 , Boiano, C. 

13 , Bonnes, U. 32 , Bracco, A. 13 , Brambilla, S. 13 , Bruce, A.M. 27 , Brünle, A. 1 , Bürger, A. 22 , Butler, P.A. 25 , Caceres, L. 

1 , Camera, F. 13 , Caserejos, E. 6 , Catford, W.N. 4 , Chamoli, S.K. 11 , Clark, R.M. 20 , Cortina Gil, D. 6 , Cullen, D.M. 19 , 

Curien, D. 31 , Damyanova, G. 5 , Daugas, J.M. 7 , Davidson, T. 26 , Detistov, P. 5 , Devin, J. 31 , Doornenbal, P. 1 , 

Faestermann, T. 28 , Fahlander, C. 23 , Fayz, K. 24 , Freeman, S.J. 19 , Gelletly, W. 4 , Georgiev, G. 18 , Gerl, J. 1 , Glanishki, 

K. 12 , Goldring, G. 11 , Gorska, M. 1 , Grawe, H. 1 , Grebosz, J. 14 , Griffiths, R. 24 , Grzywacz, R. 1 , Hass, M. 11 , Hellström, 

M. 23 , Herzberg, R.D. 25 , Hoffmann, J. 1 , Hübel, H. 22 , Ilie, G. 2 , Ionescu-Bujor, M. 16 , Iordachescu, A. 16 , Joilie, J. 2 , 

Jungclaus, A. 17 , Kindler, B. 1 , Kmiecik, M. 14 , Kojouharov, I. 1 , Korgul, A. 15 , Krücken, R. 28 , Kulessa, R. 33 , Kurtukian 

Nieto, T. 6 , Kurz, N. 1 , Lach, M. 14 , Lazarus, I. 24 , Leoni, S. 13 , Leske, J. 22 , Liu, Z. 4 , Lo Bianco, G. 12 , Lommel, B. 1 , 

Mach, H. 29 , Maj, A. 14 , Mallion, S. 3 , Mammond, G. 21 , Matea, I. 9 , Mazurek, K. 14 , Meczyndki, W. 14 , Meot,V. 7 , 

Million, B. 13 , Münch, M. 1 , Münzenberg, G. 1 , Mutterer, M. 32 , Nara Singh, B.S. 11 , Neyens, G. 3 , Nolan, P. 25 , Orlandi, 

R. 19 , Page, R.D. 25 , Petrache, C. 12 , Pfützner, M. 15 , Podolyal, Zs. 4 , Pucknell, V.F.E. 24 , Regan, P.H. 4 , Regev, I. 11 , 

Reiter, P. 2 , Richard, A. 2 , Roig, O. 7 , Rubio, B. 30 , Rudolph, D. 23 , Saltarelli, A. 12 , Scherillo, A. 2 , Schwengner, R. 10 , 

Seddon, D. 25 , Simpson, G. 8 , Simpson, J. 25 , Smith, A.G. 19 , Speidel, K.-H. 22 , Striepling, T. 2 , Styczen, J. 14 , 

575


576 

Tsekhanivich, I.S. 8 , Turzo, K. 3 , Vaintraub, S. 11 , Van Duppen, P. 3 , Vermeulen, N. 3 , von Kalben, J. 32 , Wadsworth, R. 

21 , Walker, P.M. 4 , Warr, N. 2 , Wieland, O. 13 , Williams, S. 4 , Woods, P. 26 , Zamfir, V. 16 



2 Institut für Kernphysik, Universität zu Köln, Köln, 

Germany 

3 K.U. Leuven, Belgium 

4 University of Surrey; Guildford, United Kingdom 

5 University of Sofia, Sofia, Bulgaria 

6 Universidad de Santiago de Compostela, Santiago de 

Compostela, Spain 

7 CEA, Bruyere le Chatel, France 

8 ILL, Grenoble, France 

9 CENBG, Bordeaux, France 

10 IKHP, Rossendorf, Germany 

11 Weizmann Institute of Science, Rehovot, Israel 

12 University of Camerino, Italy 

13 University of Milano, Milano, Italy 

14 IFJPAN Krakow, Krakow, Poland 

15 Warsaw University, Warsaw, Poland 


17 Universidad Autonomia de Madrid, Madrid, Spain 

18 ISOLDE-CERN, Geneva, Switzerland 

Spokesperson: S.Hofmann 

SHIP 

19 Manchester University, Manchester, United Kingdom 

20 Lawrence Berkeley National Laboratory (LNBL), 

Berkeley, USA 

21 University of York, Heslington, United Kingdom 

22 Universität Bonn, Bonn, Germany 


24 CLCR Daresbury, Daresbury, United Kingdom 


26 University of Edinburgh, Edinburg, United Kingdom 

27 University of Brighton, Brighton, United Kingdom 

28 TU München, München, Germany 

29 Uppsala University, Uppsala, Sweden 

30 IFIC Valencia, Valencia, Spain 

31 IRES Strasbourg, Strasbourg, France 

32 TU Darmstadt, Darmstadt, Germany 

33 Jagiellonian University, Cracow, Poland 

Ackermann, D. 1 , Andreyev, A.N. 11 , Antalic, S. 3 , Bianco, L. 4 , Block, M 1 , Burkhard, H.G. 1 , Cocolios, Th. 6 , 

Comas, V. 1 , Craig-Jones, C. 4 , Cullen, D. 7 , Darby, I. 4 , Eberhardt, K. 12 , Eremin, A.V. 2 , Franchoo, S. 8 , Gan, Z. 10 , 

Hartmann, W. 1 , Heinz, S. 1 , Henderson, R.A. 13 , Heredia, J. 1 , Herzberg, R.-D. 4 , Heßberger, F.P. 1 , Hofmann, S. 1 , 

Huebner, A. 1 , Huyse, M. 6 , Kenneally, J.M. 13 , Ketelhut,S. 5 , Khuyagbaatar, J. 1 , Kindler, B. 1 , Kojouharov, I. 1 , Kratz, 

J.V. 12 , Leino, M. 5 , Lommel, B. 1 , Mann, R. 1 , Maurer, J. 1 , Moody, K.J. 13 , Nelson, S.L. 13 , Nishio, K. 9 , Page, R.D. 4 , 

Papadakis, P. 4 , Popeko, A.G. 2 , Rinta-Anttila, S. 4 , Rostron, D. 4 , Runke, J. 12 , Sapple, P. 4 , Saro, S. 3 , Shaughnessy, 

D.A. 13 , Steiner, J. 1 , Stoyer, M.A. 13 , Thomson, J. 4 , Thörle-Pospiech, P. 12 , Trautmann, N. 12 , Uusitalo, J. 5 , Van 

Duppen, P. 6 , Watkins, H. 4 , Wilk, P.A. 13 



2 Joint Institute for Nuclear Research (JINR), Dubna, 

Russia 

3 Comenius University, Bratislava, Slovakia 


5 University of Jyväskylä, Jyväskylä, Finland 

6 University of Leuven, Leuven, Belgium 

7 University of Manchester, Manchester, United Kingdom 

Spokesperson: M.Block 

SHIPTRAP 

8 Institut de Physique Nucléaire d'Orsay, Orsay, France 

9 Japan Atomic Energy Agency (JAEA), Tokai, Japan 

10 Institute of Modern Physics, Lanzhou, China 

11 University of Paisley, Paisly, United Kingdom 

12 Institut für Kernchemie, Johannes - Gutenberg Universität 

Mainz, Mainz, Germany 

13 University of California,Lawrence Livermore National 

Laboratory Livermore, USA 

1 2 1 1 3 1 

Ackermann, D. , Blaum,K. , Block, M. , Burkhard, H.G. , Droese, Ch. , Dworschak,M. , 

Eberhardt, K. 5 , Eibach, M. 2 , Eliseev, S. 2 , Gibinski, A. 5 , Haettner, E. 4 , Herfurth, F. 1 , Heßberger, F.P. 1 , Hofmann, S. 

1 2 1 1 3 1 2 6 6 

, Ketelaer, J. , Khuyagbaatar, J. , Mann, R. , Marx, G. , Maurer, J. , Nagy, S. , Nesterenko, D. , Novikov, Yu. , 

Plass, W. 4 , Popeko, A.G. 7 , Ramirez Minaya, E. 10 , Rodriguez, D. 8 , Rudolph, D. 12 , Scheidenberger, Ch. 1 , 

Schweikhard, L. 3 , Thirolf, P. 9 , Walther, T. 11 , Weber, C.H. 9




2 Max-Planck-Institut für Kernphysik, Hedelberg, 

Germany 

3 Ernst-Moritz-Arndt-Universität, Institut für Physik, 

Greifswald, Germany 

4 II. Phys. Institut, Justus-Liebig-Universität, Gießen, 

Germany 

5 Johannes-Gutenberg Universität, Mainz, Germany 

6 St. Petersburg Nuclear Physics Institute, Gatchina, St. 

Petersburg, Russia 

Spokesperson: Schuch, R. 

The SPARC Collaboration 

7 Joint Institute for Nuclear Research (JINR), Dubna 

D91, Russia 

8 Universuty of Granada, Granada, Spain 

9 Fakultät für Physik, Ludwig-Maximilians-Universität 


10 Helmholtz - Institut Mainz, Mainz, Germany 

11 Technische Universität Darmstadt, Darmstadt, Germany 


Afaneh, F. 56 , Ali, R. 56 , Ali, S. 80 , Amaro, P. 66 , Andler, G. 80 , Andreev, O,Y. 68 , Anton, J. 32 , Artemyev, A. 68 , Attia, 

D. 20 , Aumayr, F. 2 , Backe, H. 34 , Bagge, L. 81 , Balashov, V. 70 , Bans, D. 60 , Barros, A. 87 , Baur, G. 35 , Beck, D. 37 , 

Becker, F. 37 , Becker-de-Mos, B. 37 , Beier, T. 37 , Beyer, H. 37 , Birkl, G. 38 , Blanco, F. 76 , Blaum, K. 29 , Block, M. 37 , 

Böhm, S. 80 , Bosch, Fritz 37 , Brandau, C. 37 , Bräuning, H. 37 , Bräuning-Demian, A. 37 , Briggs, J. 39 , Ciortea, C. 67 , 

Cisneros, C. 57 , Costa, A. 66 , Costa, M. 66 , Currell, F. 87 , Danared, H. 81 , Dangendorf, V. 40 , Dauvergne, D. 21 , Dias, A. 66 , 

Dilling, J. 4 , Dimopoulou, C. 37 , Ding, D. 7 , Djekic, S. 34 , Dong, C. 8 , Dörner, R. 41 , Dousse, J.-C. 84 , Drukarev, E. 69 , 

DuBois, R. 90 , Dumitriu, D.-E. 67 , Egelhof, P. 37 , Egoavil, R. 59 , Eichler, J. 42 , Engström, M. 81 , Enss, C. 91 , Enulescu, A. 

67 , Fainstein, P.D. 1 , Ferro, F. 80 , Fischer, D. 29 , Fleischmann, A. 30 , Fluerasu, D. 67 , Fogle, M. 92 , Förster, E. 44 , Fricke, B. 

32 , Fritzsche, S. 37 , Gao, K. 9 , Garcia, G. 77 , Gaul, E. 93 , Glans, P. 82 , Goidenko, I. 68 , Gotta, D. 35 , Guerra, M. 66 , Gulyas, 

L. 49 , Gumberidze, A. 37 , Gwinner, G. 5 , Habs, D. 45 , Hagmann, S. 41 , Hahn, T. 37 , Hanafy, H. 19 , Hanif, M. 58 , Healy, E. 

22 , Hedendahl, D. 83 , Hencken, K. 85 , Herfurth, F. 37 , Herlert, A. 36 , Hobein, M. 80 , Hoekstra, R. 86 , Horbatsch, M. 6 , 

Huber, G. 34 , Huerga, C. 78 , Hutton, R. 10 , Igor, G. 68 , Indelicato, P. 23 , Jakubassa-Amundsen, D. 45 , Jentschura, U. 39 , 

Kadhane, U. 50 , Kamber, E. 94 , Karpuk, S. 34 , Keitel, C.-H. 29 , Kester, O. 37 , Kirchner, T. 6 , Kluge, H.-J. 37 , Kozhuharov, 

C. 37 , Krings, T. 35 , Kühl, T. 37 , Kumar, A. 37 , Labzowsky, L.N. 68 , Lamour, E. 22 , Lanzano, G. 54 , Le Bigot, E.O. 23 , 

Lemell, C. 3 , Lestinsky, M. 29 , Liesen, D. 37 , Liljebi, L. 81 , Limao-Vieira, P. 66 , Lindgren, I. 83 , Lindroth, E. 80 , Lisitsa, V. 

71 , Ma, X. 10 , Macek, J. 92 , Madsen, L.B. 18 , Madzunkov, S. 80 , Manchikanti, K. 50 , Manil, B. 24 , Mann, R. 37 , Manson, S. 

95 , Marinkovic, B. 75 , Marques, J.P. 66 , Märtin, R. 37 , Martin, S. 21 , Marx, G.H. 36 , Mathur, D. 50 , Matrasulov, D. 103 , 

Mitra, D. 51 , Mohamed, T. 19 , Mokler, P. 37 , Moneta, M. 61 , Morgenstern, R. 86 , Moshammer, R. 29 , Mukherjee, M. 37 , 

Müller, A. 26 , Nefoidov, A. 69 , Nörtershäuser, W. 34 , Nörtershäuser, W. 37 , Novotny, C. 34 , Pachuki, K. 63 , Paiva, A. 66 , 

Pal'Chikov, V. 72 , Parente, F. 66 , Pisk, K. 16 , Plunien, G. 46 , Potvliege, R. 88 , Prigent, C. 22 , Protic, D. 35 , Quint, W. 37 , 

Radu, A.-T. 67 , Rahaman, S. 37 , Rathmann, F. 35 , Reinhardt, S. 29 , Renner, O. 17 , Reuschl, R. 37 , Richard, P. 96 , Robin, A. 

86 , Rothard, H. 24 , Rozet, J.-P. 22 , Rzadkiewicz, J. 62 , Saathoff, G. 29 , Saenz, A. 43 , Salomonson, S. 83 , Samek, S. 64 , 

Sanchez, R. 37 , Santos, J.P. 66 , Savin, D.W. 97 , Scheid, W. 27 , Schenk, G. 28 , Schenkel, T. 98 , Schippers, S. 26 , 

Schlath"olter, T. 86 , Schmidt-Böcking, H. 41 , Schneider, D. 99 , Schramm, U. 45 , Schuch, R. 80 , Schuetzhold, R. 46 , Schulz, 

M. 90 , Schweikhard, L. 36 , Segal, D. 89 , Sepp, W.-D. 33 , Shabaev, V. 68 , Shaw, M. 79 , Shevelko 73 , Shinpaugh, J. 100 , 

Silver, E. 101 , Simionovici, A. 25 , Simon, A. 64 , Simon, H. 37 , Simonsson, A. 81 , Skeppstedt, Ö. 81 , Solders, A. 80 , 

Spillmann, U. 37 , Stachura, Z. 65 , Stahl, S. 34 , Stiebing, K. 41 , Stöhlker, T. 37 , Sulik, B. 49 , Suri, B. 52 , Suric, T. 16 , 

Surzhykov, A. 29 , Surzhykov, A. 37 , Szlachetko, J. 84 , Tanis, J. 94 , Tashenov, S. 37 , Thompson, R. 89 , Timmermanns, R. 86 , 

Tokesi, K. 49 , Tomaselli, M. 37 , Trassinelli, M. 22 , Trautmann, D. 85 , Tribedi, L. 50 , Trotsenko, S. 37 , Ullrich, J. 29 , 

Ursescu, D. 37 , Varentsov, V. 74 , Verma, P. 53 , Vernhet, D. 22 , Vikor, G. 80 , Vogel, M. 34 , Voitkiv, A. 29 , Volotka, A. 46 , 

Walters, J. 87 , Wang, J. 12 , Warczak, A. 64 , Weber, C. 37 , Weber, G. 37 , Weidemüller, M. 31 , Welsch, C. 29 , Whelan, C. 102 , 

Wie, B. 10 , Williart, A. 79 , Winters, D. 37 , Wolf, A. 29 , Ximeng, C. 13 , Yamazaki, Y. 55 , Yerokhin, V. 68 , Zeng, X. 14 , 

Zhang, F.-S. 10 , Zhu, L. 15 , Zhu, X. 10 , Zilges, A. 38 , Zou, Y. 11 , Zouros, T. 48 , Zouros, T.J.M. 48 , Zschornack, G. 46 , 

Zwicknagel, G. 47 

1 Centro Atomico Bariloche (Argentinia) 

2 TU Wien, Inst. f. Allgemeine Physik (Austria) 

3 TU Wien, Inst. f. Theoretische Physik (Austria) 

4 TRIUMF National Laboratory Vancouver (Canada) 

5 University of Manitoba (Canada) 

6 York University (Canada) 

7 Inst.Atomic and Molecular Phys., Jilin University 

(China) 

8 Physics Department, Northwest Normal University 

(China) 

9 Wuhan Institute of Physics and Mathematics 

(China) 

10 Institute of Modern Physics Institute, Fudan University 

(China) 

577


578 

11 Applied Ion Beam Physics Laboratoy, Fudan 

University (China) 

12 Institute of Applied Physics and Computational 

Mathematics (China) 

13 Lanzhou University (China) 

14 China Institute os Atomic Energy (China) 

15 University of Science and Technology of China 

(China) 

16 Ruder Boskovic Institute, Zagreb (Croatia) 

17 Institute of Physics, Czech Academy of Sciences 

(Czech. Republic) 

18 Department of Physics and Astronomy, University 

of Aarhus (Denmark) 

19 Physics Dep., Beni-Suef Faculty of Science, 

Cairo University (Egypt) 

20 Laboratoire Kastler-Brossel Paris (UPMC/ENS) 

(France) 

21 Institut de Physique Nucléaire de Lyon (France) 

22 Institut des NanoSciences de Paris (France) 

23 Lab. Kastler Brossel, ENS, UPMC (France) 

24 Center of Research on Ions Materials and Photonics 

(CIMAP), Caen (France) 

25 Ecole Normale Superieure - Lyon (France) 

26 Institut für Atom- und Molekülphysik, Universität 

Giessen (Germany) 

27 Institut für Theoretische Physik der Universität 

Giessen (Germany) 

28 Institut für Theoretische Physik, TU-Clausthal 

(Germany) 

29 Max-Planck-Institut für Kernphysik Heidelberg 

(Germany) 

30 Kirchhoff-Institut für Physik, Universität Heidelberg 

(Germany) 

31 Physikalisches Institut der Universität Heidelberg 

(Germany) 

32 Theoretische Physik, Universität Kassel (Germany) 

33 Institut für Physik, Universität Kassel (Germany) 

34 Johannes Gutenberg Universität Mainz (Germany) 

35 IKP Forschungszentrum Juelich (Germany) 

36 Institut für Physik, Ernst-Moritz-Arndt- 

Universität Greifswald (Germany) 



38 Institut für Angewandte Physik, TU Darmstadt 

(Germany) 

39 Universität of Freiburg (Germany) 

40 Physikalisch-technische Bundesanstalt, Braunschweig 

(Germany) 

41 Institut für Kernphysik, Universität Frankfurt 

(Germany) 

42 Hahn-Meitner-Institut Berlin (Germany) 

43 Humboldt-Universität zu Berlin (Germany) 

44 Institut für Optik, Universität Jena (Germany) 


(Germany) 

46 Institut fuer Theoretische Physik, TU Dresden 

(Germany) 

47 Theoretische Physik, Universität Erlangen (Germany) 

48 Atom. and Mol. Divis. Dept. of Physics, University 

of Crete (Greece) 

49 Inst. of Nuclear Research (MTA ATOMKI), Debrecen 

(Hungary) 

50 Tata Institute of Fundamental Research (India) 

51 Saha Institute of Nuclear Physics (India) 

52 Bhabha Atomic Research Centre (India) 

53 Vaish College, Rohtak, India (presently Atomic 

physics GSI) (India) 

54 Inst. Naz. Fisica Nucleare, Dip. di Fisica, Catania 

(Italy) 

55 University of Tokyo & RIKEN (Japan) 

56 The Hashemite University, Physics Department 

(Jordan) 

57 CCF Universidad Nacional Autónoma de México 

(Mexico) 

58 B Z university multan, Pakistan (Pakistan) 

59 Instituto Peruano de Energia Nuclear (Peru) 

60 Swietokrzyska Academy, Institute of Physics (Poland) 

61 Instytut Fizyki, Uniwersytet £ódzki (Poland) 



63 Institute of Theoretical Physics, Warsaw University 


64 Jagiellonian University Institute of Physics, Cracow 


65 Institute of Nuclear Physics of Polish Academy of 

Sciences (Poland) 

66 Universidade de Lisboa (Portugal) 

67 National Institute for Physics and Nuclear Engineering 

(Romania) 

68 St. Petersburg State University, Institute of Physics 

(Russia) 

69 Petersburg Nuclear Physics Institute (Russia) 

70 Moscow State University (Russia) 

71 RRC "Kurchatov Institute" (Russia) 

72 Institute of Metrology for Time and Space at 

VNIIFTRI (Russia) 

73 Viatcheslav; Lebedev Physical Institute (Russia) 

74 V.G.Khlopin Radium Institute, St.Petersburg 

(Russia) 

75 Institute of Physics, Belgrade (Serbia and Montenegro) 

76 Univ Complutense Madrid, Atomic and Molecular 

Physics Dept (Spain) 

77 Consejo Superior de Investigaciones Científicas 

(CSIC), Madrid (Spain) 

78 Hospital Universitario La Paz (Spain) 

79 UNED- Universidad a Distancia (Spain) 

80 Stockholm University (Sweden) 

81 Manne Siegbahn Laboratory (Sweden) 

82 Mid-Sweden University (Sweden) 

83 Department of Physiscs at Göteborg University 

(Sweden) 

84 Physics Department of the University of Fribourg 

(Switzerland)


85 Institut für Physik, Universität Basel (Switzerland) 

86 KVI Atomic Physics, RijksUniversiteit Groningen 

(The Netherlands) 

87 Queen's University Belfast (United Kingdom) 

88 Department of Physics, The University of Durham 

(United Kingdom) 

89 Imperial College London (United Kingdom) 

90 University of Missouri-Rolla (USA) 

91 Brown University, Physics Department (USA) 

92 Oak Ridge National Laboratory (USA) 

93 Univeristy of Texas at Austin (USA) 

94 Western Michigan University (USA) 

95 Georgia State University (USA) 

SPECTRAP 

96 Kansas State University (USA) 

97 Columbia Astrophysics Laboratory, Columbia 

University (USA) 

98 E. O. Lawrence Berkeley National Laboratory 

(USA) 

99 Lawrence Livermore National Laboratory (USA) 

100 East Carolina University (USA) 

101 Harvard-Smithsonian Center for Astrophysics 

(USA) 

102 Old Dominion university, Norfolk, Virginia 

(USA) 

103 Heat Physics Department of the Uzbek Academy 

of Sciences (Uzbekistan) 

Albrecht, S. 3 , Andjelkovic, Z. 1,2 , Bharadia, S. 5 , Birkl, G. 3 , Cazan, R. 1 , Church, D. 6 , Coto, R.L. 4 , Geppert, C. 1,2 , 

Hannen, V. 4 , Jöhren, R. 4 , Nörtershäuser, W. 1,2 , Quint, W. 2 , Segal, D. 5 , Thompson, R. 5 , Vogel, M. 5 , Weinheimer, C. 

4 , Winters, D. 2 


Universität Mainz, Germany 


GmbH, Germany 

3 Fachbereich Physik, Technische Universität Darmstadt, 

Germany 

Spokesperson: Hans Geissel 

Super-FRS 

4 Institut für Kernphysik, Westfälische Wilhelms- 

Universität Münster, Germany 

5 Department of Physics, Imperial College London,, 

United Kongdom 

6 Department of Physics, Texas A&M University, USA 

Ackermann, Dieter 6 , Aumann, Thomas 6 , Äystö, Juha 10 , Behr, Karl-Heinz 6 , Beniliure, Jose 18 , Berz, Martin 13 , 

Brandau, Carsten 6 , Brünle, Adolf 6 , Chakrabarti, Alok 20 , Dendooven, Peter 12 , Fehrenbacher, Georg 6 , Floch, Eric 6 , 

Geissel, Hans 6 , Gerl, Jürgen 6 , Gleim, Martin 6 , Gorska, Magda 6 , Hüller, Wilfried 6 , Iwase, Hiroshi 11 , Janik, Rudolf 4 , 

Jokinen, Ari 10 , Kalimov, Alexander 15 , Kauschke, Marion 6 , Kelic, Alexandra 6 , Kindler, Birgit 6 , Kozlova, Ekaterina 6 , 

Kubo, Toshiyuki 16 , Kurz, Nikolaus 6 , Leibrock, Hanno 6 , Lettry, Jacques 3 , Litvinov, Yuri 6 , Lommel, Bettina 6 , 

Mahrun, Joachim A. 17 , Manikonda, Shashikant 1 , Marbs, Andreas 7 , Mondal, Manos 20 , Moritz, Gebhard 6 , Morrissey, 

David 14 , Mühle, Carsten 6 , Münzenberg, Gottfried 6 , Nociforo, Chiara 6 , Nolen, Jerry A. 1 , Plass, Wolfgang 8 , Podolyak, 

Zsolt 19 , Pschorn, Ina 6 , Radon, Torsten 6 , Ramakers, Heinz 6 , Richter, Herta 3 , Saren, Jan 10 , Savard, Guy 1 , 

Scheidenberger, Christoph 6 , Shatunov, Yuri 2 , Sherrill, Brad M. 14 , Simon, Haik 6 , Sitar, Brano 4 , Stieglitz, Robert 5 , 

Stoppel, Leonid 5 , Strmen, Peter 4 , Sümmerer, Klaus 6 , Tahir, Naeem A. 6 , Tauschwitz, Anna 17 , Tomut, Marilena 6 , 

Vobly, Pavel 2 , Weick, Helmut 6 , Wilfinger, Roman 3 , Winfield, John 6 , Winkler, Martin 6 , Xiang, Yu 6 , Yavor, Mikhail 

9 , Zeller, Albert F. 14 

1 ANL, USA 

2 BINP, Novosibirsk, Russia 

3 CERN, Switzerland 

4 Comenius University Bratislava, Slovakia 

5 FZK Karlsruhe, Germany 



7 Mainz, FH Mainz, Germany 

8 II. Phys. Inst., University Giessen, Germany 

9 Inst. of Analyt. Phys., RAS, St. Petersburg, Russia 


11 KEK, Tsukuba, Japan 

12 KVI Groningen, Netherlands 

13 MSU, USA 

14 NSCL, MSU, USA 

15 Polytech. University St. Petersburg, Russia 


17 Theor. Phys., University Frankfurt, Germany 

18 Uni St. Diago de Compostella, Spain 

19 University of Surrey, UK 


579


580 

Spokesperson: M. Schädel 

TASCA 

Ackermann, D. 1 , Andersson, L.-L.: 9 , Block, M. 1 , Brüchle, W. 1 , Düllmann, C.E. 1 , Dvorak, J. 6 , Dvorak, J. 12 , 

Eberhardt, K. 3 , Ellison, P. 6 , Ellison, P. 12 , Essel, H. 1 , Even, J. 3 , Forsberg, U. 8 , Gates, J. 2 , Gobulev,P. 8 , Gorshkov, A. 

2 , Graeger, R. 2 , Gregorich, K.E. 6 , Herzberg, R.-D. 9 , Heßberger, F.P. 1 , Jäger, E. 1 , Khuyagbaatar, J. 1 , Kindler, B. 1 , 

Kratz, J.V. 3 , Krier, J. 1 , Kurz, N. 1 , Lahiri, S. 11 , Liebe, D. 3 , Lommel, B. 1 , Maiti, M. 11 , Nayak, D. 11 , Niewisch, L. 5 , 

Omtvedt, J.P. 7 , Parr, E. 9 , Rudolph, D. 8 , Runke, J. 3 , Samadani, F. 7 , Schädel, M. 1 , Schausten, B. 1 , Schimpf, E. 1 , 

Semchenkov, A. 7 , Thörle-Pospiech, P. 3 , Türler, A. 2 , Türler, A. 4 , Türler, A. 13 , Uusitalo, J. 5 , Wiehl, N. 3 , Yakushev, 

A. 2 , Zhin, Q. 10 









5 University of Jyväskylä, Jyväskylä, Finland 

Spokesperson: D. Rudolph 

TASIPec 

6 Nuclear Science Division, LBNL, Berkeley, USA 




10 Institute of Modern Physics, Lanzhou, China 

11 SAHA Institute Of Nuclear Physics, Kolkata, India 

12 University of California, Berkeley, USA 


Ackermann, D. 1 , Andersson, L.-L. 6 , Düllmann, C.E. 1 , Eberhardt, K. 2 , Even, J. 2 , Forsberg, U. 5 , Gellanki, J. 5 , Gerl, 

J. 1 , Gobulev,P. 5 , Herzberg, R.-D. 6 , Heßberger, F.P. 1 , Hoischen, R. 1 , Jäger, E. 1 , Khuyagbaatar, J. 1 , Kojouharov, I. 1 , 

Kratz, J.V. 2 , Krier, J. 1 , Kurz, N. 1 , Merchan, E. 1,5,7 , Parr, E. 6 , Prokopowicz, W. 1 , Rudolph, D. 5 , Schädel, M. 1 , 

Schaffner, H. 1 , Schausten, B. 1 , Schimpf, E. 1 , Semchenkov, A. 4 , Thörle-Pospiech, P. 2 , Türler, A. 2,3,8 , Wollersheim, 

H.-J. 1 , Yakushev, A. 2 









The TRIGASPEC Collaboration 

Spokesperson: Blaum, K.; Nörtershäuser, W. 




8 Universidad Nacional de Colombia, Bogota, Colombia 


Beck, D. 1 , Beyer, H. 2,3 , Blaum, K. 2,3 , Block, T.M. 1 , Düllmann, C. 4 , Eberhardt, K. 4 , Eibach, M. 3,4 , Eitel, G. 5 , 

Ferrer, R. 6 , George, S. 6 , Geppert, C. 4 , Hammen, M. 4 , Herfurth, F. 1 , Ketelaer, J. 7 , Ketter, J. 2,3 , Kluge, H.-J. 1 , Knuth, 

K. 7 , Krämer, J. 4 , Kratz, J.V. 4 , Krieger, A. 4 , Lunney, D. 8 , Nagy, S. 1,2 , Neidherr, D. 9 , Neugart, R. 4 , Nörtershäuser, W. 

1,4 , Repp, J. 2,3 , Sanchez, R. 1,4 , Sieber, B. 4 , Smorra, C. 3,4 , Trautmann, N. 4 , Weber, C. 10 



2 Max-Planck-Institut für Kernphysik, Heidelberg 

(Germany) 

3 Physikalisches Institut, Ruprecht-Karls-Universität 

Heidelberg, Heidelberg (Germany) 


Universität Mainz, (Germany) 

5 Aerodynamisches Institut, RWTH Aachen, University 

(Germany) 

6 National Superconducting Cyclotron Laboratory, 

Michigan State University (USA) 

7 Institut für Physik, Johannes Gutenberg- 



de Masse, Orsay Campus (France) 

9 CERN, PH-Dept. / ISOLDE, Geneva (Switzerland)


10 Ludwig-Maximilians-Universität München, Gar- ching (Germany) 

Spokesperson: F.B. Rosmej 

The WDM Collaboration 

Abdallah Jr, J. 17 , Adonin, A. 3 , Aleksandrova, I. V. 14 , Basko, M. 12 , Beigman, I. 13 , Chtcherbakov, V. I. 14 , Demura, 

A. 10 , Faenov, A. Y. 11 , Fertmann, A. 12 , Golubev, A. A. 12 , Gromov, A. I. 14 , Hoffmann, D. H. H. 7 , Jacoby, J. 3 , 

Kapralov, V.G. 15 , Kizivetter, D. V. 15 , Koresheva, E. R. 14 , Koshelev, E. L. 14 , Kostriukov, A. Y. 15 , Kuteev, B. V. 15 , 

Kühl, Th. 7 ; Lee, R. W. 18 , Lisitsa, V. S. 10 , Maruhn, J. 4 , Merkuliev, Y. A. 14 , Nagai, K. 8 , Nikitenko, A. I. 14 , 

Nishimura, H. 8 , Norimatsu, T. 8 , Osipov, I. E. 14 , Pikuz, T. A. 11 , Redmer, R. 6 , Riley, D. 16 , Rosmej, F. B. 1 , Schlegel, 

T. 7 , Sergeev, V. Y. 15 , Sharkov, B. 12 , Stamm, R. 1 , Tauschwitz, Anna 4 , Tauschwitz, A. 7 , Timasheva, T. P. 14 , 

Tolokonnikov, S. M. 14 , Tolstikhina, I.Y. 13 , Turtikov, V. 12 , Ullrich, J. 5 , Vainshtein, L. A. 13 , Wahl, H. 7 , Weyrich, K. 7 , 

Yamazaki, Y. 9 , Zeitoun, P. 2 

1 Universite de Provence, PIIM-DGP, Marseille 

(France) 

2 LOA-ENSTA, Palaiseau (France) 

3 Johann Wolfgang Goethe Universität, Institut für 

AP, Frankfurt (Germany) 

4 Johann Wolfgang Goethe Universität, Institut für 

TP, Frankfurt (Germany) 


(Germany) 

6 University of Rostock, Institute of Physics, 

Rostock (Germany) 

7 GSI-Darmstadt, Plasmaphysik (Germany) 

8 Institute of Laser Engineering, Osaka (Japan) 

9 The Institute of Physical and Chemical Research 

RIKEN, Saitama (Japan) 

10 Kurchatov Institute, Moscow (Russia) 

11 MISDC VNIFFTRI, Mendeleevo (Russia) 

12 ITEP, Moscow (Russia) 

13 Lebedev Physical Institute, Laboratory of Optics, 

Moscow (Russia) 

14 Lebedev Physical Institute,Thermonuclear Target 

Laboratory, Moscow (Russia) 

15 State Polytechnic University of St. Petersburg, 

Plasma Physics Laboratory, St. Petersburg (Russia) 

16 Queens University, Belfast (United Kingdom) 

17 LANL, Los Alamos (USA) 

18 LLNL, Livermore (USA) 

581


FAIR Design Study ’DIRAC secondary- 

Beams’/FP6 (515873) 

http://www.gsi.de/fair/EU-Design- 

Study/index.html 

Coordinator: GSI, Darmstadt (Germany) 

Project coordinator: F. Weißbach 

Steering committee: F. Weißbach (GSI), 

H. Stöcker (GSI), P. Gianotti (Frascati), R. 

Krücken (München), R. Maier (FZJ), B. Franzke 

(GSI), D. Krämer (GSI) 

Contact at GSI: F. Weißbach, 

Projekt endete am 31. Jan. 2009 

FAIR Construction ’DIRAC-PHASE 1’/FP6 

(515876) 

http://www.gsi.de/fair/EU- 

Construction/index.html 


Project coordinator: I. Lemm 

Steering committee: H. Stöcker (GSI), H. 

Eickhoff (GSI), J.-E. Ducret 

(CEA), H. Ströbele (U-Frankfurt/M.) 

Contact at GSI: I. Lemm 

EURISOL-Design Study/FP6 (515768) 

http://www.eurisol.org 

Coordinator: INFN-LNL (Italy) 

Project coordinator: Y. Blumenfeld (IPN-Orsay) 

Project coordinator at GSI: K.-H. Schmidt 

Contact at GSI: A. Kelic 

Projekt endete am: 31. July. 2009 

EUROTRANS/FP6 (516520) 

 

Coordinator: FZK, Karlsruhe (Germany) 

Project coordinator: J. U. Knebel (NUCLEAR) 

Project coordinator at GSI: K.-H. Schmidt 

Contact at GSI: A. Kelic 

582 

EU projects at GSI 

Compiled by EU-Büro 

FAIR-PP/FP7 (211382) 

 


Project Coordinator: F. Weißbach 

Contact at GSI: F. Weißbach 

NuPNET/FP7 (202914) 

 

Coordinator: CNRS (France) 

Project Coordinator: S. Galès 

Project Coordinator at GSI: I. Reinhard 

Contact at GSI: I. Reinhard 

HiPER/FP7 (211737) 

 

Coordinator: STFC (UK) 

Project Coordinator: M. Dunne 

Project Coordinator at GSI: K. Witte 

Contact at GSI: T. Stöhlker 

Laserlab Europe cont./FP7 (212025) 

http://www.laserlab-europe.net 

Coordinator: Forschungsverb. Berlin (Germany) 

Project coordinator: W. Sandner (Berlin) 

Project coordinator at GSI: T. Kühl 

Contact at GSI: T. Kühl 

SLHC-PP/FP7 (212114) 

< http://info-slhc-pp.web.cern.ch/info-SLHC- 

PP/GB.htm> 

Coordinator: CERN, Geneva (Switzerland) 

Project coordinator: L.Evans 

Project coordinator at GSI: G. Fehrenbacher 

Contact at GSI: G. Fehrenbacher 

SPIRAL2-PP/FP7 (212692) 

 

Coordinator: GANIL, Caen (France) 

Project Coordinator: Lewitowicz 

Project Coordinator at GSI: J. Gerl 

Contact at GSI: J. Gerl


MC-PAD/FP7 (214560) 

 


Project Coordinator: C. Joram 

Project Coordinator at GSI: C. Schmidt 

Contact at GSI: C. Schmidt 

MC DITANET/FP7 (215080) 

 

Coordinator: KPI Heidelberg (Germany) 

Project Coordinator: C. Welsch 

Project Coordinator at GSI: P. Forck 

Contact at GSI: P. Forck 

MC Partner/FP7 (215840) 

 


Project Coordinator: M. Dosanjh 

Project Coordinator at GSI: W. Kraft-Weyrather 

Contact at GSI: W. Kraft-Weyrather 

EGEE III/FP7 (222667) 

 


Project Coordinator: B. Jones 

Project Coordinator at GSI: P. Malzacher 

Contact at GSI: P. Malzacher 

HADRONPHYSICS 2/FP7 (227431) 

http://www.hadronphysics2.eu/ 

Coordinator: INFN Frascati (Italy) 

Project coordinator: C. Guaraldo (LNF-INFN) 

Project coordinator at GSI: F. Weißbach 

Contact at GSI: F. Weißbach 

EuCARD/FP7 (227579) 

 


Project Coordinator: J.-P. Koutchouk 

Project Coordinator at GSI: J. Stadlmann 

Contact at GSI: J. Stadlmann 

Laserlab Europe II/FP7 (228334) 

http://www.laserlab-europe.net 

Coordinator: Forschungsverb. Berlin (Germany) 

Project coordinator: W. Sandner (Berlin) 

Project coordinator at GSI: T. Kühl 

Contact at GSI: T. Kühl 

ULICE/FP7 (228436) 

 

Coordinator:CNAO (Italy) 

Project Coordinator: Roberto Orecchia 

Project Coordinator at GSI: W. Kraft-Weyrather 

Contact at GSI: W. Kraft-Weyrather 

MC ILP-ULTRA/FP7 (230777) 

Coordinator: CNRS (France) 

Project Coordinator: Tikhonchuk 

Project Coordinator at GSI: T. Schlegel 

Contact at GSI: T. Schlegel 

ALLEGRO/FP7 (231965) 

www.allegroproject.eu/ 

Coordinator: Università Pavia (Italy) 

Project coordinator: A. Ottolenghi 

Project coordinator at GSI: M. Durante 

Contact at GSI: M. Durante, C. Kausch, 

583


584 

Projektträger des Bundesministeriums 

für Bildung und Forschung (BMBF) 

GSI is the managing institution for the BMBF project 

funding (so called "Verbundforschung") in the 

field of "Hadron- and Nuclear Physics". These public 

funds are foreseen to support research groups at 

universities in Germany to strengthen their ability to 

participate in experiments and projects performed at 

scientific institutions like GSI and CERN which are 

funded to a significant level from federal resources. 

BMBF project funding: 232 running projects with 

a total budget of 88,5 Mio. € (16,1 Mio. € in 2009). 

GSI F&E contracts ("Forschungs- und 

Entwicklungsvereinbarungen") 

Since 1969 GSI has special research and development 

contracts with German universities to 

strengthen the collaboration between these universities 

and GSI. Mainly resources for personnel are 

provided to enhance the participation of PhD students 

and young Post-Docs within GSI projects. 

GSI F&E Contracts: 99 running projects with a 

total budget of 13,1 Mio. € (4,2 Mio. € in 2009). 

GSI Projektträger / KKS 

D. Müller / I. Reinhard 

Helmholtz Association "Initiative and 

Networking Fund (IVF)" 

This fund is one of the Helmholtz Association's key 

instruments in achieving its strategic goals in 

Research and Innovation. It consists mainly of 

"Helmholtz Virtual Institutes" (Networks between 

GSI and University groups) and a programm to 

promote Young Researchers. 

GSI-HGF-IVF: 7 running projects with a total 

budget of 8,3 Mio. € (1,5 Mio. € in 2009). 

EU Framework Programm 6, EURONS 

GSI is the managing institution for the European 

Integrated Infrastructure Initiative (I3) in nuclear 

structure physics (EURONS). It consists of 45 institutions 

in 21 countries. The EURONS project 

ended in December 2008. In 2009 the final report 

was submitted to and accepted by the EC. 

EURONS: 27 projects with a total budget of 

14,0 Mio. € (3,6 Mio. € in 2008).

GSI SCIENTIFIC REPORT 2009 ANNEX-EVENTS-01 

Workshops, meetings, seminars and talks at the GSI in 2009 

S. Carignano, Torino: Heavy-quark bound states in a deconfined 

quark-gluon plasma. Theorie-Seminar, 07.01.2009. 

Marcel Toulemonde, Univ. Caen: Material modifications 

and sputtering by swift heavy ions: Role of the Electronphonon 

coupling. Physik dichter Plasmen mit Schwerionen- und 

Laserstrahlen, 13.01.2009. 

Stephan Paul/TU München: Origin and Structure of the 

Universe: Science at the Cluster of Excellence in Munich. 

GSI Kolloquium, 13.01.2009. 

Valentin Batteiger, MPQ Garching: Precision spectroscopy on 

single Magnesium ions in the weak binding limit. Atomphysik- 

Seminar, 14.01.2009. 

Clotilde Boulanger, Nicolas Stein, Institut Jean Lamour, 

Dpt Chimie et Physique des Solides et des Surfaces, CNRS 

- Nancy Universit - Universit Paul Verlaine, Metz, France: 

Electrodeposition of thermoelectric compounds: Application 

to nanowires. Seminar der Materialforschung, 20.01.2009. 

Sven Löchner: Untersuchung von Strahlungseffekten in 

anwendungsspezifischen integrierten Schaltungen (ASIC). 

IT/EE-Palaver, 20.01.2009. 

Ingo Peter, GSI: Superbeschleuniger in Genf und in Darmstadt 

- LHC und FAIR, warum wir beide brauchen. Wissenschaft 

für Alle, 21.01.2009. 

Sebastian Heß, GSI: Compton polarimetry of K- and L- 

REC radiation into highly charged uranium with a novel 

2D Si(Li) X-ray Polarimeter. Atomphysik-Seminar, 21.01.2009. 

J. V. Kratz/Universität Mainz: Chemical properties of the 

superheavy elements. GSI Kolloquium, 27.01.2009. 

Robert Lovrincic, Kirchhoff-Institut für Physik, Universität 

Heidelberg: Dynamic conductivity of chromium thin films 

on diamond from infrared spectra. Seminar der Materialforschung, 

27.01.2009. 

Adam Krol University of Lodz, Poland: Triaxiality as an 

important factor in the K quantum number violation, on 

the example of K-isomer decay in 132Ce. NuSTAR Seminar, 

28.01.2009. 

Marcel Toulemonde, CIRIL Caen, France: Surface material 

modifications by slow and high charge ions: Role of the 

electron-phonon coupling. Atomphysik-Seminar, 28.01.2009. 

Waturu Horiuchi, Niigata: Correlations and excitations 

of light nuclei. Theorie-Seminar, 28.01.2009. 

30th International Workshop on Physics of High En- 

Compiled by K. Große 

ergy Density in Matter. 31.01-05.02.2009. 

Hans Pfeiffenberger, AWI Bremerhaven: AG Forschungsdaten 

der Allianz deutscher Wissenschaftsorganisationen - 

auf dem Weg zu einer Policy im Umgang mit Forschungsdaten. 


Isao Tanihata/Osaka: At the limit of existance. GSI Kolloquium, 

03.02.2009. 

Harald Friedrich, TU München: Scattering, quantum reflection, 

and near threshold quantization. Theorie-Seminar, 

04.02.2009. 

Monika Zakova, Johannes Gutenberg-Universität Mainz: 

Nuclear Charge Radii Measurements of 7,10,11Be with Laser 

Spectroscopy. Atomphysik-Seminar, 04.02.2009. 

Sophie Heinz, GSI: Study of di-nuclear systems at SHIP. 

NuSTAR Seminar, 04.02.2009. 

Norito Ishikawa, Advanced Science Research Center, Japan 

Atomic Energy Agency (JAEA), Tokai-mura, Ibaraki, Japan: 

Ion track formation in oxide ceramics irradiated with high 

energy. Seminar der Materialforschung, 05.02.2009. 

Larry McLerran, BNL: Quarkyonic Matter and the Large 

Number of Colors Limit of QCD. Sonderseminar, 09.02.2009. 

Geiger Mode APDs for Frontier Detector Systems. 09.- 

10.02.2009. 

Georg Schreyer, Norbert Willnecker, Keithley Instruments: 

Einfach, schnell und zuverlässing Messen und Testen. IT/EE- 

Palaver, 10.02.2009. 

M.-C. Clochard and J.-E. Wegrowe, Laboratoire des Solides 

Irradis (LSI), Ecole Polytechnique, Palaiseau, France: Functionalized 

nanoporous track-etched membranes: fabrication and 

applications - A brief overview of the applications for charge, 

spin and heat transport. Seminar der Materialforschung, 

10.02.2009. 

Markus Oberthaler/Heidelberg: Wave mechanics observed 

with a lens. GSI Kolloquium, 10.02.2009. 

Matthias Clausen and Jan Hatje / DESY: CSS - Control 

System Studio - A New Operator Toolkit. Sonderseminar, 

11.02.2009. 

Matthias Clausen and Jan Hatje / DESY: Hands-On Session: 

CSS - Control System Studio - A New Operator Toolkit. 

Sonderseminar, 11.02.2009. 

Juliane Ginsel, GSI: Effektives Nukleon-Kern-Potential 

585

ANNEX-EVENTS-01 GSI SCIENTIFIC REPORT 2009 

aus mikroskopischen Vielteilchenrechnungen. Theorie- 

Seminar, 12.02.2009. 

Shaukat Khan, TU Dortmund: Future Plans for DELTA 

in Dortmund. Beschleuniger-Palaver, 12.02.2009. 

Volker Lindenstruth: Green IT Würfel. IT/EE-Palaver, 

17.02.2009. 

Gerhard Schwehm, European Space Astronomy Centre: 

ESAs Rosetta-Mission - Die lange Reise zum Kometen 

Churyumov-Gerasimenko. Wissenschaft für Alle, 25.02.2009. 

XXVIII. PANDA Collaboration Meeting. 02.-06.03.2009. 

Xin-Nian Wang (LBNL): QCD and Heavy-Ion Collisions. 

Sonderseminar, 03.03.2009. 

Symposium on the Physics of Dense Baryonic Matter. 

09.-10.03.2009. 

13th CBM Collaboration Meeting. 10.-13.03.2009. 

Vladimir Filinov, JIHT, RAS: Path Integral Monte Carlo 

Simulations of Strongly Coupled Quantum Coulomb Systems 

and Quark-Gluon Plasma. Sonderseminar, 11.03.2009. 

Lars Lietzau, Merck KGaA: Flüssigkristalle - Schnelle 

Moleküle für bewegte Bilder. Wissenschaft für Alle, 

18.03.2009. 

Giuliano Franchetti, GSI - FAIR-AT: Experimental studies 

of the high intensity driven emittance growth and beam 

loss in SIS18. Beschleuniger-Palaver, 19.03.2009. 

Achim Schwenk, TRIUMF: Neutron-Rich Nuclei and 

Nuclear Matter from Chiral Interactions. EMMI-Seminar, 

23.03.2009. 

Achim Schwenk: Neutron-Rich Nuclei and Nuclear Matter 

From Chiral Interactions. Sonderseminar, 23.03.2009. 

Harald Deppe, Holger Flemming: Entwicklung eines 4 

Kanal TDC ASIC für die Flugzeitmessung bei CBM. IT/EE- 

Palaver, 24.03.2009. 

NUSTAR Annual Meeting. 25.-27.03.2009. 

B. Manuel Hegelich, Los Alamos National Laboratory, Los 

Alamos, USA, und Ludwig-Maximilian Univ. München:: Laserdriven 

particle beams: Prospects for GeV ions and coherent 

keV X-ray sources. Physik dichter Plasmen mit Schwerionenund 


Tobias Fischer, Univ. Basel: Core collapse supernova 

simulations in spherical symmetry: state of the art of present 

models. Theorie-Seminar, 01.04.2009. 

C. Konrad Gelbke/MSU: Michigan State Universitys plans 

for a Facility for Rare Isotope Beams. GSI Kolloquium, 

14.04.2009. 

586 

Gert Aarts, Swansea University: Simulations at Finite 

Chemical Potential and the Sign Problem. EMMI-Seminar, 

20.04.2009. 

Wilfried Nörtershäuser, Johannes Gutenberg-Universität Mainz: 

Wie Laser uns helfen die Welt zu verstehen. Wissenschaft für 

Alle, 22.04.2009. 

Bertrand Delamotte, LPTMC Paris: Momentum dependence of 

correlation functions: calculations and results obtained for 

systems at or out-of-equilibrium. EMMI-Seminar, 27.04.2009. 

R3B Collaboration Meeting - NuSTAR. 27.04-30.05.2009. 

Mathias Münch: SNMP als Werkzeug für System- und 

Netzwerküberwachung. IT/EE-Palaver, 28.04.2009. 

X.Q. Yan, MPI für Quantenoptik, Garching: GeV monoenergetic 

proton beam generation in laser foil-plasma 

interactions. Physik dichter Plasmen mit Schwerionen- und 


Carsten Müller, MPI-K Heidelberg: Energetic electronion 

recollisions in intense laser fields. Atomphysik-Seminar, 

29.04.2009. 

U. Blell, FAIR-Synchrotrons/GSI: Schnell gepulste Magnete 

für FAIR. Beschleuniger-Palaver, 30.04.2009. 

Klaus Jungmann/KVI: The Atomic Nucleus - A Precision 

Laboratory. GSI Kolloquium, 05.05.2009. 

N. Medvedev, Universität Kaiserslautern: Excitation and relaxation 

of electronic subsystem at fs- timescales. Physik dichter 

Plasmen mit Schwerionen- und Laserstrahlen, 05.05.2009. 

EXL-ELISe Joint Collaboration Meeting on Technical 

Issues - NuSTAR. 05.05.2009. 

Andrey Volotka, TU Dresden: Hyperfine structure and g 

factor in heavy ions: Towards a test of QED in strong fields. 

Atomphysik-Seminar, 06.05.2009. 

Maitreyee Saha Sarkar, Saha Institute of Nuclear Physics: 

Nuclear structure around 132Sn core: probable new features 

in semi-magic Sn isotopes. NuSTAR Seminar, 06.05.2009. 

Marco Pignatari: Neutron capture nucleosynthesis in the 

explosive He-burning shell in massive stars. Theorie-Seminar, 

07.05.2009. 

Stefan Haller: Digitale Zertifikate. IT/EE-Palaver, 12.05.2009. 

Lothar Schmidt, Inst. für Kernphysik, Univ. Frankfurt: 

Young-type interference in collisions between Helium and 

molecular Hydrogen ions. Atomphysik-Seminar, 13.05.2009. 

Wilfried Nörtershäuser, Uni Mainz: The nuclear charge 

radius of Be-11 and recent achievements in high-resolution 

laser spectroscopy at GSI. NuSTAR Seminar, 13.05.2009. 

M. M. Basko, J. Maruhn, Anna Tauschwitz, V. G. Novikov,


GSI, Darmstadt (ITEP, Moscow); University of Frankfurt; 

KIAM, Moscow: Two-dimensional hydrodynamics with heat 

conduction and radiation transport. Physik dichter Plasmen 

mit Schwerionen- und Laserstrahlen, 19.05.2009. 

Marco Durante: The Program for Biophysics Research 

at the Future FAIR Facility. Sonderseminar, 19.05.2009. 

Peter Wieczorek: Entwicklung eines ladungsempfindlichen 

Vorverstärkers zur Auslese von Lawinenfotodioden. 


Franz von Feilitzsch/TU München: Low energy neutrino 

astronomy. GSI Kolloquium, 19.05.2009. 

Zbigniew Majka:: Status of FAIR. Sonderseminar, 19.05.2009. 

Joachim Enders, Technische Universität Darmstadt: Quanten 

mit höchster Energie - Der Mensch unter Dauerbeschuss. 

Wissenschaft für Alle, 20.05.2009. 

Pawel Danielewicz, MSU: Symmetry Energy in the Nuclear 

Surface. Theorie-Seminar, 20.05.2009. 

Shinya Wanajo, TU München: Nucleosynthesis in the 

neutrino-driven outflows of core-collapse supernovae. NuS- 

TAR Seminar, 20.05.2009. 

CHARM 2009 - Third International Workshop on Charm 

Physics. 20.-22.05.2009. 

Gabriel Schaumann, Detector and Target Laboratory, TU 

Darmstadt: Micro-Target Fabrication: The Challenge posed 

by High Repetition Rate Systems. Physik dichter Plasmen mit 

Schwerionen- und Laserstrahlen, 26.05.2009. 

Peter Zumbruch: EPICS: Experimental Physics and Industrial 

Control System. IT/EE-Palaver, 26.05.2009. 

Andrey Surzhykov, University of Heidelberg and GSI, Darmstadt: 

Electron-electron and electron-photon interactions in 

the presence of strong electromagnetic fields. Atomphysik- 

Seminar, 27.05.2009. 

Carsten Brandau, GSI: Applications of dielectronic recombination 

in nuclear physics. NuSTAR Seminar, 27.05.2009. 

A. R. Piriz, Universidad de Castilla-La Mancha, Spain: 

Sonderseminar: Rayleigh - Taylor Instability in solids. 

Physik dichter Plasmen mit Schwerionen- und Laserstrahlen, 

28.05.2009. 

ENC/EIC Workshop. 28.-30.05.2009. 

Peter Winter University of Illinois at Urbana-Champaign, 

U.S.A.: In a muon’s lifetime: From Fermi’s constant to 

calibrating the sun. Sonderseminar, 02.06.2009. 

Theodor Schlegel, GSI: Ponderomotive Ion Acceleration 

and Fast Ion Ignition with Ultraintense Laser Pulses. 


02.06.2009. 

Felix Riek/Texas A u. M: Medium Effects in Rho-Meson 

Photoproduction at JLAB. Theorie-Seminar, 03.06.2009. 

D.O. Gericke, Centre for Fusion, Space and Astrophysics, 

Department of Physics, University of Warwick: Theory and 

Simulations of Warm Dense Matter - Application to X-Ray 

Thomson Scattering. Physik dichter Plasmen mit Schwerionenund 


Dam Thanh Son, Institute for Nuclear Theory, University 

of Washington, Seattle: Viscosity, quark gluon plasma, and 

string theory. EMMI-Seminar, 09.06.2009. 

Helmut Dosch, DESY: Grand Challenges for Megafacilities. 

GSI Kolloquium, 09.06.2009. 

Chiara Nociforo, GSI: N =14,16 shell closure in O isotopes. 


XXIX. PANDA Collaboration Meeting. 15.-19.06.2009. 

Andre Hirschberg, Cristie Data Products: DeDuplizierung 

als Heilmittel gegen Datenexplosionen. IT/EE-Palaver, 

16.06.2009. 

Lyn Evans/CERN: The Large Hadron Collider, commissioning 

and re-commissioning. GSI Kolloquium, 16.06.2009. 

Paul Neumayer, Extreme Matter Institute (EMMI), Lawrence 

Livermore National Laboratory, Livermore, CA, USA: Charakterisierung 

dichter Plasmen mit Röntgen-Thomsonstreuung. 


16.06.2009. 

Ekaterina Kozlova, GSI: Shielding design for the target 

area of the Super-FRS. NuSTAR Seminar, 17.06.2009. 

Katharina Kubicek, MPI-K Heidelberg: Determination of 

x-ray transition energies in highly charged ions without 

reference lines at the Heidelberg EBIT. Atomphysik-Seminar, 

17.06.2009. 

Devesh K. Avasthi, Inter University Accelerator Centre, 

New Delhi; India: Engineering and synthesis of nanostructures 

by ion beams. Seminar der Materialforschung, 18.06.2009. 

Ina Mildner: CERN - FERN!. Frauen führen Frauen, 

18.06.2009. 

Erik Brambrink, LULI, Ecole Polytechnique, Palaiseau, 

France: Exploring the inner earth core boundary: The characterization 

of iron under high pressure and temperature. 


23.06.2009. 

F. Thielemann/Universität Basel: Astrophysics and Nuclear 

Physics: How, where and via which aspects does 

Nuclear Physics enter the Understanding of Astrophysical 

Objects. GSI Kolloquium, 23.06.2009. 

Birgit Schabinger, Univ. Mainz: Towards a g-factor determination 

of the electron bound in highly charged, 

587


medium-heavy ions. Atomphysik-Seminar, 24.06.2009. 

Ilka Petermann, GSI: R-process nucleosynthesis calculations 

with complete nuclear physics input. NuSTAR Seminar, 

24.06.2009. 

Sebastian Hess, GSI: Die Farbe des Universums. Wissenschaft 

für Alle, 24.06.2009. 

Ingo Hofmann, GSI: Laser Acceleration of Protons and Ions 

- Perspectives as New Accelerator Concept. Beschleuniger- 

Palaver, 30.06.2009. 

Jano Gebelein, KIP Heidelberg: An approach to systemwide 

fault tolerance for FPGAs. IT/EE-Palaver, 30.06.2009. 

Jens DIlling, TRIUMF: Penning trap experiments on the 

most exotic nuclei on Earth. NuSTAR Seminar, 30.06.2009. 

Kai Zuber/TU-Dresden: Auf der Suche nach dem doppelten 

Betazerfall. GSI Kolloquium, 30.06.2009. 

O. Renner, Institute of Physics, Academy of Sciences CR, 

Prague, Czech Republic: Advanced X - ray Spectroscopy 

of Hot Dense Plasmas: Laser - Produced Plasma - Wall 

Interaction. Physik dichter Plasmen mit Schwerionen- und 


Krzysztof Pachucki, Univ. Wasaw: Fine, hyperfine, and 

nuclear structure effects in small atomic and molecular 

systems. Atomphysik-Seminar, 01.07.2009. 

Uwe Greife, Colorado School of Mines: Proton capture 

measurements with radioactive ion beams. NuSTAR Seminar, 

01.07.2009. 

Gianluca Gregori, Rutherford Appleton Laboratory (UK): 

Equation of state of giant planets with high power lasers. 


07.07.2009. 

Dmitry A. Glazov, z.Zt. TU Dresden: g Factor of Highly 

Charged Ions. Screened QED Corrections. Atomphysik- 

Seminar, 08.07.2009. 

L. Groening: Results of the HIPPI-Experiments campaign 

at the UNILAC. Beschleuniger-Palaver, 10.07.2009. 

Dmitry Varentsov, GSI: PRIOR - Proton Microscope for 

FAIR. Physik dichter Plasmen mit Schwerionen- und Laserstrahlen, 

14.07.2009. 

Thomas R. Rodriguez, GSI: Nuclear structure studies 

with beyond mean field methods. Theorie-Seminar, 15.07.2009. 

Thomas Walther, TU Darmstadt: Entangled Photons and 

more .... Atomphysik-Seminar, 15.07.2009. 

Petr Navratil, LLNL: Ab initio many-body calculations 

of light ion reactions. Theorie-Seminar, 22.07.2009. 

EMMI Workshop - Quark-Gluon Plasma meets Cold 

588 

Atoms Episode II. 03.-08.08.2009. 

EMMI Workshop on Virtual Bremsstrahlung and HADES. 

12.08.2009. 

Marcus Bäumer (Vortragender) und Dipl.-Chem. Arne 

Wittstock, Institut für Angewandte und Physikalische Chemie, 

Universität Bremen: Heterogeneous Catalyst Engineering: 

Illusion or Reality? Seminar der Materialforschung, 18.08.2009. 

Heinrich Hora, Universität von New South Wales, Sydney, 

Australien: Lasergetriebene Kernfusion von Wasserstoff-Bor: 

Neuer Zugang zu sauberer Kernenergie. Physik dichter 


High Energy Proton Microscopy HEPM-2009. 24.- 

25.08.2009. 

Linear and nonlinear dynamics in the CERN SPS (as a 

test for the LHC). Beschleuniger-Palaver, 27.08.2009. 

Shoji Nagamiya, Director of J-PARC Center: J-PARC 

Project and Its Science. GSI Kolloquium, 31.08.2009. 

EMMI Workshop - Quarks, Hadrons and the Phase Diagram 

of QCD. 31.08-03.09.2009. 

5th SPARC Collaboration Symposium. 01.-04.09.2009. 

Atsushi Umeya, RIKEN: Lambda-Sigma coupling effect 

in neutron-rich p-shell hypernuclei in a shell-model calculation. 


XXX. PANDA Collaboration Meeting. 07.09-09.11.2009. 

Yoichi Ikeda, RIKEN: Energy dependence of K N interaction 

and strange dibaryon resonance. Theorie-Seminar, 

09.09.2009. 

M. Voskresenskaya, GSI: Neutrino scattering on nuclei - 

Interacting nucleon gas - Equation of state of nuclear matter. 

Theorie-Seminar, 15.09.2009. 

Kei-Ichi Kondo, Uni Tokyo, Chiba: Recent progress in 

dual superconductor picture for quark confinement. Theorie- 

Seminar, 16.09.2009. 

Walter Schön: Das lustre Filesystem bei GSI. IT/EE-Palaver, 

22.09.2009. 

David Ondreka, GSI: Die Zukunft der Datenversorgung 

für GSI und FAIR. Beschleuniger-Palaver, 24.09.2009. 

Heiko Scheit: 32Ne and the Island of Inversion: first inbeam 

gamma-ray spectroscopy study at the Radioactive Ion 

Beam Factory. NuSTAR Seminar, 24.09.2009. 

Tadafumi Kishimoto: Study of 48Ca double beta decay 

and CANDLES. NuSTAR Seminar, 24.09.2009. 

Marcus Pattloch, DFN Berlin: DFN-PKI: Leistungen, Erfahrungen 

und Perspektiven. IT/EE-Palaver, 29.09.2009.


Isfried Petzenhauser, GSI: Grundlegende Untersuchungen 

zur Stoßleistungstechnik des Magnetischen Horns am 

FAIR p-bar Target. Beschleuniger-Palaver, 01.10.2009. 

14th CBM collaboration meeting. 05.-09.10.2009. 

Kenji Morita, GSI: QCD sum rule approach to heavy 

quarkonia at finite temperature. Theorie-Seminar, 07.10.2009. 

RISING Symposium. 07.10.2009. 

Frank Nürnberg, TU Darmstadt: Warp Simulations for 

Capture and Control of Laser-Accelerated Proton Beams. 


13.10.2009. 

Tetsuya Yamaki, Japan Atomic Energy Agency (JAEA): 

Formation and Chemical Etching of Heavy Ion Tracks 

in Fluoropolymer Films. Seminar der Materialforschung, 

13.10.2009. 

Anastasiya Bondarevskaya, St. Petersburg State University: 

Highly charged ion beam polarization and its application 

to the search for the parity nonconservation effects in ions. 


TASCA 09 - 8th Workshop on Recoil Separator for Superheavy 

Element Chemistry. 14.10.2009. 

H.-J. Kunze, Ruhr-University: X-ray lasing in capillary 

discharges based on charge exchange between ions. 


20.10.2009. 

B.K. Panigrahi, Indira Gandhi Centre for Atomic Research, 

Kalpakkam, India: Use of ion accelerators and computer simulation 

towards development of radiation resistant materials. 

Seminar der Materialforschung, 22.10.2009. 

Burkhard Schillinger, TU München: Neutron Imaging - a 

tool complementary to X-rays. Physik dichter Plasmen mit 

Schwerionen- und Laserstrahlen, 27.10.2009. 

Horst Göringer: gStore und lustre - Experimentdatenspeicherung 

bei GSI. IT/EE-Palaver, 27.10.2009. 

Sebastian Raeder, Inst. für Physik, Univ. Mainz: Isotope 

selective trace-analysis of actinides for radioprotection using 

Resonance Ionisation Mass Spectrometry. Atomphysik- 

Seminar, 28.10.2009. 

Javier Menendez, Universidad Autonoma de Madrid: Nuclear 

Structure for Neutroniless Double-Beta Decay. 

EMMI-Seminar, 02.11.2009. 

CBM-China Meeting. 02.-04.11.2009. 

Zuzanna Siwy, Department of Physics and Astronomy, University 

of California, Irvine, USA: Ion Transport through Nanopores: 

From Living Cells to Ionic Diodes and Transistors. Seminar 

der Materialforschung, 03.11.2009. 

Claudia Veronika Meister, TU Darmstadt: On the search 

for new methods of short-time earthquake prediction. 


03.11.2009. 

Fritz Nolden, GSI: A new resonant Schottky pick-up for 

the ESR. Atomphysik-Seminar, 04.11.2009. 

Ivo Seitenzahl / MPI Astrophysik Garching: Effect of Auger 

and internal conversion electrons on late-time supernova 

light curves. Theorie-Seminar, 04.11.2009. 

Ivo Seitenzahl, MPI Astrophysik Garching: Effect of Auger and 

internal conversion electrons on late-time supernova light 

curves. Theorie-Seminar, 04.11.2009. 

Su-Ming Weng, TU Darmstadt und Institute of Physics, 

Chinese Academy of Sciences, Beijing, China: High - Power 

Laser Plasma Interaction by Fokker - Planck Simulations. 


10.11.2009. 

Torbjörn Rander, TU Berlin: Nano-scale imaging using 

X-ray holography. Seminar der Materialforschung, 10.11.2009. 

Jochen Walz, Universität Mainz: Precision Experiments 

with Antiprotons and Antihydrogen to Investigate Fundamental 

Physics. Atomphysik-Seminar, 11.11.2009. 

Takuya Furuta / LPC Caen: Applications of Antisymmetrized 

Molecular Dynamics. Theorie-Seminar, 11.11.2009. 

A. Popp, Max-Planck-Institute for Quantum Optics, Garching: 

Soft-X-Ray Undulator-Radiation from Laser- 

Wakefield-Accelerated Electrons. Physik dichter Plasmen 

mit Schwerionen- und Laserstrahlen, 17.11.2009. 

Ruediger Berlich, FZ Karlsruhe: Distributed Parametric 

Optimization using the Geneva Library. IT/EE-Palaver, 

17.11.2009. 

Alban Kellerbauer, MPI Heidelberg: Cold Antiprotons for 

Antimatter Gravity Studies. Atomphysik-Seminar, 18.11.2009. 

Frank Nürnberg, GSI: Warp Simulations for Capture and 

Control of Laser-Accelerated Proton Beams. Beschleuniger- 

Palaver, 19.11.2009. 

Thomas Halfmann, Institute of Applied Physics, TU Darmstadt: 

Storage of Light in Atomic Coherences. Atomphysik-Seminar, 

21.11.2009. 

EMMI Workshop FAIR Lattice QCD Days at GSI. 23.- 

24.11.2009. 

Beatrice Schuster, GSIand& TU Darmstadt: Materials at 

extreme conditions: Combining high pressure and heavy-ion 

irradiation. Physik dichter Plasmen mit Schwerionen- und 


Alexander Rothkopf, Tokyo University: Proper Heavy Quark 

589


Potential from Lattice QCD. EMMI-Seminar, 25.11.2009. 

R.D. DuBois, Missouri University of Science and Technology: 

Using Antimatter to Study Matter: Positron-Atom 

Inelastic Interactions and Kinematics. Atomphysik-Seminar, 

25.11.2009. 

V.B. Shutov, JINR, Dubna: Electron string ion sources applied 

for formation of highly charged ion beams. Atomphysik- 

Seminar, 26.11.2009. 

Ulrich Schramm, FZ Dresden-Rossendorf: Scaling of proton 

energies in ultra-short pulse laser plasma acceleration - 

and future projects at FZ Dresden-Rossendorf. Physik dichter 


Sarah Porteboeuf, Universite de Nantes: Study of hard 

processes with the EPOS event generator at LHC energies. 

EMMI-Seminar, 02.12.2009. 

V.B. Shutov, JINR, Dubna: Electron string ion sources applied 

for formation of highly charged ion beams. Atomphysik- 

Seminar, 02.12.2009. 

Radek Pleskac: Fragmentation of 7Li beams in water. 

Biophysics Seminar, 03.12.2009. 

XXXI. PANDA Collaboration Meeting. 07.-10.12.2009. 

Martin Droba, Goethe Universität Frankfurt: Non-Neutral 

Plasma and High Intensity Beam Physics. Physik dichter 


Alexey Sokolov, GSI: Charge Breeding in SPARC EBIT. 


CARAT 09 - Workshop on Advanced Diamond Detectors. 

13.-15.12.2009. 

Greg Chubarian, Texas, Cyclotron Institute: Production of 

rare isotope beams at the TAMU Cyclotron Institute (T-REX 

project). NuSTAR Seminar, 15.12.2009. 

Festseminar anlässlich des 60. Geburtstages von Theodor 

Schlegel. Physik dichter Plasmen mit Schwerionen- und Laserstrahlen, 

15.12.2009. 

Alexander E. Volkov, Kurchatov Institute: Kinetics of the 

electronic subsystem of ion irradiated dielectrics during the 

early stage of track formation. Seminar der Materialforschung, 

16.12.2009. 

Dmitry Kamanin and Yuri Pyatkov, Dubna: Recent results 

on clustering in cold nuclei. NuSTAR Seminar, 16.12.2009. 

K. Vantournhout/Gent: Nuclear Pasta with a touch of 

quantum / Towards fully antisymmetrised dynamics for bulk 

fermion systems. Theorie-Seminar, 16.12.2009. 

Pierre-Michel Hillenbrand, Univ. Gießen: Double ionization 

of highly charged Sn ions by electron impact. Atomphysik- 

Seminar, 16.12.2009. 

590 

Andreas Heinz, Yale: Evolution of nuclear shell-structure 

along N=126 and N=152. NuSTAR Seminar, 18.12.2009.


591


592 

Ackermann, Dieter 

Superheavy Elements - Investigating the Properties 

of Exotic High-Z Nuclear Matter 

International Symposium on Nuclear Physics 

Mumbai, India, 8.12.-12.12.2009 


Superheavy Element Synthesis and Nuclear 

Structure 

Nuclear Structure and Dynamics 2009 

Dubrovnik, Croatia, 4.5.-8.5.2009 


Lessons Learned from SHIP (and TASCA) 

Detectors and Related Issues 

Super Separator Spectrometer (S3) Workshop 

GANIL, Caen, France, 16.6.-17.6.2009 

Aksyutina, Yuliya 

Studies of light unbound nuclear systems beyond 

the dripline 

NUSTAR Seminar, GSI 

Darmstadt, Germany, 21.11.2009 

Al-Turany, M. 

GPU's for event reconstruction in the FairRoot 

Framework 

CHEP 2009 

Prag, März 2009 

Al-Turany, M. 

FairRoot Framwork 

Model 2009 

Tagbilaran, Bohol, Philippines, Mai 2009 

Andjelkovic, Z. 

Ion capture and non-destructive detection in the 

SPECTRAP experiment 

Frühjahrstagung der DPG Atome, Moleküle, 

Quantenoptik und Plasmen 

Hamburg (Germany), 2.–6. März 2009 

Andronic, A 

Hadron production at chemical equilibrium 

Workshop on Nuclear Matter Physics at SIS100 

Darmstadt (Germany), 27.Apr.09 

Andronic, A. 

Heavy quark(onium) at LHC: the statistical 

hadronization case 

SQM'09 

Buzios (Brazil), 27.09-02.10.2009 

Andronic, A. 

The horn, the hadron mass spectrum and the QCD 

phase diagram 

NN2009 

Conference contributions and Talks 


GSI, Darmstadt, Germany 

Beijing (China), 16-21 August 2009 

Andronic, A. 

Statistical hadronization of charm: energy 

dependence and in-medium effects 

Heavy Quarkonia Production in Heavy-Ion Collisions 

Trento (Italy), 25-29. Mai 2009 

Arcones, A. 

Influence of light nuclei on neutrino-driven 

supernova outflows 

CompStar 2009 

Coimbra (Portugal), 11.02.2009 

Arcones, A. 

Neutrino-driven supernova outflows and 

nucleosynthesis 

Seminar, Department of Physics 

Basel (Switzerland), 26.02.2009 

Arcones, A. 

Nucleosynthesis studies in neutrino-driven winds: 

influence of the nuclear physics input 

432. Heraeus-Seminar: Nucleosynthesis – making the 

elements of the universe 

Bad Honnef (Germany), 05.06.2009 

Arcones, A. 

Nucleosynthesis studies in neutrino-driven winds: 

influence of the nuclear physics input 

Nuclear Physics in Astrophysics IV 

Frascati (Italy), 08.06.2009 

Arcones, A. 

Electron fraction based on NSE and betaequilibrium; 

Nucleonsynthesis in neutrino-driven 

winds 

Workshop “Microphysics in Computational 

Relativistic Astrophysics 

Kopenhagen (Denmark), 28.08.2009 

Artikova, S. 

Beam Halo Studies with the QUASAR Group. 

University of Maryland 

Maryland (USA), 13.November 2009. 

Aumann, Thomas 

Reactions with neutron-proton asymmetric nuclei 

R3B 

Second International Conference on Nuclear 

Fragmentation NUFRA2009 

Kemer Antalya, Turkey, 27.9.-4.10.2009 


Reactions with high-energy radioactive beams for 

astrophysics


5th European Summer School on Experimental 

Nuckear Astrophysics 

Santa Tecla, Catania Italy, 20.9. - 27.9. 2009 


The dipole response of neutron-rich nuclei 

investigated with LAND@GSI 

Collective Motion in Nuclei under Extreme Conditions 

(COMEX 3) 

Mackinac Island, USA, 2.6.-5.6.2009 


Quasifree Scatterimg with radioactive beams 




Struktur und Dynamik von exotischen Kernen weit 

weg vom Stabilitätstal 

Arbeitstreffen Kernphysik 

Schleching, Germany, 26.2. - 5.3.2010 

Averbeck, R. 

The charm and beauty of RHIC 

Kolloquium zur "Struktur und Dynamik der 

elementaren Materie 

Frankfurt, 08.01.09 

Averbeck, R. 

PHENIX perspectives for the RHIC energy scan 

Workshop on "The Physics of Dense Baryonic Matter“ 

GSI, 10.03.09 

Averbeck, R. 

Urknall im Labor - Was Kern-Kern Kollisionen 

ueber die Materie des fruehen Universums verraten 

Physikalisches Kolloquium 

Darmstadt, 08.05.09 

Bender, M. 

Experimental and Theoretical Studies on Heavy ion 

Induced Desorption 

Seminar at CERN VSC-group 

Geneva (Switzerland), 28.September 2009. 

Berdermann, E. 

Single-crystal CVD-diamond detectors 

Workshop Detectors for Super-FRS 

GSI Darmstadt, 11. February 2009 


Early Diamond-on-Iridium (DoI) samples 

1st CARAT Workshop 

GSI, 13. - 15.12. 2009 

Berdermann, E. (invited) 

Diamond detectors for hadron physics research 

20th Europ. Conf. on Diamond, Diamond-Like 

Materials, Carbon Nanotubes, and Nitrides 

(DIAMOND 2009) 

Athens (Greece), 6. -10.10.2009 

Bert, C. 

Motion management in radiation therapy 

DPG Frühjahrstagung 

München, 9.-13.3.2009 

Bert, C. 

Moving targets II:Implications for (scanned) heavy 

ion beam therapy 

IBIBAM 

Köln, 6.-10.7.2009 

Bert, C. 

Current developments of beam tracking with 

scanned ion beams 

Real-Time Motion Adaptive Radiation Therapy 

Workshop 

Lübeck, 14/ September 2009 

Bert, C. 

Influence of target motion on (scanned) particle 

beam irradiation 

PTCOG 48 

Heidelberg, 29/ September 2009 

Block, Michael 

First Direct Mass Measurements of 252-254No with 

SHIPTRAP 

International Symposium on Exotic Nuclei, EXON- 

2009 

Sochi, Russia, 28.9.-2.10.2009 


First Penning Trap Mass Spectrometry of 

Transuranium Isotopes 

APPLICATION OF LASERS AND STORAGE 

DEVICES IN ATOMIC NUCLEI RESEARCH 2009 

Posen, Polen, 22.5.-25.5.2009 


Perspectives for Penning Trap Mass Measurements 

of Super Heavy Elements 

Workshop on Atomic Physics with Rare Atoms 

Ann Arbor, USA, 1.6.-3.6.2009 


First Direct Mass Measurements of 252-254No with 

SHIPTRAP 

Radioacvitve Nuclear Beams (RNB) 2009 

Grand Rapids, USA, 26.5.-30.5.2009 


First Direct Mass Measurements of Nobelium 

Isotopes 

DPG-Frühjahrstagung 2009, 1. Hauptvortrag im FV 

Massenspektrometrie 

Hamburg, Germany, 2.3.-6.3.2009 


High-Precision Mass Measurements of Neutronrich 

Fe and Co Isotopes at LEBIT 

Workshop on Nuclear structure of the neutron-rich 

region around Z=28 towards and beyond N=50 

Leuven, Belgium, 9.3.-11.3.2009 

Boretzky, Konstanze 

Dipole strength in neutron-rich Ni and Sn isotopes 

593


594 

The first EURISOL UG topical meeting – The 

formation and structure r-process nuclei, between 

N=50 and 82 (including 78Ni and 132Sn areas) 

Boutachkov, Plamen 

Development of detectors for slowed down beams at 

GSI 

Low Current, Low Energy Beam Diagnostics 

Hirschegg, Austria, 24.11.2009 


The hunt for missing isomers 

Seminarreihe 

TU Darmstadt, Germany, 19.11.2009 


Development of detectors for slowed down beams at 



Bochum, Germany, 16.03.2009 

Bräuning, H. 

Polarization Measurements of Radiative Electron 

Capture in Highly Charged Ions. 

DAE-BRNS Symposium on Atomic, Molecular and 

Optical Physics, IUAC 

New Dehli (India), 10.Februar 2009 

Braun-Munzinger, P. 

Resultate von RHIC und Pl ane fu r 

Quarkmateriestudien mit ALICE am LHC 

Kolloquium, Uni Giessen 

Giessen (Germany), 02.Feb.09 


Hadron production in ultra-relativistic nuclear 

collisions and the QCD phase boundary 

Symposium on dense baryonic matter, GSI 

Darmstadt (Germany), 09.Mrz.09 


Heavy quarks, quarkonia, and the quark-gluon 

plasma 

QM2009, student program 

Knoxville (USA), 29.Mrz.09 




symposium on quantum field theories in extreme envi- 

ronments 

Paris (France), April 23-25, 2009 


Relativistic nuclear collisions, 6 lectures 

doctoral training program on “Strongly correlated 

Quantum Systems”, ECT* 

Trento (Italy), April 27 -29, 2009 


Lessons from RHIC and Discovery Potential at 

LHC 

2ndCracow-Warsaw workshop on LHC physics 

Warsaw (Poland), 18.Mai.09 


Statistical hadronization, charmonia, and the QCD 

phase boundary 

ECT* workshop on charmonia in the QGP 

Trento (Italy), May 25-29, 2009 




CPOD09 symposium 

Brookhaven (USA), 01.Jun.09 


Relativistic Nuclear Collisions 

FIAS colloquium 

Frankfurt (Germany), 18.Jun.09 


Quarkonia and the Quark-Gluon Plasma 

EMMI and XXVI Max Born workshop 

Wroclaw (Poland), 01.Jul.09 


The ALICE experiment at LHC, status and plans, 

plenary talk 

LP09 conference 

Hamburg (Germany), 01.Aug.09 


ALICE@LHC, detector status and physics plans 

RNC seminar, LBNL 

Berkeley (USA), 22.Sep.09 


Charmonium, a special bound state, a probe for 

deconfinement in ultra- relativistic nuclear 

collisions 

colloquium, nuclear science division, LBNL 

Berkeley (USA), 23.Sep.09 


On local equilibration in ultra-relativistic nuclear 

collisions, panel discussion 

SQM2009 

Buzios (Brazil), 28.Sep.09 


Physics of ultra-relativistic nuclear collisions 

Minerva-Gentner Sympo- sium 2009: experiment 

confronts string theory 

Berlin (Germany), 13.Okt.09 


Reise zum Urknall 

Saturday Morning Physics 

Darmstadt (Germany), 01.Dez.09 

C.P.Welsch 

The USR at FLAIR.


FLAIR Meeting at MSL 

Stockholm (Sweden), 5.Februar 2009 

Castillo, J. 

Experimental investigations of relativistic 

hydrodinamics and the ideal fluid scenario at RHIC 

Relativistische Schwerionenphysik Seminar 

Darmstadt (Germany), 15.Jan.09 

Castillo, J. 

Shear viscosity/entropy ratio in Cold Atoms 

Relativistische Schwerionenphysik Seminar 

Darmstadt (Germany), 29.Jan.09 

Castillo, J. 

Multiplicity fluctuations and forward-backward 

correlations in proton-proton collisions at LHC 

energies 

ECT* Doctoral Training Programme 

Trento (Italy), 28.Mai.09 

Cazan, R. 

Towards sympathetic cooling of trapped ions with 

laser-cooled Mg+ ions for mass spectrometry and 

laser spectroscopy 

VIII International Workshop: APPLICATION OF 

LASERS AND STORAGE DEVICES IN ATOMIC 

NUCLEI RESEARCH - Recent Achievements and 

Future Prospects 

Poznan (Poland), 22.-25. Juni 2009 

Ciobanu, M. 

First results from PADI-2 

13th CBM Collaboration Meeting 

GSI, 10.-13. March 2009 

Ciobanu, M. 

Regarding the DC biasing of MAPD detectors 

CBM ToF Palaver 

GSI, 4. May 2009 

Ciobanu, M. 

Regarding the matching of PADI-1 to strip RPCs 

CBM ToF Palaver 

GSI, 25. May 2009 

Ciobanu, M. 

RPC-FEE Status Report 


Split (Croatia), 6.-9. October 2009 

Domingo-Pardo, Cesar 

Nuclear Astrophysics at CERN n_TOF 

Workshop on Nuclear Astrophysics Opportunities at 

the Underground Laboratory in Canfranc 

Barcelona, Spain, 18.-20.1.2009 


Simulations for AGATA at GSI 

HISPEC/DESPEC Meeting 

GSI, Darmstadt, Germany, 23.-24.3.2009 


Nuclear Astrophysics at CERN n_TOF and at FAIR 

DESPEC 

Annual NUSTAR Meeting 



MC Simulations for the campaign of AGATA at 


VIIIth AGATA Week 

Köln,Germany, 30.3.2009-3.4.2009 


s-process nucleosynthesis in massive stars: new 

(n,gamma) measurements on 60Fe, 62Ni and 64Ni 


Frascati, Italy, 8.-12.6.2009 


Simulations for the campaign of AGATA at GSI 

Workshop on AGATA at GSI 

GSI, Darmstadt, 15.-16.7.2009 


Applying gamma-imaging techniques in nuclear 

physics experiments 

Seminar for the Visit of the Saudi Arabian Delegation 

GSI, Darmstadt, 16.09.2009 


Monte Carlo Simulations for the PreSPEC 

campaign of AGATA at GSI 

HISPEC/DESPEC Meeting 

Darmstadt, Germany, 5.-6.10.2009 


Neutron Capture Measurements for Nuclear 

Astrophysics at CERN n_TOF 

Invited Seminar 

Laboratori Nazionali di Legnaro, Legnaro, Italy, 


A Novel 3D Scanner for gamma-tracking detectors 

Detector systems networking workshop 



Nuclear Astrophysics at FAIR (Invited) 

VIII Latin American Symposium on Nuclear Physics 

and Applications 

Santiago, Chile, 14.-19.12.2009 

Düllmann, Christoph Emanuel 

Decay properties of 'chemical isotopes' of light 

even-Z transactinides 

7th Workshop on the Chemistry and Physics of the 

Heaviest Elements 

Mainz, Germany, 11.10.-13.10.2009 


Studies of the reaction 244Pu(48Ca,3- 

4n)188,289_114 at TASCA 



Mainz, Germany, 11.10.-13.10.2009 

595


596 


Physikalische Vorseparation - Eine neue Technik 

für spannende Chemieexperimente mit schwersten 

Elementen 

GDCH - Wissenschaftsforum Chemie 2009, 

Frankfurt a. Main, 30.8.-2.9.2009 


Chemistry behind a separator: lessons from BGS 

and TASCA for S3 

Super Separator Spectrometer (S3) Workshop 

GANIL, Caen, France, 16.6.-17.6.2009 


GSI Nuclear Chemistry Studies of Superheavies 

International Symposium - Periodic Table of D.I. 

Mendeleev -The New Superheavy Elements 

Dubna, Russia, 20.1.-21.1.2009 

Durante, M. 

Space radiation biology 

General seminar of the Fraunhofer Institue, Euskirchen 

Euskirchen (Germany), 4/ März 2009 

Durante, M. 

Heavy ions in therapy and space 

General seminar of CEA, Saclay 

Saclay (France), March 20, 2009. 

Durante, M. 

Heavy ion radiobiology in therapy and space 

Colloquia of DKFZ 

Heidelberg (Germany), April 8, 2009. 

Durante, M. 

Radiation Biophysics at GSI 

Meeting of the Korean Phyisical Sciety 

Seoul (Korea), April 23, 2009. 

Durante, M. 

Havy ion therapy 

GSI-KACS Symposium 

Ryadh (Saudi Arabia), May 2, 2009. 

Durante, M. 

Radiation Protection in Space 

General Seminar at FIAS 

Frankfurt (Germany), May 28, 2009. 

Durante, M. 

View for particle tehrapy in the future 

Summary talk at the ENLIGHT meeting 

Valencia (Spain), June 19, 2009. 

Durante, M. 

Radiation biology on the Moon 

ESA Exploration Meeting 

Nordwijk (The Netherlands), June 26, 2009. 

Durante, M. 

Space radiation protection 

RADAM meeting 

Frankfurt (Germany), July 3, 2009. 

Durante, M. 

Heavy ion induuced chromosomal aberartions 

10th ICEM Symposium 

Florence ( Italy), August 24, 2009. 

Durante, M. 

Heavy ion biophysics 

34th ERRS Meeting 

Prague (Czech Republic), August 28, 2009. 

Durante, M. 

Heavy ions in therapy 

World Congress on Medcial Physics 

Munich (Germany), September 11, 2009. 

Durante, M. 

Heavy ions from tehrapy to space 

38th PTCOG, Heidelberg 

Heidelberg (Germany), October 2, 2009. 

Durante, M. 

Heavy ion induced chromosomal aberartion 

Microdosimetry Symposium 

Verona (Italy), October 28, 2009 

Durante, M. 

Heavy ion biophysics 

FANTOM Summer School 

Emmen (the Netherklands), November 2, 2009. 

Durante, M. 

Mathematical models in radiation biophysics 

Meeting of the TPS collaboration 

Turin (Italy), November 6, 2009. 

Dworsckak, Michael 

First direct Penning trap mass measurements on 

transuranium elements with SHIPTRAP 

Tours Symposium on Nuclear Physics and 

Astrophysics VII 

Kobe, Japan, 15.-21.11.2009 




Institute of Modern Physics, Chinese Academy of 

Sciences 

Lanzhou, China,, 23.11.2009 




Seminar Institute of Theoretical Physics, Chinese 

Academy of Sciences 

Peking, China,, 26.11.2009 

Egelhof, Peter 

The EXL Target Recoil Detector – Overview on 

Status and Perspectives 

EXL/ELISe Joint Collaboration Meeting on Technical 

Issues 

GSI, Darmstadt, 4.5.-6.5.2009 

Egelhof, Peter


Future Perspectives for the Application of Low 

Temperature Detectors in Heavy Ion Physics 

13th Int. Workshop on Low Temperature Detectors, 

LTD13 

Stanford, USA, 20.7.-24.7.2009 

Egelhof, Peter 

Exotic Nuclei Studied in Direct Reactions at Low 

Momentum Transfer – Recent Results and Future 

Perspectives at FAIR 

6th Int. Workshop on Direct Reactions with Exotic 

Beams, DREB 2009 

Tallahasseee, USA, 16.12.-19.12.2009 

Eibach, M. 

Penning trap mass measurements and laser 

spectroscopy on neutron-rich fission products 

extracted from the research reactor TRIGA-Mainz 




Elsässer, T. 

Modellierung der biologischen Wirkung von 

Ionenstrahlen 

Seminar Partikeltherapie 

Marburg (Germany), 1/ März 2009 

Elsässer, T. 

Dosimetry and RBE of pulsed particle beams 

440th Heraeus Seminar 

Fraueninsel (Germany), 16/ September 2009 

Elsässer, T. 

Status of LEM and future perspective 

ENLIGHT Meeting 

Valencia (Spain), 18/ Juni 2009 

Elsässer, T. 

Modelling biological effects of heavy ions: from 

therapy to space 

VI. Conf. On Rad. Damaage 

Frankfurt (Germany), 2/ Juli 2009 

Elsässer, T. 

Biological Treatment Planning 

PTCOG48 Educ. Workshop 

Heidelberg (Germany), 29/ September 2009 

Fehrenbacher, G. 

Radiation safety planning for particle therapy 

facilties 

41. Jahrestagung Fachverband für Strahlenschutz 

Alpbach, Tirol, Österreich, 21.-25.September2009 

Feldmeier, H. 

Shells, Clusters and Halos – Concepts to solve the 

nuclear many-body problem 

Seminar, Niigata University 

Niigata (Japan), 14.05.2009 

Feldmeier, H. 

UCOM – The unitary correlation operator method 

Seminar, University of Tokyo 

Tokio (Japan), 11.06.2009 

Feldmeier, H. 

Shells, Clusters and Halos 

Seminar, TNP RIKEN 

Wako (Japan), 08.06.2009 

Feldmeier, H. 

UCOM – The unitary correlation operator method 

YITP International Workshop on Developments of 

nuclear structure models from the viewpoint of nuclear 

force 

Tokio (Japan), 22.05.2009 

Feldmeier, H. 

Exotic Structures in Light Nuclei 

EXON 2009 International Symposium on Exotic 

Nuclei 

Sochi (Russia), 28.09.2009 

Fils, J. 

Scientific opportunities and technological issues of 

the Extreme Light Infrastructure 

Light at Extreme Intensities 2009 

Brazov (Romania), 16. - 21. Oktober 2009 

Friedrich, T. 

Uncertainties in RBE for Carbon Ions 

PTCOG 48 

Heidelberg (Germany), 3/ Oktober 2009 

Friman, B. 

Fluctuations near the chiral critical endpoint 

EMMI Workshop on Quarks, Hadrons and the Phase 

Diagram of QCD 

St. Goar (Germany), 31.08.2009 

Fritzsche, S. 

Direct and sequential multi-photon processes (2 

Lectures) 

International Summer School on FEL and Synchrotron 

Radiation 

Pühajärve (Estland), Mai 2009 

Fritzsche, S. 

How well do we understand the electronic structure 

and properties of medium and heavy elements? 

VIII International Workshop on Applications of Lasers 

and Storage Devices in Atomic Nuclei Research 

Poznan (Poland), 24.Juni 2009 

Fritzsche, S. 

A Computer-Algebraic Approach to the Simulation 

of Multi-Qubit Systems. 

International Conference on Mathematical Modeling 

and Computational Physics 

Dubna, Russia, 08.Juli 2009 

Fuchs, R. 

Wissenschaftlicher Gerätebau - Die Zentrale 

Technik als Partner der Wissenschaft 

Abschiedskolloqium für Herrn Dr. Rainer Barfuß at 

GKSS 

Geesthacht (Germany), 19. März 2009 

597


598 

Geissel, Hans 

New Experiments with Stored Exotic Nuclei at the 

FRS-ESR Facility 


Dubrovnik, Croatia, 4-8. 5. 2009 

Geissel, Hans 

NUSTAR Experiments 

Graduierten Kolleg, Justus-Liebig University Giessen 

Giessen,, 16.04.2009 

Geissel, Hans 

Present and Future Experiments with Stored Exotic 

Nuclei 


2009 

Sochi, Russia, 28.9-2.10.2008 

Geissel, Hans 

Experiments with Exotic Nuclei at GSI 

RIKEN Seminar 

Tokyo, Japan, 26.11.2009 

Geissel, Hans 

Experiments with stored exotic nuclei at GSI and 

FAIR 



Kobe, Japan, 17-20.11.2009 

Geissel, Hans 

Present and future experiments with exotic nuclei 

Seminar, University Warsaw 

Warsaw, Poland, 16.12.2009 

Geppert, Ch. 

Frequenzkammgestützte Laserspektroskopie 

kurzlebiger Isotope zur 

Kernladungsradiusbestimmung des Halokerns 

11Be. 

DPG Spring Meeting 2009 

Hamburg (Germany), 04.März2009 

Geppert, Ch. 

Frequenzkammgestütze Laserspektroskopie 

kurzlebiger Isotope zur 

Kernladungsradienbestimmung des Halokerns 11Be 

(Hauptvortrag) 




Gerl, Jürgen 

In-Beam and Decay Spectroscopy at GSI and FAIR 

CAP Conference 

Moncton, Canada, 08.06.2009 

Gerl, Jürgen 

From RISING to HISPEC/DESPEC 

Frontiers in Gamma Ray Spectroscopy 

Mumbai, India, 2.-4.3.2009 

Gerl, Jürgen 

PRESPEC 

NUSTAR Annual Meeting 


Gerl, Jürgen 

NUSTAR Detector set-ups 

Detector systems networking workshop 


Gerl, Jürgen 

PRESPEC Fast Beam Campaign 

PRESPEC Physics Workshop 

GSI, Darmstadt, Germany, 23.06.2009 

Gerl, Jürgen 

gamma spectroscopy, instrumentation development 

and associated applications 

Seminarreihe 

LBNL Berkeley, USA, 8.2009 

Gerl, Jürgen 

The Physics of Exotis Nuclei 

Seminarreihe 

Univ. Bogota, Colombia, 2.2009 

Gonzalez-Diaz, D 

Design and Optimization of the CBM Time of Flight 

Wall 

IEEE Nuclear Science Symposium and Medical 

Imaging conference 

Orladndo, Florida, October 25-31, 2009 

Göringer, H. 

gStore und lustre: Experimentdatenspeicherung 

bei GSI 

ITEE-Palaver 

GSI Darmstadt, 27. Oktober 2009 

Gorska, M. 

Recent Results from RISING. 

IAP Belgian Research Initiative on eXotic nuclei 

(BRIX), Annual Workshop 

Leuven (Belgium), 15. Juni 2009. 

Gorska, M. 

Shell structure deduced from isomer and beta decay 

data on exotic nuclei. 

ECT - European Centre for Theoretical Studies in 

Nuclear Physics and Related Areas, Shell 

Confrontation and Convergence in Nuclear Theory 

Trient (Italy), 27. Juli-31. Juli 2009. 

Gorska, M. 

Gamma-ray spectroscopy of exotic nuclei at GSI. 

10th International Conference on Nucleus-Nucleus 

Collissions (NN2009) 

Beijing, China, 16. August-21. August 2009. 

Gorska, M. 

Sn-100 and recent spectroscopy on exotic nuclei. 

Tours symposium on Nuclear Physics and 

Astrpophysics VII 

Kobe, Japan, 16.-20. November 2009.


Gorska, M. 

Structure of heavy Cd and in isotopes up to N = 82. 

The first EURISOL Users Group Topical Meeting, 

Laboratori Nazionali del Sud - INFN 

Catania, Italy, 9.-11. Dezember 2009. 

Götte, S.: 

The PHELIX Control System (PCS). 

Internal Seminar on Laser Technology, Helmholtz 

Institut Jena 

Jena (Germany), 6. November 2009. 

Götte, S.: 

LabVIEW for Big Physics: The PHELIX Control 

System. 

National Instruments, BIG PHYSICS Round Table 2 

Paris (France), Februar 2009 

Götzen, K. 

Physics at BES-III 

Seminar on Strong Interactions 

München (Germany), 23. 11. 2009 

Götzen, K. 

Physics at BES-III 

Graduiertenkolleg und EMG Seminar 

Mainz (Germany), 18. 11. 2009 

Götzen, K. 

The PANDA Experiment at FAIR 

Troia09, 2nd International Conference on Hadron 

Physics 

Cannakkale (Turkey), 10.-14. Sep. 2009 

Götzen, K. 

Recent results on hadron spectroscopy from BES 

7th International Workshop on e+ e- Collisions from 

phi to psi 

Beijing (China), 13.-16. Okt. 2009 

Grisenti, R. 

Cryogenically cooled liquid droplet beams: basic 

properties and applications in plasma and 

condensed matter physics. 

Arizona State University 

Tampe, (Arizona), 26. März 2009. 

Grisenti, R. 

Size characterization and laser-driven explosion of 

nanometer- to micrometer-sized liquid helium 

droplets. 

Laser Plasma Accelerator Workshop - LPAW 2009 

Kardamili (Greece), 22.-26. Juni 2009. 

Hagmann, S. 

Multi-Electron Continua and -Cusps in Strongly 

Perturbing Ion-Atom Collisions. 

ISIAC 2009, Old Dominion Univ. 

Norfolk, Virginia (USA), 18.Juli 2009 

Harasimowicz, J. 

Diagnostics for the USR, low current BPMs. 

Workshop on Low Energy, Low Intensity Beams 

Hirschberg (Germany), 25. November 2009 

Harasimowicz, J. 

Beam Instrumentation for the USR. 

INFN-LNF 

Rome (Italy), 27.Oktober 2009 

Hartel, Carola 

"mFISH analysis of cytogenetic damage in 

lymphocytes of prostate cancer patients treated 

with IMRT and Carbon ions. 

Heavy ions in therapy and space 

Koeln (Germany), 6.-10.7.2009 

Heil, Michael 

Selected recent experimental nuclear astrophysics 

results at GSI and future perspectives 



Heil, Michael 

Coulomb Dissociation experiments at GSI for 

Nuclear Astrophysics 


Frascati, Italy, 8.6.-12.6.2009 

Heinz, Sophie 

Di-nuclear system studies at Coulomb barrier 

energies 

International Conference on Nuclear Structure and 

Related Topics (NSRT) 

Dubna, Russia, 30.6.-4.7.2009 

Heinz, Sophie 

Recent experiments at SHIP 

Bogoliubov Laboratory of Theoretical Physics 

Dubna, Russia, 26.06.2009 

Heinz, Sophie 

Study of di-nuclear systems and cluster evaporation 

at SHIP 

Justus-Liebig Universität Gießen 

Gießen, Germany, 06.11.2009 

Herfurth, F. 

The HITRAP decelerator linac at GSI. 

Particle Accelerator Conference PAC'09 

Vancouver (Canada), 06.Mai 2009 

Herfurth, F. 

HITRAP – Heavy, Highly-Charged Ions and 

Antiprotons at Rest 

XXXI Mazurian Lakes Conference on Physics 

Piaski ( Poland), 31.August 2009 

Herfurth, F. 

Direct mass measurements in the trans-fermium 

region with the Penning trap mass spectrometer 

SHIPTRAP. 

XXXI Mazurian Lakes Conference on Physics 

Piaski ( Poland), 3.September 2009 

Hofmann, Sigurd 

599


600 

Superheavy Elements by Cold Fusion 


Mendeleev - The New Superheavy Elements 

JINR, Dubna, Russia, 20.-21.1.2009 


Study of Superheavy Elements at the GSI SHIP 

American Chemical Society, 237th National Meeting 

Salt Lake City, UT, USA, 22.3.-26.3.2009 


Superheavy Elements 

KSA-FAIR future collaboration KACST 

Riyadh, Saudi Arabia, 1.-5.5.2009 


Experiments on Superheavy Elements 

16th Nuclear Physics Workshop 'Maria and Pierre 

Curie' 

Kazimierz Dolny, Poland, 23.9.-25.9.2009 


Studies of SHE at SHIP 


2009 

Sochi, Russia, 28.9.-2.10.2009 


Study of SHE at SHIP 



Kobe, Japan, 15.-21.11.2009 


On the Discovery of Superheavy Elements 

Carlsbad Section of the American Nuclear Society 

WIPP 

Carlsbad, NM, USA, 16.03.2009 


On the Discovery of the Heaviest Elements 

T2-Seminar, LANL 

Los Alamos, NM, USA, 18.03.2009 

Holzmann, R. 

Dilepton production at SIS energies studied with 

HADES 


Collisions NN2009 

Beijing (China), August 16-21, 2009 

Huhn, C. 

Linux Desktop Management with old school NFSroot 

boot 

HEPiX Fall 2009 meeting 

Lawrence Berkeley National Laboratory 1, Cyclotron 

Road, Berkeley, CA, 94720 USA, 29-Oct-2009 16:30 

(America/Los_Angeles) 

Ilieva, Stoyanka Kirilova 

Nuclear Matter Density Distributions of 12Be, 14Be 

and 8B Nuclei from Elastic Proton Scattering 

Annual NuSTAR Meeting 2009 

GSI, Darmstadt, 

Jakob, B. 

Live cell imaging at the beamline 

Microbeam Workshop 

Bordeaux (Frankreich), 25 - 27 März 2009 

Jakob, B. 

Positional Stability of Multiple Radiation Induced 

DNA Double-Strand Breaks Supports „Contact 

First-Hypothesis“ of Chromosomal Exchanges 

ISCA 

St. Goar, 11 - 12 Juli 2009 

Jakob, B. 

Spatiotemporal Dynamics of Double-Strand Break 

Repair and Genetic Effects of Charged Particles 

GBS 

Essen, 30 September - 2 Oktober 2009 

Junginger, T. 

RF characterization of superconducting samples. 

Gentner Day, CERN 

Geneva (Switzerland), 18. November 2009 

Junginger, T. 

Electromagnetic Simulations for the Magnetic 

Shielding of the SPL. 

3rd SPL Collaboration Meeting at CERN 

Geneva (Switzerland), 11.Oktober 2009 

Junginger, T. 

RF characterization of superconducting samples. 

SRF Workshop 

Berlin (Germany), 17.-25.September 2009 

Junginger:, T. 

Calculating Cavity Fields by Analytical and 

Numerical Approaches. 

Joint Universities Accelerator School 

Archamps (France), 24.Februar 2009 

Kalweit, A. 

Particle Identification with the ALICE Time 

Projection Chamber 

DPG Frühjahrstagung 2009 

Bochum (Germany), 20.Mrz.09 

Kalweit, A. 

dE/dx measurements in large volume TPCs 

11th International Conference on Advanced 

Technology and Particle Physics 

Como (Italy), 07.Okt.09 

Kalweit, A. 

Proton-Proton Physik mit ALICE 

Arbeitstreffen deutscher Kernphysiker 

Schleching (Austria), 26.Feb.09 

Kalweit, A. 

Calibration and cosmic ray data analysis of the 

ALICE Time Projection Chamber 

Marie Curie training workshop on Particle Detectors 

(MC-PAD) 

Cracow (Poland), 16.Sep.09


Karsch, F. 

QCD thermodynamics – 30 years of heated debates 

Workshop on Quantum Field Theory in Extreme 

Environments 

Paris (France), 25.04.2009 

Karsch, F. 

Exploring the Properties of QCD at Non-Zero 

Temperature and Density 

NIC-Beirat 

Zeuthen (Germany), 17.06.2009 

Karsch, F. 

Magnetic Equation of State of (2+1)-flavor QCD 

EMMI Workshop on Quarks, Hadrons and the Phase 

Diagram of QCD 

St. Goar (Germany), 01.09.2009 

Karsch, F. 

The QCD Phase Diagram from Lattice Regularized 

QCD 

DNP/JPS meeting 

Hawaii (USA), 15.10.2009 

Kisel, I. 

Tracking on GPUs (CBM and ALICE) 

IRTG School 

Bergen (Norway), February 09-13, 2009 

Kisel, I. 

Development of Online Event Selection in CBM 

DPG-09 

Bochum (Germany), March 16-20, 2009 

Kisel, I. 

First Level Event Selection Package of the CBM 

Experiment 

Computing in High Energy Physics CHEP09 

Prague (Czech), 26.Mrz.09 

Kisel, I. 

Online Event Selection in the CBM Experiment 

Real-Time Conference RT09 

Beijing (China), May 10-15, 2009 

Kisel, I. 

Event Reconstruction in STS 

CBM at SIS100 

Dubna (Russia), May 19-22, 2009 

Kisel, I. 

Online Event Selection in Heavy Ion Experiments 

Mathematical Modeling and Computational Physics 

MMCP'2009 

Dubna (Russia), July 7-11, 2009 

Kisel, I. 

CBM Fast Tracking 

CBM FLES Kick-off Meeting 

GSI (Germany), 02.Okt.09 

Kisel, I. 

Online Event Selection 

CBM-China Meeting 

Beijing (China), November 2-4, 2009 

Kisel, I. 

Online Event Selection in CBM 

HIC for FAIR 

Darmstadt (Germany), 24.Nov.09 

Kisel, I. 

Online Event Reconstruction in HEP Experiments 

FIAS Colloquium 

Frankfurt (Germany), 03.Dez.09 

Kluge, H.-J. 

Atomic physics techniques for studying nuclear 

ground state properties, fundamental interactions 

and symmetries: Status and perspectives. 

Int. Workshop on Application of Lasers and Storage 

Devices in Atomic Nuclei Research 


Kluge, H.-J. 

High-Accuracy Mass Spectrometry for 

Fundamental Studies. 

18th Int. Mass Spectrometry Conference 2009 

Bremen (Germany), 30. August - 04. September 2009 

Kluge, H.-J. 

Precision experiments at lowest energies for 

fundamental tests and constants. 

434. WE-Heraeus-Seminar 

Bad Honnef (Germany), 15. - 17. Juni 2009 

Koenig, Ilse 

The HADES Oracle database and its interfaces for 

experimentalists. 

Computing in High Energy and Nuclear Physics 

Prague, Czech Republic, März, 2009 

Koenig, W 

High Rate MIPs Diamond Detectors with a Time 

Resolution σ < 50 ps ? 

1st CARAT WORKSHOP 

Darmstadt (Germany)Dec. 13-15, 2009, 

Koenig,W 

Diamonds as fast timing detectors for MIPS: The 

HADES proton-beam monitor/start detector 

Frühjahrstagung DPG Hadronen und Kerne + Nuclear 

Physics Board EuNPC 

Bochum (Germany), March 16-20, 2009 

Kojouharov, Ivan 

Encapsulated Germanium Detector with 

Electromechanical Cooling 

11th European Symposium on Semiconductor 

Detectors 

Wildbad Kreuth, Germany, 7.-11.6.2009 


Surface characterisation of Germanium detectors 

11th European Symposium on Semiconductor 

Detectors 

Wildbad Kreuth, Germany, 7.-11.6.2009 

601


602 


Germanium Detectors for Hypernuclear Physics 

SPHERE kick-off event 

Univ. Mainz, Germany, 3.-5.7.2009 

Kraft, Gerhard 

"Ion beam therapy" 

Heraeus-Schule 

Bad Honnef (Germany), 14/ Februar 2009 


"Ionenstrahl Therapie 

Deutsche Fachschaften Chemie, Jahrestagung 

Marburg (Germany), 22/ Mai 2009 


"Particle imaging in biology" 

Prior Workshop GSI 

Darmstadt (Germany), 25/ August 2009 


"Schwerionen Tumortherapie" 

Physikalisch-Technische Bundesanstalt, Kolloquium 

Braunschweig (Germany), 3/ September 2009 


"What is new in particle radiobiology?" 

PTCOG, Invited talk 

Heidelberg (Germany), 1/ Oktober 2009 


"Entwicklung der Schwerionentherapie in 

Darmstadt" 

Jahresversammlung Zentralverband deutscher 

Apotheker 

Darmstadt (Germany), 5/ Oktober 2009 


"Metrological issues of heavy ion therapy" 

Physikalisch-Technische Bundesanstalt 

Braunschweig (Germany), 24/ Oktober 2009 


"Tumor Therapie mit schweren Ionen" 

RKA Innovations Forum 

Frankfurt (Germany), 2/ November 2009 

Kraft-Weyrather, Wilma 

Radiobiology for Hadrontherapy 



Kraft-Weyrather, Wilma 

Biological Quality Assurance 

PTCOG 


Krämer, J. 

Collinear Laser Spectroscopy on Neutron-rich 

Fission Products at the Research Reactor TRIGA 

Mainz 






Kraemer, M. 

Ion Beam Transport Calculations and Treatment 

Plans in Particle Therapy 

RADAM 2009 

Frankfurt (Germany), Juli 2009 

Kraemer, M. 

Ion Beam Transport Calculations and Treatment 

Plans in Particle Therapy 

FIAS Seminar 

Frankfurt (Germany), 11/ November 2009 

Kraemer, M. 

On TRAX & TRiP 

Danish Workshop for Proton and Heavy-Ion Dosimetry 

Aarhus (Denmark), November 2009 

Krieger, A. 

High voltage calibration at ISOLDE/CERN using 

collinear spectroscopy 






Krieger, A. 

Hochspannungskalibration durch kollineare 

Laserspektroskopie an ISOLDE/CERN 

Frühjahrstagung der DPG Hadronen und Kerne 

Bochum (Germany), 16.-20. März 2009 

Kühl, T. 

X-Ray Laser developments at PHELIX 

SPIE Conference Optics + Photonics 

San Diego, 2. - 6. August 2009. 

Kühl, T. 

Application of Lasers and Storage Devices in 

Atomic Nuclei Research. 

VIII International Workshop 

Poznan, 22.-25. Juni 2009 

Langanke, K. 

The Facility for Antiproton and Ion Research 

Akademischer Verein 

Darmstadt (Germany), 23.01.2009 

Langanke, K. 

5 Lectures on Nuclear Astrophysics 

Engelbrecht School 

Stellenbosch (South Africa), 25.01.2009 

Langanke, K. 

Summary talk 

Nuclear Astrophysics Meeting in honor of Claus Rolfs 

Capri (Italy), 16.05.2009 

Langanke, K. 

The FAIR Change for Nuclear Astrophysics


Bethe Lecture 

Bonn (Germany), 25.06.2009 

Langanke, K. 

Nuclear Aspects of Supernovae 


Collisions 

Beijing (China), 20.08.2009 

Langanke, K. 


Summerschool, Unversity of Beijing 


Langanke, K. 

Weak Interaction Rates for Supernova Simulations 

University of Copenhagen 

Kopenhagen (Denmark), 28.08.2009 

Langanke, K. 

FAIR from a few-body perspective 

Few-Body Conference 


Langanke, K. 


UK Graduate School 

Leicester (Great Br itain), 09.12.2009 

Langanke, K. 

Neutrino-Nucleus Reactions 

Erice School on Neutrinos in Cosmology, in Astro-, 

Particle- and Nuclear Physics 

Erice (Italy), 21.09.2009 

Langanke, K. 

FAIR – a new era in Nuclear Astrophysics 



Santa Tecla (Italy), 23.09.2009 

Langanke, K. 

Physics in Darmstadt 

Accelerator School 


Langanke, K. 

Neutrino-Nucleus Reactions for Supernovae 

Neutrino Conference 

Heidelberg (Germany), 09.11.2009 

Langanke, K. 

FAIR – a new era for Nuclear Physics 

Annual Meeting of the Spanish Physics Society 

El Escorial (Spain), 26.11.2009 

Langanke, K. 

Highlights in Nuclear Astrophysics 

Lecture for Graduate Students, Tokyo Institute of 

Technology 

Tokio (Japan), 02.12.2009 

Lee, Ryonfa 

High LET induced chromosome aberrations 

detected by mFISH 

9th International Symposium on Chromosome 

aberrations 

Sankt Goar (Germany), 11.-12.7.2009 

Lee, Ryonfa 

mFISH study of aberrations in lymphocytes of 

prostate cancer patients treated with IMRT and Cions: 

an update 

37th Annual Meeting of the European Radiation 

Research Society 

Prague (Czech Republic), 26.-29.8.2009 

Leifels, Y. 

Baryonic matter – what do we know about it? 

European Nuclear Physics Conference 

Bochum (Germany), 16.-20.März 2009 

Leifels, Y. 

Constraining the depth of the KN-potential in dense 

nuclear matter 

Workshop on Simulations of low and intermediate 

Heavy-ion Collisions 

Trento (Italy), 15.-20.Mai 2009 

Leifels, Y. 

Investigation of hadronic matter properties with 

heavy-ion collisions 

Nuclear Physics School 

Otranto(Italy), 5.-10.Juni 2009 

Leifels, Y. 

Isospin dependent observables in FOPI 

Workshop on „How to constrain the high density 

symmetry energy“ 

Zagreb (Kroatia), 15.-18. Oktober 

Litvinov, Yuri 

Mass and lifetime measurements of stored exotic 

nuclei 

Advanced Sem. WS09/10 "Physics with stored and 

cooled ions", Max-Planck Inst. für Kernphysik 

Heidelberg, Germany, 18.11.2009 


Nuclear Physics with Stored Exotic Nuclei. I - Decay 

Studies of Highly Charged Ions 


Sciences 



Nuclear Physics with Stored Exotic Nuclei. I - 

Direct Mass Measurements" 


Sciences 



Beta-Decay of Highly-Charged Ions 


2009 

Sochi, Russia, 28.9.-2.10.2009 


603


604 

Non-exponential Two-Body Beta Decay of Stored 

Hydrogen-Like Ions 

Joint Theory and High-Energy-Physics Seminar, ONOI 

Gatchina, Russia, 24.9.2009 


Direct Mass Measurements in Storage Rings 

31st Mazurian Lakes Conference on Physics “Nuclear 

Physics and the Road to FAIR” 

Piaski, Poland, 30.8.-6.9.2009 


Beta-Decay of Highly-Charged Ions 



Beijing, China, 16.8-21.8.2009 


Non-Exponential Decay in Electron Capture of 

Heavy Ions 

Gordon Research Conference 2009 (Nuclear Physics), 

Bryant University 

Smithfield, USA,, 12.6.-17.6.2009 



Heavy Ions 

Gordon Research Conference 2009 (Nuclear 

Physics),Colby Sawyer College, 

New London, USA, 21.-6.-26.6.2009 


Orbital Electron-Capture Rates from Few-Electron 

Ions 

International Workshop on Atomic Effects in Nuclear 

Excitations and Decay, ECT 

Trient, Italy, 15.-19.6.2009 



Heavy Ions 

April Meeting of the American Physical Society 

Denver, USA, 2.-5.5.2009 


Experimental Status of the GSI Oscillations 

Graduiertentag Basel-Graz-Tübingen on “Hadronen im 

Vakuum, in Kernen und Sternen” 

Tübingen, Germany, 24.04.2009 



Heavy Ions 

1st European Nuclear Physics Conference, Ruhr- 

Universität Bochum 

Bochum, Germany, 16.3.-20.3.2009 


Lebensdauermessungen an hochgeladenen Ionen 

Colloquium Justus-Liebig Universität Giessen 

Giessen, Germany, 09.03.2009 

Litvinova, E. 

Relativistic many-body description of low-energy 

nuclear dynamics 

International Conference “Nuclear Structure and 

Related Topics” 

Dubna (Russia), 30.06.2009 

Litvinova, E. 

Microscopic studies of low-lying dipole strength in 

neutron-rich nuclei and its role in r-process 





Litvinova, E. 

Relativistic many-body description of low-energy 

nuclear excitations 

Annual NuSTAR meeting 2009 


Löher, B. 

Photon/Neutron Discrimination with Digital Pulse 

Shape Analysis. 

DPG Spring Meeting, Bochum 

Bochum (Germany), 16. März 2009 

Lutz, M. 

Hadronic and electromagnetic decays of charmed 

molecules 

447. Heraeus-Seminar: Charmed Exotics 


Malzacher, P. 

The Alice Tier-2 at GSI 

International Symposium on Grid Computing 

Taipei, 21. April 2009 

Malzacher, P. 

Geant4 the Physics Simulation Package, an 

Overview 

China Institute of Atomic Energy, Peking, 13. Mai 

2009 

Malzacher, P. 

How to Use Geant4? 

China Institute of Atomic Energy, Peking, 14. Mai 

2009 

Malzacher, P. 

The FAIR SSC Workpackage 

EGEE'09 

Barcelona, 23. September 2009 

Malzacher, P. 

FAIR, The Facility for Antiproton and Ion 

Research 

EGEE'09 

Barcelona, 21. September 2009 

Manafov, A. 

Status report: "PROOF on Demand" 

ALICE Offlineweek 

CERN, März 2009


Manafov, A. 



CERN, Juni 2009 

Manafov, A. 



CERN, Oktober 2009 

Manafov, A. 

PROOF on Demand 

CHEP 2009 


Manafov, A. 

PROOF on Demand 


Bochum, März 2009 

Marin, A. 

Perspectives for the measurement of the chi_c 

radiative decay in the ALICE experiment at the 

LHC 

DPG spring meeting 

Bochum (Germany), 16-20. Mar 2009 

Marin, A. 

Perspectives for the measurement of the chi_c 

radiative decay in the ALICE experiment at the 

LHC (poster) 

QM2009 

Jaipur (India), 30. Mar - 04. Apr 2009 

Marin, A. 

The quest for the Quark Gluon Plasma with ALICE 

at the LHC 

Fysikermotet 2009 

Roros (Norway), 12-14. August 2009 

Märtin, R. 

X-ray Crystal Spectroscopy of Highly Charged 

Ions. 

Seminar Atom- und Molekülphysik, Goethe- 

Universität 

Frankfurt am Main (Germany), 1. Juni 2009 

Martinez-Pinedo, G. 

Nuclear Physics aspects of explosive nucleosynthesis 

432. WE-Heraeus-Seminar: Nucleosynthesis - making 

the Elements in the Universe 



Nucleosíntesis explosiva en Supernovas 

XXXII Bienal de Física 

Ciudad Realn (Spain), 08.09.2009 


Neutrinos and Explosive Nucleosynthesis 

Erice School on Neutrinos in Cosmology, in Astro-, 

Particle- and Nuclear Physics 

Erice (Italy), 21.09.2009 


Supernova Evolution and Explosive Nucleosynthesis 



Santa Tecla (Italy), 25.09.2009 


Spin-Isospin Excitations in Nuclear Astrophysics 

ECT* Workshop on Strong, Weak and Electromagnetic 

Interactions to probe Spin-Isospin Excitations 

Trento (Italy), 30.09.2009 


The European Spallation as a Source of neutrinos 

for nuclear astrophysics applications 

Workshop on Neutrino, Neutron, Nuclear, Medical and 

Muon Physics at ESS 

Lund (Sweden), 03.12.2009 


The role of nuclear physics in r-process 


The first EURISOL UG topical meeting - The 

formation and structure of r-process nuclei, between 


Catania (Italy), 10.12.2009 


Stellar nucleosynthesis and supernova explosions 

Großes Physikalische Kolloquium, Köln Universität 

Köln (Germany), 15.12.2009 

Marx, G. 

Status der MATS Facility 



Hamburg (Germany), 2.-6. März 2009 

Meyer, B. 

Effects of Histone Acetyl Transferase Tip60 

Recruitment to Complex DNA Lesions (Poster, 

Travel Award) 

women in radiation sciences - a century after marie 

curie 

München, Mai 2009 

Meyer, B. 

Modification of Chromatin in Connection with the 

Induction and Repair of Ion-induced DNA Lesions 

(Vortrag, Travel Award) 

Heavy Ion in Therapy and Space 

Köln, 06 - 10 Juli 2009 

Miskowiec, D. 

Viscosity and HBT 

WPCF 2009 

Geneva (Switzerland), 15.Okt.09 

Neff, T. 

Clusters and Halos studied in Fermionic Molecular 

Dynamics 

EENEN09: First EMMI-EFES Workshop 


605


606 

Neff, T. 

Clustering and halos in nuclei 

Workshop "Special Symmetries and Ab Initio Methods 

for Light Nuclei" 

Baton Rouge (USA), 20.02.2009 

Neff, T. 

Nuclear Interactions, Correlations and Many-Body 

Methods 

XL. Arbeitstreffen Kernphysik 

Schleching (Germany), 26.02.2009 

Neff, T. 

Microscopic study of Neon isotopes including the 

two-proton halo 17Ne 

DPG-Frühjahrstagung/European Nuclear Physics 

Conference 

Bochum (Germany), 19.03.2009 

Neff, T. 

Shells, Clusters and Halos 

IOP Nuclear Physics Conference 

Birmingham (Great Britain), 06.04.2009 

Neff, T. 

Clusters and halos in light nuclei 

NSD07 Nuclear Structure and Dynamics 

Dubrovnik (Croatia), 07.05.2009 

Neff, T. 

The Unitary Correlation Operator Method 

12th International Conference on Nuclear Reaction 

Mechanisms 

Varenna (Italy), 18.06.2009 

Neff, T. 

Clusters and halos: a challenge for nuclear 

structure 

Gordon Research Conference Nuclear Chemistry 

New London (USA), 22.06.2009 

Neff, T. 

Microscopic description of alpha-clustering in 12C 

and other light nuclei 

6th Workshop on aspect of alpha correlations and alpha 

condensation in nuclear systems 

Rostock (Germany), 06.08.2009 

Neff, T. 

Cluster structures within fermionic molecular 

dynamics 

19th Internation IUPAP Conference on Few-Body 

Problems in Physics 


Neff, T. 

Collective Cluster Modes in Light Nuclei 

5th Workshop on Shape-Phase Transitions and Critical 

Point Phenomena in Nuclei 

Istanbul (Turkey), 18.09.2009 

Neff, T. 

Structure of light nuclei studied in Fermionic 

Molecular Dynamics 

University of Surrey Nuclear Physics Seminar 

Guildford (Great Britain), 10.11.2009 

Neff, T. 

Structure of light nuclei studied in Fermionic 

Molecular Dynamics 

Uni Basel Seminar aus Astro-, Kern- und 

Teilchenphysik 


Neumann R. 

Atomic physics and lasers. 

Workshop KSA-FAIR future collaboration 

Riyadh (Saudi-Arabia), 2.-4. Mai 2009 

Neumann, R. 

Materials science with ion beams. 


Riyadh (Saudi-Arabia), 2.-4. Mai 2009 

Neumann, R. 

Herstellung und Funktionalisierung von 

Nanokanälen für die biochemische Analytik. 

Nanotechnologieforum Hessen 

Hanau (Germany), 26.November 2009 

Neumann, R. 

Ionic transport through and biosensing with single 

conical nanochannels. 

11th Pacific Polymer Conference 

Cairns (Australia), 10.Dezember 2009 

Neumann, R. 

Materials research with energetic heavy ions at GSI 

Osaka Prefecture University 

Osaka (Japan), 18.Februar.2009 

Neumann, R. 


Advanced Science Research Center, Japan Atomic 

Energy Agency (JAEA) 

Tokai-mura (Japan), 25. Februar 2009 

Neumann, R. 


Australian National University 

Canberra (Australia), 03. Dezember 2009 

Nociforo, Chiara 

Shell Closure N=16 in 24O 

Nuclear Structure and Dynamics 



Shell and halo structure of n-rich light nuclei 

Tours 2009 

Kobe, Japan, 16.11.-20.11.2009 


High-resolution momentum measurement reveals 

24O as doubly magic nucleus 

Direct Reaction with Exotic Beams 

Tallahassee, Florida, USA, 16.12.-19.12.2009 

Nörtershäuser, W.


Lasers used in radioactive beam experiments (4 

Lectures). 

Euroschool on Exotic Beams 

Leuven, September 2009 

Nörtershäuser, W. 

Nuclear Charge Radii of Light Halo Nuclei. 

XXXI Mazurian Lakes Conference on Physics: 

Nuclear Physics and the Road to FAIR 

Piaski (Polen), 02.September 2009 


Precision laser spectroscopy of light exotic isotopes. 

Institutsseminar des Physikalischen Instituts Tübingen 

Tübingen (Germany), 24.Juli 2009 


Laser spectroscopy of halo nulei. 





Poznan ( Poland), 22.-25. Juni 2009 


Bericht zur ISOLDE. 

Jahrestagung des Kommitees für Hadronen und Kerne. 

Bad Honnef, 11.Dezember 2009 


Laser spectroscopy on relativistic lithium beams for 

a test of Lorentz invariance. 







The nuclear charge radius of Be-11 and recent 

achievements in high-resolution laser spectroscopy 

at GSI. 

Bothe Kolloquium 

MPIK Heidelberg, 10.Juni 2009 


Nuclear Charge Radii of 7, 9, 10Be and the One- 

Neutron Halo Nucleus 11Be 

8th International Conference on Radio Active Nuclear 

Beams (RNB8) 

Grand Rapids, Michigan (USA), 26.-30. Mai 2009 


Atomkern mit Heiligenschein - 

Laserspektroskopische Bestimmung des 

Kernladungsradius von Be-11 

Atomphysik Seminar Universität Gießen 

Gießen (Germany), 7.Mai 2009 

Nothhelfer, M. 

On the long and winding road towards HFS- 

Spectroscopy of Li-like 209Bi80+ 






Novotny, Ch. 

Test of Time Dilatation in SRT at the GSI Storage 

Ring 

Klausurtagung des Forschungszentrums 

Elementarkräfte und Mathematische Grundlagen 

(EMG) 

Mainz (Germany), 21.-22. Oktober 2009 

Novotny, Ch. 

Doppler-freie Spektroskopie an schnellen Lithium- 

Ionen am Experimentier-Speicherring der GSI 

(Fachvortrag) 




Oliver Boine-Frankenheim 

Schottky spectrum in intense ion beams 

Particle Accelerator Conference 

Vancouver, CA, 4-8 Mai 2009 

Pershina, Valeria 

Theoretical Predictions of the Experimental 

Behavior of the Heaviest Elements 



Mainz, Germany, 11.10.-13.10.2009 


Electronic Structure and Gase-Phase Behavior of 

the Heaviest Elements 


2009 

Sochi, Russia, 28.9.-2.10.2009 


Fully Relativistic 4c-DTF Study of Adsorption of 

the Heaviest Elements and their Homologs on Gold 

surface 

DFT09 

Lyon, France, 31.8.-4.9.2009 


Theoretical Predictions of Chemical Properties and 

Experimental Behavior of the Heaviest Elements 


Mendeleev -The New Superheavy Elements 

Dubna, Russia, 20.1.-21.1.2009 

Petermann, I. 

R-process nucleosynthesis calculations with 

complete nuclear physics input 


Conference 


Petermann, I. 

607


608 

R-process nucleosynthesis calculations with 

complete nuclear physics input 


Frascati (Italy), 08.06.2009 

Peters, K. 

Experimental Review on Open Charm Spectroscopy 

Workshop, OpenCharm@PANDA 

Mainz (Germany), 19. Nov. 2009 

Peters, K. 

Hadron Physics at FAIR 

sFAIR Meeting 

Örebro (Schweden), 16. Nov. 2009 

Peters, K. 

Status of BES3 

Sommerschule 

Bosen (Germany), 2. Sep. 2009 

Peters, K. 

Antiprotonic production of exotic hadrons: a survey 

447. Heraeus Seminar "QCD Exotics" 

Bad Honnef (Germany), 12. Aug. 2009 

Peters, K. 

The Future of Hadron Physics at European 

Facilities 

APS: Topical Group on Hadron Physics 

Denver (USA), 1. Mai 2009 

Peters, K. 

PANDA at FAIR 

India FAIR Meeting 

Hyderabad (Indien), 18. Apr. 2009 

Peters, K. 

Status of FAIR 

INFN Seminar 

Ferrara (Italy), 25. März 2009 

Peters, K. 

The BES3 Experiment 

KVI Seminar 

Groningen (Netherlands), 24. Feb. 2009 

Pfeiffer, Bernd 

Wir sind alle Sternenstaub - Die Entstehung der 

Elemente 

5th Russbach Workshop on Nuclear Astrophysics 

Russbach am Pass Gschütt, Austria, 2.3.-6.3.2009 


The Atomic Mass Evaluation 

5th Russbach Workshop on Nuclear Astrophysics 

Russbach am Pass Gschütt, Austria, 2.3.-6.3.2009 


The Atomic Mass Evaluation - An Example of 

Nuclear Physics Data for Fundamental Physics and 

Application 

Nuclear Data Week at Brookhaven Nuclear Data 

Center 

Upton, NY, USA, 4.11.-6.11.2009 

Pfister, J. 

Commissioning of the HITRAP Decelerator using a 

Single-shot Pepper Pot Emittance Meter: A Status 

Report. 

73. Jahrestagung und DPG Frühjahrstagung der 

Sektion AMOP 

Hamburg (Germany), 03.März 2009 

Pfister, J. 

HITRAP low energy diagnostics and emittance 

measurement. 

DITANET Workshop on "Low Current, low Energy 

Beam Diagnostics" 

Hirschberg (Germany), 24.November 2009 

Picht, O. 

Synthesis and Properties of Nanowires fabricated 

by Ion Track Technology 

Laboratoire dÈlectrochimie des Matériaux (LEM), 

Université Paul Verlaine 

Metz (France, 6. November 2009 

Pietraszko, J. 

Strangeness Production at SIS measured with 

HADES 



Beijing (China), August 16-21, 2009 

Pietri, Stephane 

Recent results in gamma spectroscopy at GSI 

RNB8 

, 27.05.2009 

Plaß, Wolfgang 

Novel Developments for Multiple-Reflection Timeof-Flight 

Mass Spectrometry 

18th International Mass Spectrometry Conference 

Bremen, Germany, 30.08.-04.09.2009 


Multiple-Reflection Time-of-Flight Mass 

Spectrometry of Exotic Nuclei 

57th ASMS Conference on Mass Spectrometry 

Philadelphia, USA, 31.05.-04.06.2009 


MCP Detectors for Picosecond Timing 

Workshop on Fast Cherenkov Detectors 

Gießen, Germany, 11.05.-13.05.2009 

Putignano, M. 

A Novel Gas Curtain Beam Profile Monitor. 



Quint, W. 

HITRAP - a facility for experiments on heavy 

highly charged ions and antiprotons. 

FLAIR Collaboration Meeting MSI 

Stockholm (Sweden), 2. Februar 2009 

Quint, W. 

Bound electron g-factor measurements at HITRAP.


Helmholtz-Begutachtung at BESSY 

Berlin (Germany), 23. April 2009 

Quint, W. 

Tests of quantum electrodynamics at HITRAP. 

Heraeus Seminar 

Bad Honnef (Germany), 17. Juni 2009 

Reifarth, Rene 

Nuclear data for physics and astrophysics at FAIR 

and FRANZ 

n_TOF winter school 

Florence, Italy, 27.03.2009 


The s-process – overview and selected recent 

developments 


Frascati, Italy, 8.6.-12.6.2009 


Nuclear astrophysics using n-TOF facilities with a 

view to a possible future program at the ESS 

Neutrino, Neutron, Nuclear, Medical and Muon 

Physics at ESS 

Lund, Sweden, 2.12.-4.12.2009 


Experiments close to stability contributing to our 

understanding of the r-process 

The first EURISOL UG topical meeting – The 

formation and structure r-process nuclei, between 



Direct and indirect measurements for nuclear 

astrophysics at FRANZ and GSI 

Universität Wien – VERA Seminar 

Vienne, Austria, 15.01.2009 


(p,g) Experimente am Experimentellen Speichering 

der GSI 

IKF Seminar, Goethe Universität Frankfurt 

Frankfurt a. M., Germany, 09.07.2009 


(p,g) experiments at the Experimental Storage Ring 

at GSI 

LANSCE Seminar, LANL 

Los Alamos, USA, 21.09.2009 


Von Sternenexplosionen und der Synthese der 

Elemente 

Physikalischer Verein 

Frankfurt a.M., Germany, 14.11.2009 

Reisdorf, W. 

Some problems extracting the EOS from HI data 

Workshop on Simulations of low and intermediate 

Heavy-ion Collisions 

Trento (Italy), 15.-20.Mai 2009 

Reisdorf, W. 

Systematics of heavy ion collisions at SIS 

Seminar 

MSU East-Lansing (USA), 15. Dezember 

Ricciardi, Maria Valentina 

Results obtained with ABLA07 

International Topical Meeting on Nuclear Research 

Applications and Utilization of Accelerators 

(AccApp09); Stellite Meeting on Nuclear Spallation 

Reactions 

Vienna, Austria, 4.5-8.5.2009 


The Role of Nuclear-Structure Effects in the Study 

of the Properties of Hot Nuclear Matter 

2nd Conference on Nuclear Fragmentation 

(NUFRA2009) 

Kemer Antalya, Turkey, 27.9.-4.10.2009 


Even-odd effect in the yields of nuclear-reaction 

products 

Seminar at CENBG 

Bordeaux, France, 09.11.2009 

Ritter, Silvia 

Heavy ion induced chromosome aberrations: new 

insights achieved by new technologies 

9th International Symposium on Chromosome 

aberrations 

Sankt Goar (Germany), 11.-12.7.2009 

Rosmej, O. 

Nanostructure irradiated by nanosecond and 

picosecond PHELIX-laser pulses 

EMMI-workshop on Plasma Physics with Intence Ion 

and Laser Beams 

Moscow (Russia), 14.-15. May 2009 

Rosmej, O. 

X-Ray spectroscopy as a powerful tool in 

experiments with laser and heavy ion beams 

Plasma Physics Seminar UNI-Frankfurt 

Frankfurt (Russia), 28. May 2009 

Roy, B. 

The PANDA experiment at FAIR 

Univ. of South Carolina 

Columbia-SC (USA), Nov. 2009 

Rustamov, A. 

Inclusive meson production at 3.5 GeV pp collisions 

with the HADES spectrometer 

XIII International Conference on Hadron 

Spectroscopy 

Tallahassee, Florida, USA, Nov. 29-Dec. 4, 2009 

Sanchez, R. 

Frequency-Comb based laser spectroscopy of Halo 

Nuclei: The nuclear charge radius of Beryllium-11. 

Nuclear Structure and Dynamics Conference 

Dubrovnik (Croatia), 08.Mai.2009 

Sanchez, R. 

609


610 

High-Precision Laser Spectroscopy on the 2S-3S 

Transition of Lithium-7 and Lithium-6. 

VIII International Workshop: Application of Lasers 

and Storage Devices in Atomic Nuclear Research 

Poznan (Poland), 22.Juni 2009 

Sánchez, R. 

High-Precision Laser Spectroscopy on the 2S - 3S 

Transition of 7Li and 6Li 






Schädel, Matthias 

Superheavy Elements Research at TASCA 

Asian-Pacific Symposium on Radiochemistry 2009 

(APSORC-09) 

Napa, USA, 29.11.-4.12.2009 


TASCA - A New Tool un the Quest for Superheavy 

Element Studies 



Mainz, Germany, 11.10.-13.10.2009 


Transfer and Fusion Aspects of the Synthesis of 

Heavy ans Superheavy Nuclides 

American Chemical Society, 237th National Meeting 

Salt Lake City, USA, 22.3.-26.3.2009 


The TransActinide Separator and Chemical 

Apparatus at GSI - Status and Perspectives 

Lawrence Livermore National Laboratory 

Livermore, USA, 08.12.2009 


Institut Für Kernchemie, Johannes-Gutenberg 

Universität Mainz 

Mainz, Germany, 20.07.2009 


Superheavy Element Research at GSI 

RIKEN Nishina Center for Accelerator Based Science 

and CNS, Univ. of Tokyo 

Wako-shi, Japan, 02.03.2009 


Superheavy Element Research at GSI 

JAEA Advanced Science Research Center, 

Tokai, Japan, 25.02.2009 

Schardt, D. 

Zielgenaue 3D-Bestrahlung von Tumoren mit 

hochenergetischen Ionen 

Institutskolloquium Fraunhofer Gesellschaft 

Euskirchen (Germany), 11 March 2009 

Schardt, D. 

Phosphenes in Carbon Ion Tumor Therapy 

Symposium Heavy Ions in Therapy and Space 

Köln (Germany), 6-10 July 2009 

Schardt, D. 

Physical characterization of carbon ion therapy 

beams: precision Bragg curve measurements and 

fragmentation studies 

NUFRA 2009 Second Int. Conf. on Nuclear 

Fragmentation 

Kemer (Antalya/Turky), 27 Sept – 4 Oct 2009 

Schardt, D. 

Physical characterization of light-ion beams at the 

GSI therapy unit 

Workshop on Nuclear Models for use in 

Hadrontherapy 

Jülich (Germany), 8-9 Oct 2009 

Schardt, D. 

Tumor therapy with carbon ions at GSI Darmstadt 

Working Session on Hadrontherapy 

Sevilla (Spain), Centro de Acceleradores, 14 Dec 2009 

Scheidenberger, Christoph 

NUSTAR experiments at GSI and FAIR 

KVI/GSI collaboration meeting 

Groningen, Netherlands, 16.04.2009 


Nuclear physics experiments at GSI 

Colloquium Phys. Inst. Xi'An Universität 

Xi'An, China, )9. 7. 2009 


NUSTAR experiments at GSI and FAIR 

Colloquium Inst. for Mod. Phys. Lanzhou 



Nucleosynthesis studied in the laboratory - recent 

results from GSI 

WE - Heraeus-Seminar 'Nukleosynthesis making the 

Elements in the Universe' 

Bad Honnef, Germany, 4.-6.6.2009 


Scientific collaboration in nuclear physics 

Topical Conference: 'Belgium and Germany: Partners 

in innovation and education' 

Brussels, Belgium, 14.-15. 10. 2010 


NUSTAR present and future experimental 

programme 

NUSTAR-09, 2nd NUSTAR Collaboration Meeting 

2009 

Dubna, Russia, 6.-10.10.2010 


The Physics programme at Giessen University 

66th NuPECC Meeting 

Egelsbach, Germany, 10.-11.10.2010 

Schmidt, C. J.


GSI Part of: MC-PAD Network: Partners, 

objectives, organisation and work plan; MC-Pad 

Training Projects 

MC-PAD Kick-off meeting 

CERN (Switzerland), 14.January 2009 

Schmidt, C. J. 

Status of the n-XYTER and CBM-XYTER 

development line 

Workshop Detectors for Super-FRS 

GSI, 11. February 2009 


Activities on n-XYTER FEBs, testing, engineering 

run 


GSI, 10.-13. March 2009 


XYTER Family Planning, FEE for Tracking 

Detector Applications 


GSI, Regarding the DC biasing of MAPD detectors 


CBM-MUCH Front-End and Readout Electronics, 

Suggestions for India´s Involvement in Electronics 

for CBM 

Meeting Indian Participation in FAIR 

Hyderabad (India), 18.Apr.09 


GSI Detector Laboratory, Environment, 

Technologies, Engagements and Research 

Work meeting at KACST 

Riyadh (Saudi Arabien), 


Technical challenges of the CBM and MVD Silicon 

Tracking Systems 2009 

3rd work meeting of CBM-MPD STS Consortium 

Sortavala (Russia), 1. - 4. June 2009 


n-XYTER Front-End Boards 

3rd work meeting of CBM-MPD STS Consortium 

Sortavala (Russia), 1. - 4. June 2009 


n-XYTER Engineering Run Preparations 


Split (Croatia), 6.-9- October 2009 


Front end electronics summary talk 


Split (Croatia), 6.-9. October 2009 


CBM Front End Electronics and Data Acquisition - 

an Exhibit on Activities 

HIC for FAIR Detector Workshop 

Darmstadt, 24.Nov.09 


CBM Front End Electronics and Data Acquisition 

CBM-China Workshop 

Beijing (China), Nov.09 


n-XYTER, a self triggered, sparcifying readout 

ASIC for high rates and high signal densities, chip 

architecture and testing results 

n-XYTER Engineering Run Submission Readiness 

Review Meeting 

Heidelberg, 21. December 2009 


CBM Front End Electronics and Data Acquisition - 

an Exhibit on Activities 

5th India-CBM Collaboration Meeting 

Banaras (India), 28.-29. December 2009 

Schmidt, C. J. (invited) 

CASCADE with NRSE, Fast Intensity Modulation 

Techniques used in Quasielastic Neutron Scattering, 

a MIEZE Realization 

Int. Conf. on Neutron Scattering (ICNS 2009) 

Knoxville (USA), 3.-7. May 2009 

Schmitt, L. 

The FAIR Project - Overview of Facility and 

Experiments 

G-APD Workshop, GSI 

Darmstadt (Germany), 9. Feb. 2009 

Schmitt, L. 

Antimatter at FAIR 

KSA-FAIR Workshop, KACST 

Riyadh (Saudi-Arabia), 3. Mai 2009 

Schmitt, L. 

The Straw Tube Tracker of the PANDA 

Experiment 

IEEE Nuclear Science Symposium 

Orlando (USA), 27. Okt. 2009 

Schmitt, L. 

Hard Exclusive Processes in PANDA 

Workshop on Hard Exclusive Processes 

München (Germany), 11. Nov. 2009 

Schmitt, L. 

The PANDA Experiment 

Open Charm Physics At PANDA 

Mainz (Germany), 19. Nov. 2009 

Schmitt, L. 

The PANDA Experiment 

HIC for FAIR Detector Systems Networking 

Workshop 

Darmstadt (Germany), 24. Nov. 2009 

Scholz, M. 

Modellierung der biologischen Wirkung von 

Ionenstrahlen: Grundlagen und mögliche 

Anwendungen in der Bor-Neutronen- 

Einfangtherapie 

611


612 

Seminar Kernchemie 

Mainz (Germany), 20/ April 2009 

Scholz, M. 

Biological Treatment Planning - Challenges 

Resulting from Spot Scanning 

Erice Workshop Hadrontherapy 

Erice (Italy), 27/ April 2009 

Scholz, M. 

Biological Plan Optimization for Carbon Ion 

Therapy 

ESTRO Teaching Course Proton and Ion Therapy 

Villigen (Germany), 11/ Mai 2009 

Scholz, M. 

Treatment Planning for Ion Beam Therapy: 

Comparison of the HIMAC and GSI approach 



Scholz, M. 

Biophysical Modelling in Treatment Planning for 

Carbon Ion Therapy 

IBA S.A .Internal Seminar 

Louvain-la-Neuve (Belgium), 29/ Juni 2009 

Scholz, M. 

Treatment Planning for Ion Beam Therapy: 

Comparison of the HIMAC and GSI approach 

IBIBAM 2009 

Köln (Germany), 6/ Juli 2009 

Scholz, M. 

Uncertainties in Treatment Planning for Ion Beam 

Therapy: Experimental and Modelling Aspects 

World Congress Medical Physics 

München (Germany), 9/ September 2009 

Scholz, M. 

Biological Aspects of Carbon Ion Therapy 

PTCOG48 Educ. Workshop 


Schuh, M. 

Higher order modes in the SPL, transverse and 

longitudinal effects. 

3rd SPL Collaboration Meeting at CERN 

Geneva (Switzerland), 11.Oktober 2009 

Schuh, M. 

Studies for the SPL at CERN. 

SPL Workshop at CERN 

Geneva (Switzerland), 25./26.Juni 2009 

Schuh, M. 

Higher Order Modes in the Superconducting 

Cavities of the SPL. 

Gentner Day, CERN 

Geneva (Switzerland), 18.November 2009. 

Schwarz, C. 

The PANDA Barrel DIRC 

FEDAQ09 Meeting 

Bodenmais (Germany), Apr. 2009 

Schwarz, C. 

The PANDA Barrel DIRC 

Workshop On Fast Cherenkov Detectors: Photon 

Detection, DIRC Design And DAQ 

Gießen (Germany), Mai 2009 

Schwarz, C. 

The PANDA Barrel DIRC Frontend electronics & 

DAQ 




Schwarz, C. 

The PANDA Barrel DIRC Reconstruction methods 




Schwarz, K. 

ALICE T2-Zentrum bei GSI 



Schwarz, K. 

Interaktive Datenanalyse mit stationären und 

dynamisch erzeugten PROOF –Clustern 



Schwarz, K. 

PandaGrid – a Tool for Physics 



Schwarz, K. 

Availability of ALICE grid resources in Germany 

ALICE Offline Week 

CERN, Oktober 2009 

Schwarz, K. 

Status GSIAF 


CERN, Juni 2009 

Schwarz, K. 

Computing for FAIR 

Model 2009 


Schwarz, K. 

Introduction to Grid Computing and Applications 

Model 2009 


Schwarz, K. 

ALICE Tier2 at GSI 

CHEP 2009 


Schwarz, K. 

Computing in High Energy and Nuclear Physics 

China Institute of Atomic Energy, Mai 2009


Schwarz, K. 

AliRoot/FAIRRoot tutorial 

China Institute of Atomic Energy, Mai 2009 

Schwiening, J. 

The Barrel DIRC Detector for the PANDA 

Experiment at FAIR 


Orlando (USA), 25.-31. Okt. 2009 


Construction and Performance of the BaBar DIRC 




Senger, P. 

Exploring neutron star matter in the laboratory- 

The CBM Experiment at FAIR/SIS300; SIS 300 

Pre-consortium Meeting 

IHEP 

Protvino (Russia), March 19-20, 2009 

Senger, P. 

The Compressed Baryonic Matter experiment at 

the Facility for Antiproton and Ion Research 

Bhabba Atomic Research Center 

Mumbai (India), April 16, 2009 

Senger, P. 


Status and Perspectives 

Meeting on Indian participation in FAIR 

ECIL 

Hyderabad (India), April 18, 2009 

Senger, P. 

Exploring dense nuclear matter with heavy-ion 

collisions 


King Abdul Aziz City for 

Science and Technology 

(KACST) 

Riyadh (Saudi Arabia), May 2-4, 2009 

Senger, P. 

Charm measurements with the Compressed 

Baryonic Matter experiment at FAIR 

Quarkonium Production in Heavy-Ion Collisions 

ECT* 

Trento (Italy), May 25-29, 2009 

Senger, P. 


FAIR 

- 3rd Work Meeting of the CBM-MPD STS 

Consortium 

Sortavala, Karelia (Russia), June 1 - 4, 2009 

Senger, P. 

CBM at FAIR: capabilities for charm and 

dilepton studies CPOD 2009 

Brookhaven National Lab 

Upton, NY (USA), June 8-12, 2009 

Senger, P. 

Strangeness production in heavy-ion collisions 

Hyp-X @J-PARC 

Kyoto University 

Tokai (Japan), Sept. 12 – 18, 2009 

Senger, P. 

Nuclear Matter Physics NICA 

NICA Roundtable Workshop IV: Physics at NICA 

JINR 

Dubna (Russia), Sept. 9-12, 2009 

Senger, P. 

Exploring the properties of strongly interacting 

matter at high baryon densities NuPECC LRP2010 

Scoping Workshop 

FIAS 

Frankfurt am Main (Germany), Oct. 12-13, 2009 

Senger, P. 

The Compressed Baryonic Matter experiment 

at the Facility for Antiproton and 

Ion Research Heavy Ion Meeting 

Hanyang University 

Seoul (Korea), Oct. 31, 2009 

Senger, P. 


FAIR China- CBM Meeting 

Tsinghua University 

Beijing (China), Nov. 2 – 4, 2009 

Senger, P. 


and the Compressed Baryonic Matter Experiment 

VIII Latin American Symposium on Nuclear 

Physics and Applications 

Universidad de Chile 

Santiago (Chile), Dec. 15-19, 2009 

Sieja, K. 

New island of inversion around N=40 

XVI Colloque GANIL 

Giens (France), 09.09.2009 

Sieja, K. 

Shell evolution towards and beyond 78Ni 

Workshop on Confrontation and convergence in 

nuclear theory 

Trento (Italy), 29.07.2009 

Sieja, K. 

Shell-model studies of N=40-50 region 

Workshop on Nuclear structure of the neutron-rich 

region around Z=28 towards and beyond N=50 

Leuven (Belgium), 10.03.2009 

Sieja, K. 

Recent shell model studies of nuclei from Ni56 to 

Sn132 

613


614 

Seminar, Centre d'Etudes Nuclèaires de Bordeaux 

Gradignan 

Bordeaux (France), 12.06.2009 

Sieja, K. 

Recent shell model studies of nuclei from Ni56 to 

Sn132 

Seminar, Institut Pluridisciplinaire Hubert Curien 

Strasbourg (France), 17.03.2009 

Simon, Haik 

Nuclear Structure at the limits of existence 


Collisions (NN2009) 

Beijing, China, 16.8.-21.8.2009 

Söldner, W. 

QCD in the Early Universe 

Winter School 

Schladming (Austria), 03.03.2009 

Söldner, W. 

Lattice QCD and Supercomputing 

Sonderkolloquium Gittereichtheorie 

Mainz (Germany), 25.03.2009 

Söldner, W. 

Lattice QCD at finite T and finite mu_B 

RNM meeting 


Sommer, B. 

Das SPECTRAP-Experiment und erste Tests mit 

einer Offline-Ionenquelle 




Splinter, J. 

DNA double-strand break dynamics on charged 

particle tracks in the context of chromatin density 

(Vortrag/Travel award) 

GBS 


Stöcker, H. 

Scientific goals, technical lay-out and status of 

preparations of the international FAIR project 

CERN Science Policy Committee 

Genf (Switzerland), 16.03.2009 

Stöcker, H. 

Cosmic Matter in the FAIR Laboratory 


Conference 


Stöcker, H. 

Physics at FAIR – Prospects for novel fission studies 

4th International Workshop on Nuclear Fission and 

Fission-Product Spectroscopy, Institut Laue-Langevin 

Cadarache (France), 16.05.2009 

Stöcker, H. 

Signatures of Mini Black Holes at the LHC 

Heidelberg (Germany), 25.07.2009 

Stöcker, H. 

Physics at FAIR 

NN2009 


Stöcker, H. 

Extra Dimensions and Mini BlackHoles 



Stöcker, H. 

Panel discussion on physics opportunities in the 

next decade in view of strangeness abd heavy flavor 

in matter 

SQM2009 

Buzios (Brasil), 28.09.2009 

Stöcker, H. 

The FAIR Modularized Start Version 

NuPECC Meeting 


Stöcker, H. 

Physics Highlights at GSI and the Future FAIRfacility 

Physikalisches Kolloquium 

Dresden (Germany), 27.10.2009 

Stöhlker, Th. 

Atomic Physics at GSI and FAIR. 

Heraeus-Seminar "Atomic Theory for Fundamental 

Interactions and Simple Systems in Strong Fields" 

Bad Honnef (Germany), 19.Januar.2009 


Physics at EBITS and Advanced Research Light 

Sources. 

3rd workshop on Physics at EBITS and Advanced 

Research Light Sources (PEARL) 

Dublin (Ireland), 09.Mai 2009 


Atomic Physics in Strong Fields: Precision 

Experiments with Stored and Cooled Highly 

Charged Ions. 

EGAS 2009 

Gdansk (Poland), 11.Juli 2009 


Polarization and Angular Correlation of X-Ray 

Emitted in Relativistic Ion-Atom Collisions. 

ISIAC 2009, Old Dominion Univ. 

Norfolk, Virginia (USA), 18.Juli 2009 


Relativistic Atomic Physics with FAIR 

Int. Graduate School, Universität Basel (Physik) 

Basel (Switzerland), 19.Januar 2009 


GSI and FAIR, an Overview


High-Energy Proton Microscopy Workshop, GSI 

Darmstadt (Germany), 25. August 2009 


Overview of the Plasma and Atomic Physics 

Activities at GSI 

EMMI workshop on plasma physics with intense laser 

and heavy ion beams 

Moskau (Russia), 14. Mai 2009 


Current Status of the SPARC Collaboration 

Lissabon (Portugal), 1. September 2009 


Die Physik starker Felder auf dem Teststand 

Pizza Night, Universität Heidelberg 

Heidelberg (Germany), 26. Januar 2009 


Die faszinierende Welt starker Felder: Experimente 

mit hochgeladenen Ionen 

Kolloquium Universität Jena 

Jena (Germany), 16. November 2009 


Atomic Physics at FAIR 

Atomphysik-Seminar, Uni. Giessen 

Giessen (Germany), 17. Dezember 2009 


Towards PNC Experiments in High-Z He-like Ions 

Semiar, HI-Jena 

Jena (Germany), Dezember 2009 

Stroth, Joachim 

The physics program of CBM 

Symposium on The Physics of Dense Baryonic Matter 

Darmstadt, März, 2009 


Dense nuclear matter: an experimentalists view 

Nuclear Matter Physics at SIS100 

Darmstadt, April, 2009 


The Origin of Mass: Hadron physics experiments at 

GSI (excerpt) 

KSA – FAIR Workshop, KACST 

Riyadh, Saudi Arabien, Mai, 2009 


Pixel detectors for high-resolution vertex 

reconstruction in CBM 

KSA – FAIR Workshop, KACST 

Riyadh, Saudi Arabien, Mai, 2009 


The physics of compressed nuclear matter at SIS 

and FAIR 

The 10th International Conference on Nucleus-Nucleus 

Collisions 

Beijing, China, August 16-21, 2009 


The physics of compressed nuclear matter at SIS 

and FAIR 

Mazurian Lakes Conference on Physics 

Piaski, Polen, September, 2009 


The HADES physics program: status and future 

Jahrestagung des Komitees Hadronen und Kerne 

Bad Honnef, Dezember, 2009 

Surzhykov, A. 

Two-photon emission from few-electron heavy ions: 

Angle-and polarization-resolved studies. 

The 5th SPARC symposium and collaboration meeting 

Lisbon (Portugal), September 2009 

Surzhykov, A. 

Angle and polarization resolved analysis of 

relativistic ion-atom collisions: A probe for strongfiled 

phenomena. 

International Symposium on (e,2e), Double 

Photoionization and Related Topics & the 15th 

International Symposium on Polarization and 

Correlation in Electronic and Atomic Collisions 

Lexington (USA), 30. Juli - 1 August 2009. 

Surzhykov, A. 

DIRAC: Computer-algebra tool for studying the 

structure and dynamics of highly-charged, heavy 

ions. 

The International Conference on Mathematical 

Modeling and Computational Physics 

Dubna (Russia), 7.-11. Juli 2009. 

Surzhykov, A. 

Relativistic quantum dynamics in extremely strong 

electromagnetic fields. 

Spring meeting of German Physical Society 

Hamburg (Germany), 2.-6. März 2009. 

Surzhykov, A. 

Polarization and correlation phenomena in 

relativistic atomic collisions. 

426th WE-Heraeus-Seminar 

Bad Honnef (Germany), 18.-21. Januar 2009 

Taucher-Scholz, G. 

Clustered DNA damage: Spatiotemporal dynamics 

and cellular effects 

Women in radiation sciences - a century after Marie 

Curie 

München, 18. - 20. Mai 2009 


Heavy ion-induced damage visualization: from 

plasmid DNA to living cells 

RADAM 

Frankfurt, FIAS, 1-4 Juli 2009 


Damage response to heavy ion-induced doublestrand 

breaks 

Heavy Ion in Therapy and Space 

615


616 

Köln, 06. - 10. Juli 2009 


Wechselwirkung verschiedener Reparaturwege bei 

der Prozessierung von DNA Strahlenschäden 

Kompetenzverbund für Strahlenforschung KVSF 

Essen, 30 September 2009 


Proton and Heavy Ion Radiotherapy 

55th Annual RRS Meeting 

Savannah (USA), 4. - 7. Oktober 2009 


Overview of radiobiology at GSI 

Microbeam Workshop 

Bordeaux (Frankreich), 25 - 27 März 2009 

Tauschwitz, A. 

Radiative Properties of Warm Dense Matter - The 

Programm of the WDM-Collaboration at FAIR. 

International Conference on Inertial Fusion Sciences & 

Applications 2009 

San Francisco (USA), 6.-11. September 2009 

Tiedemann, D. 

Bestimmung der Kernladungsradien von 7, 10Be 

und dem Neutronen-Halokern 11Be 

Frühjahrstagung der DPG Hadronen und Kerne 


Tobias, F. 

Travel award 

NASA space radiation summer school. 

New York (USA), 27 Mai – 19 Juni 2009 

Tobias, F. 

Binding dynamics of repair proteins at DNA 

damage sites after charged particle irradiation 

(Poster/Travel Award) 

GBS 


Tomut, M. 

Stability of Swift Heavy Ion-Irradiated Carbon 

Materials 

Stripper and Target Technology for High Power Heavy 

Ion Beams Workshop, Facility for Rare Isotope Beams 

(FRIB) at MSU 

Michigan (USA), 6.-8. Dezember 2009 

Trautmann, C. 

Nanotechnology using MeV-GeV heavy ions 

Seminar at the Australian National University 

Canberra (Australia), 19. März 2009 

Trautmann, C. 

How heavy ions modify solids. Basic aspects and 

Application in micro and nanoscience 

Kolloquium at the University of Jena 

Jena (Germany), 29. Juni 2009 

Trautmann, C. 

Material modifications of SiO2 irradiated with 

heavy ions of MeV-GeV energy 

Workshop on Nanostructures in Silica (NaiS '09) 

Saariselkä (Finland), 7. September 2009 

Trautmann, C. 

Research at GSI with MeV-GeV Ion Beams 

Forschungsklausur, University of Darmstadt 

Michelstadt (Germany), 30. Oktober 2009 

Trautmann, W. 

Neutron-Proton Elliptic Flow in Au + Au 

XLVII International Winter Meeting on Nuclear 

Physics 

Bormio (Italy), 26.-30. Jan. 2009 

Trautmann, W. 

Flow at 100 and 400 A MeV 

Workshop on Simulations of Low and Intermediate 

Energy Heavy Ion Reactions 

Trento (Italy), 11.-15. Mai 2009 

Trautmann, W. 

The symmetry energy in nuclear reactions 

The 10th International Conference on Nucleus-Nucleus 

collisions 

Beijing (China), 16.-21. Aug. 2009 

Trautmann, W. 

The symmetry energy in nuclear reactions 

The International Workshop on Nuclear Dynamics in 

Heavy-Ion Reactions and the Symmetry Energy 

(IWND2009) 

Shanghai (China), 23.-25. Aug. 2009 

Trautmann, W. 

Limiting temperatures in multifragmentation 

Second International Conference on Nuclear 

Fragmentation (NUFRA2009) - From Basic Research 

to Applications 

Antalya (Turkey), 27. Sep. - 4. Okt. 2009 

Trautmann, W. 

Isotopic Flows in Au+Au at 400 A MeV 

ESF Exploratory Workshop on How to Constrain the 

High Density Symmetry Energy - HiDeSymEne 

Zagreb (Croatia), 16.-18. Okt. 2009 

Trautmann, W. 

Closing Remarks 

International Workshop on Multifragmentation and 

Related Topics (IWM2009) 

Catania (Italy), 4.-7. Nov. 2009 

Typel, S. 

Indirect methods and halo nuclei 

Doppel-Graduiertentag, International Graduate School 

Basel-Graz-Tübingen 


Typel, S. 

Indirect methods for nuclear astrophysics 

6th Workshop on Nuclear Astrophysics 

Rußbach (Austria), 03.03.2009


Typel, S. 

Equation of state for astrophysical applications 

6th Workshop on Nuclear Astrophysics 

Rußbach (Austria), 06.03.2009 

Typel, S. 

A Supernovae equation of state with light and heavy 

clusters 


Conference 


Typel, S. 


clusters 




Typel, S. 

Nuclear matter equation of state with light clusters 

6th Workshop on aspect of alpha correlations and alpha 

condensation in nuclear systems 

Rostock (Germany), 06.08.2009 

Typel, S. 


clusters 

NUFRA 2009, International Conference on Nuclear 

Fragmentation 

Kemer (Turkey), 30.09.2009 

Typel, S. 

Clusters in nuclear matter 

HIC4FAIR workshop on dense QCD phases in heavyion 

collisions and supernovae 

Prerow (Germany), 12.10.2009 

Varentsov, D. 

Status of High Energy Density Research at GSI 

Moscow Workshop on the Non-ideal Plasma Physics 

(NPP-2009), Presidium RAS, Moscow, Russia, 30.11 - 

1.12.2009, 

Moscow (Russia), 30. November - 1. Dezember 2009 

Vogel, M. 

"Blind spectroscopy" - Precision laser spectroscopy 

without optical detection 






Voskresenskaya, M. 

Neutrino scattering on nuclei and interacting 

nucleon gas and equation of state of nuclear matter 

HIC4FAIR workshop on dense QCD phases in heavyion 

collisions and supernovae 

Prerow (Germany), 12.10.2009 

Voss, B. 

Non-standard dosimetry based on Diamond 

11th ICATPP Conference on Astroparticle, Particle, 

Space Physics, Detectors and Medical Physics 

Applications 

Como, Italy, 5.-9. October 2009 

Voss, B. 

Status of the GEM-TPC Prototype 

28th PANDA collaboration meeting 

Darmstadt (Germany), 2.-6. March 2009 

Voss, B. 

The PANDA GEM-Trackers 


Darmstadt (Germany), 2.-6. March 2009 

Voss, B. 

The FOPI/CB-ELSA GEM-TPC, a precursor prototype 

for the PANDA TPC 

DPG spring meeting 

Bochum (Germany), 15.-20. March 2009 

Voss, B. 

Planar GEM-Trackers 

PANDA Mecanical workshop 

Darmstadt (Germany), 2.-3. April 2009 

Voss, B. 

The Planar-GEM Tracker system for PANDA 

FP7 JointGEM Kickoff Meeting 

Munich (Germany), 6. April 2009 

Voss, B. 

The status of the FOPI/ELSA GEM-TPC 

FP7 JointGEM Kickoff Meeting 

Munich (Germany), 6. April 2009 

Voss, B. 

The FOPI GEM-TPC 

FOPI collaboration meeting 

Darmstadt (Germany), 20. April 2009 

Voss, B. 

Planar GEM-Trackers for PANDA 

PANDA FE & DAQ workshop 

Bodenmais (Germany), 23. April 2009 

Voss, B. 

Requirements on a DCS system for GEM-based 

detectors 


Torino (Italy), 15.-19. June 2009 

Voss, B. 

Update on the status of the PANDA GEM-TPC prototype 


Torino (Italy), 15.-19. June 2009 

Voss, B. 

Short Status Summary on the FOPI/CB-ELSA 

GEM-TPC 

GEM-TPC Face-2-face meeting 

Darmstadt (Germany), 29. July 2009 

Voss, B. 

617


618 

Short Status Summary on the PANDA (-prototype) 

GEM-TPC 


FZJ Jülich (Germany), 7.-11. September 2009 

Voss, B. 

Design studies on the PANDA GEM-TPC 


FZJ Jülich (Germany), 7.-11. September 2009 

Voss, B. 

Update on the Planar-GEM Trackers 


Darmstadt (Germany), 7.-11. Decemver 2009 

Voss, B. 

Brief Status Summary on the FOPI/CB-ELSA 

GEM-TPC 


Darmstadt (Germany), 7.-11. Decemver 2009 

Voss, K.-O. 

Die Schwerionenmikrosonde der GSI - Gezielte 

Bestrahlung von lebenden Zellen 

6. Nanotechnologieforum Hessen 

Hanau (Germany), 26.November 2009 

Wambach, J. 

The Phase Diagram of Strongly Interacting Matter 

Kolloquium 

Graz (Austria), 14.01.2009 

Wambach, J. 

Summary talk 

Conference CSQCD II 


Wambach, J. 

Phases of strongly interacting matter: the 2+1 PQM 

model 

EMMI workshop and XXVI Max Born Symposium 

Wroclaw (Poland), 07.09.2009 

Weber, D. 

Transformation of nuclear potentials from partial 

wave representation into operator representation 


Conference 


Weber, G. 

Angular distribution and linear polarization of Lya1 

radiation in H-like uranium. 

SPARC Collaboration Meeting 2009 at University of 

Lisbon 

Lisbon (Portugal), 4.September 2009 

Weber, G. 

Linear Polarization and Angular Distribution of 

Lya1 Radiation in H-like Uranium. 

EAS-Tagung 2009 

Riezlern (Austria), 9.Februar 2009 

Weick, Helmut 

Recent Results from Experiments with Stored 

Exotic Nuclei 

NUSTAR in Russia meeting 

Dubna, Russia, 5.10.-10.10.2009 

Weick, Helmut 

Calculations for the HRS and presentation of the 

MR-TOF separator 

high resolution mass separator for SPIRAL II 

Bordeaux, France, 12.11.-13.11.2009 

Weick, Helmut 

In-Ring Spectrometer 

EXL/ELISe meeting on technical issues 

GSI, Germany, 04.05.-06.05.2009 

Weick, Helmut 

---- 

KVI/GSI collaboration meeting 

Groningen, Netherlands, 16.04.-17.04.2009 

Weick, Helmut 

Four Rings for NUSTAR 

Annual NUSTAR meeting 

GSI, Germany, 23.03.-27.03.2009 

Weick, Helmut 

An Overview on Fragment Separators at 

Relativistic Energies 

Seminar 

CERN, France, 23.04.2009 

Weick, Helmut 

Determination of proton radii and neutron skin 

thickness of p-sd shell nuclei by charge change 

reactions 

FRS-User meeting 

GSI, Germany, 29.10.2009 

Weick, Helmut 

Access to proton and neutron radial distributions 

using delta-resonance excitation 

FRS-User meeting 


Weick, Helmut 

Status report 

ILIMA meeting 


Welsch, C.P. 

FLAIR - A Facility for Low-energy Antiproton and 

Ion Research. 



Welsch, C.P. 

Accelerator Physics for Antimatter Research & 

Instrumentation. 

SAC meeting, Cockcroft Institute 

Warrington (UK), 2. November 2009 

Welsch, C.P. 

Beam Instrumentation for CLIC.


CLIC meeting at CERN 

Geneva (Switzerland), 20.August 2009 

Welsch, C.P. 

Teilchenbeschleuniger - Unersetzbare Werkzeuge 

für die Forschung. 

DPG School 

Bad Honneff (Germany), 6. Juli 2009 

Welsch, C.P. 

Definition of Particle Beams. 

DITANET School on Beam Instrumentation 

ondon, 31. März 2009 

Wilms, A. 

APD development for the PANDA EMC 

DPG Frühjahrstagung 2009 


Wilms, A. 

Rectangularly Shaped LAAPDs for PANDA 


Orlando (USA), 25.-31. Okt. 2009 

Wilms, A. 

APD development for PANDA & Co. 

HIC for FAIR Detector Systems Networking 

Workshop 

Darmstadt (Germany), 24. Nov. 2009 

Winkler, Martin 

Status of Super-FRS 

Annual NUSTAR Meeting 

GSI, Darmstadt, 25.3.-27.3.2009 

Winkler, Martin 

From FRS to Super-FRS 

Artic Fidipro-EFES 

Saariselkä, Finland, 20.4.-24.4.2009 

Winters, D. 

Precision tests of quantum electrodynamics in the 

strong and critical-field regime. 

WE Heraeus-Seminar "Precision Experiments at 

Lowest Energies for Fundamental Tests and Constants" 

Bad Honnef (Germany), 16. Juni 2009 

Winters, D. 

News from the ESR storage ring 

5th SPARC Collaboration Symposium. Caparica 

campus, New university of Lisbon 

Lisbon (Portugal), 3. September 2009 

Zakova, M. 

Nuclear charge radius determination of the halo 

nucleus Be-11. 

Klausurtagung des Forschungszentrums 

Elementarkräfte und Mathematische Grundlagen 

(EMG) 

Mainz (Germany), 21.-22. Oktober 2009 

Zakova, M. 

High-resolution collinear laser spectroscopy as a 

tool for precise high-voltage determination 




Zielbauer,B. 

10 Hz Mo X-Ray Laser operation at LASERIX - 

First application experiment in radiobiology. 

Ultrafast Optics / High Field Short Wavelength - UFO 

VII / HFSW XIII 

Arcachon (France), 31.August – 4.September 2009 

Zoric, M. 

Analysis of neutron/proton elliptic flow in Au+Au 

collisions 

Workshop on “How to constrain the high density 

symmetry energy” 

Zagreb (Kroatia), 15.-18. Oktober 

Zynovyev, M. 

Optimizing I/O Performance for ESD Analysis 


CERN, Geneve, 28. Oktober 2009 

619


620 

Ackermann, D. 

GANIL Forward Look FORUM, Commitee member 

EURISOL User Executive Committee, Commitee 

member 

Scientific Council GANIL, Council member 

Wissenschaftlicher Ausschuss der GSI, 

Ausschussmitglied 

Physical Review C, Referee 

Physical Review Letters, Referee 

Journal of Physics G, Referee 

Physics Letters B, Referee 

Al-Turany, M. 

Journal of Physics : Conference Series, Referee 

Jordan Journal of Physics, Referee 

Averbeck, R. 

Publikation in Phys. Lett. B, Gutachten/report 

Bagnoud, V. 

ILE technical committe for Apollon-10P, 

Mitglied/Member 


Publikation in Diamond and Related Materials, 

referee 

HadronPhysics2 Collaboration Committee, 

spokesperson WP15 CARAT-Advanced Diamond 

Detectors 

CBM Technical Board, member, START detector 

Bert, C 

Medical Physics, Gutachten 

Physics in Medicine and Biology, Gutachten 

Int. J. Radiat. Oncol. Biol. Phys., Gutachten 

Sensors, Gutachten 

Swiss National Science Foundation, Gutachten 


Science Policy Committee, CERN, member 

Humboldt Professorship Selection Committee, 

member 

D. Schardt 

ENVISION (EU-Project) Steering Committee, 

Member 

Phys. Med. Biol., Reviewer 

Nucl. Instrum. Meth. B, Reviewer 

Radiation and Environmental Biophysics, Reviewer 

Committee and Referee activities 



Durante, M. 

Radiation and Environmental Biophysics (Berlin), 

Associate Editor 

European Journal of Medical Physics (Heidelberg), 


Radiobiology and Radioecology (Moscow),, 


Radiat. Meas., Referee 

Journal of Radiation Research (Tokyo), Associate 

Editor 

Radiat. Res., Referee 

Nucl. Instr. and Meth., Referee 

Radiation and Environmental Biophysics, Referee 

Int. J. Radiat. Biol., Referee 

J. Radiat. Res., Referee 

Adv. Space Res., Referee 

Br.J. Radiol., Referee 

Medical Physics, Referee 

J. Cell Physiol., Referee 

Physica Medica, Referee 

Committee Space Research (COSPAR), Member 

Board of reviewers of the European Space Agency 

(ESA), Member of the 

ESA Life Sciences Advisory Group (LSAG), 

Member 

ESA Topical Team (TT) on Space Radiation 

Research., Chairman 

GANIL, Caen (France),, Member of the Program 

Advisory Committee (PAC) 

KVI accelerator, Groningen (The Netherlands)., 

Member of the Program Advisory Committee (PAC) 

NASA Summer School, Brookhaven (USA)., 

Member of the Board of Professors 

European Science Foundation (ESF), Member of the 

Council of Reviewers 

Egelhof, P. 

Int. Conf. on Nuclear Physics at Storage Rings, 

STORIAdvisory Comittee, 

Feldmeier, H. 

EENEN09, First EMMI-EFES Workshop on Neutron 

Rich Nuclei, GSI, Organisator 

Physical Review C, Gutachter 

Physical Review Letters, Gutachter 

Journal of Physics G, Gutachter 

Nuclear Physics A, Gutachter


European Physical Journal A, Gutachter 

Fournier, C. 

AIFIRA micro- and nanobeam facility, CENBG, 

Bordeaux, France, member of the user panel 

Friman, B. 

Scientific Board of ECT*, Chairman 

Nuclear Physics A, Associate Editor 

Fritzsche, S. 

Atomic Data Nuclear Data Tables, Gutachten/report 

Computer Physics Communication, Special Editor 

Hyperfine Interactions, Gutachten/report 

Physical Review A, Gutachten/report 

Physical Review Letters, Gutachten/report 

Quantum Information Processes, Gutachten/report 

Fuchs, R. 

HGF Arbeitskreises "Wissenschaftlicher Gerätebau", 

Vorsitzender/Chair 

Garabatos, J. 

STAR review committee, member 

Gerl, J. 

Humboldt Stiftung, Gutachter 

QNRF, Gutachter 

AGATA Steering Committee, Member 

AGATA Steering Committee, Member 

PRESPEC Steering Committee, Member 

RISING Steering Committee, Member 

EXOGAM Steering Committee, Member 

PARIS Steering Committee, Member 

HISPEC/DESPEC Management Board, Member 

NUSRAR Board of Representatives, Scientific 

secretary 

Publikation in Nucl. Instr. Meth. A, Gutachten/report 

Publikation in Phys. Rev. C, Gutachten/report 

Publikation in Physics Letters B, Gutachten/report 

Gonzalez-Diaz, D. 

Resistive Plate Chamber workshop 2010, Advisory 

committee 

Hagmann, S. 

manuscripts submitted to Phys. Rev. Lett., 3 

Gutachten/reports 

manuscripts submitted to Phys. Rev. A, 2 

Gutachten/reports 

Heinz, S. 

EPJ A, Refereee 

J. Phys. G, Refereee 

Herfurth, F. 


Publikation in Int. J. Mass Spectrometry, 

Gutachten/report 

Publikation in J. Phys. B, Gutachten/report 

Publikation in Eur. Phys. J. A, Gutachten/report 

Heßberger, F.P. 

NuPPEC Longrange Plan 2010, Member WP3, 

Superheavy Elements 

Hofmann, S. 

PAC Dubna, PAC member 

Jakob, B. 

Eur Phys. J. -D, Gutachten 

Trends in Cell Biology, Gutachten 

Int. J. Rad. Biol., Gutachten 

Karsch, F. 

School “Phases of Strongly Interaction Matter”, 

Paris, 9.-13. März 2009, Koorganisator 

Kluge, H.-J. 

Committee of the PTB Braunschweig for the 

Helmholtz Prize, Mitglied/Member 

Advisory Board for Danish CERN Physics, 


Publikation Hyperfine Interactions, Gutachten/report 

Kolb, B.W. 

IEEE Transactions on Nuclear Science, 


Kühl, Th. 

International Advisory Committee of PALS, 


Access Board of Laserlab Europe, Mitglied/Member 

International Committee on Ultra-High Intensity 

Lasers (ICUIL), Mitglied/Member 

Langanke, K. 

Gutachterausschuss, BMBF, Mitglied 

Program Advisory Committee, GANIL, Mitglied 

Scientific Advisory Committee, RIKEN, Mitglied 

Scientific Advisory Committee, FRIB, Mitglied 

Advisory Committee, JINA, Mitglied 

Program Advisory Committee, RIKEN, Mitglied 

Scientific Council, EMMI, Mitglied 

Scientific Council, HIC for FAIR, Mitglied 

Nuclear Physics A, Supervisory Editor 

621


622 

Leifels, Y. 

Publikation in Phys. Lett. B, Gutachten/report 

Lutz, M. 

Berufungskommission, W2 Theorie-Professur, 

Universität Giessen, Mitglied 

PANDA, Theory Advisory Group (TAG), Mitglied 


Physical Review D, Gutachter 

Nuclear Physics A, Gutachter 







Monthly Notices Royal Astronomical Society, 

Gutachter 

Physica Scripta, Gutachter 

Physics Letters B, Gutachter 

Physical Review Letters, Gutachter 

Journal of Cosmology and Astroparticle Physics, 

Gutachter 

Start program of the Austrian FWF, Gutachter 

Michigan State University, Gutachter 

Outstanding Junior Investigator Program of the US 

DOE, Gutachter 

Agencia Nacional de Promoción Científica y 

Tecnológica (Argentina), Gutachter 

Agència de Gestió d'Ajuts Universitaris i de Recerca 

(Catalonia), Gutachter 

Masciocchi, S. 

EMMI fellowship committee, member 

Berufungsverfahren "Experimentelle Kernphysik 

(W2 EMMI)" an der Goethe-Universität, member 

Mathias Münch 

DLR IK-M, Gutachter IT-Überprüfungen 

Neff, T. 





Physics Letters B, Gutachter 

Progress of Theoretical Physics, Gutachter 


DFG-Antrag, Gutachten/report 

Publikation in Nucl. Instr. Meth. Phys. Res., 


Publikation in J. Phys. B, Gutachten/report 

Publikation in Hyperfine Interactions, 


Koordinationsausschuss des Forschungszentrums 

EMG (Elementarkräfte und Mathematische 

Grundlagen), Mitglied/member 

O. Boine-Frankenheim 

Publikation in Phys. Rev. ST Accel. Beams, 


Pfeiffer, B. 

Nuclear Data Sheets, Refereee 

Pietraszko, J. 


Publikation in Acta Physica Polonica B, 


Quint, W. 

Publikation bei J. Phys. B, 2 Gutachten/report 

Publikation bei Eur. Phys. J. A., Gutachten/report 

Bewerbung an Graduiertenprogramm (USA), 5 


Diplomarbeit Uni Heidelberg, Zweitgutachten/second 

report 

Doktorarbeit Uni Heidelberg, 2 Erstgutachten/ first 

report 

Bewerbung auf eine PostDocstelle Uni Heidelberg, 


Doktoranden-Bewerbung bei GSI 

Graduiertenprogramm, Gutachten/report 

Ritter, S 

Mutat. Res., Gutachten 

Int. J. Radiat. Biol., Gutachten 

Diplomarbeit, Hochschule Darmstadt, Gutachten 

Programme Committee, ISCA 2009, Rheinfels, 

Germany, Organisation 

Local Organizing Committee, ISCA 2009, Rheinfels, 

Germany, Organisation 

Committee for Young Scientist Awards, IBIBAM 

2009, Gutachten 

Organizing Committee, 9th Microbeam Workshop, 

Organisation 


MC-PAD Supervisory Board, member, scientist in 

charge at GSI for 

CBM Technical Board, member 

Scholz, M. 

Radiation Research, Gutachten 

Z. Med. Physik, Gutachten 

ICRU, Committee Member 

Schwarz,Kilian 

Journal of Physics : Conference Series, Refereee 

Future Generation Computer Systems, Referee



IEEE Transactions on Nuclear Science, 


Journal of Instrumentation (JINST), Gutachten/report 

Söldner, W. 

Physical Review D, Gutachter 

Stöcker, H. 

GSI Wissenschaftliches Direktorium, Vorsitzender 

Präsidium der Helmholtz-Gemeinschaft Deutscher 

Forschungszentren, Vize-Präsident 

Helmholtz-Gemeinschaft Deutscher 

Forschungszentren Forschungsbereich “Struktur der 

Materie”, Koordinator 

Vorstand des Frankfurt Institute for Advanced 

Studies (FIAS), Goethe Universität Frankfurt, 

Mitglied 

Leitung der Frankfurt International Graduate School 

of Sciences (FIGSS), Goethe Universität Frankfurt, 

Direktor 

Alexander-von-Humboldt-Stiftung, Gutachter 

Deutscher Akademischer Austauschdienst (DAAD), 

Gutachter 

Polytechnische Gesellschaft Frankfurt am Main, 

Mitglied 

Acatec (Deutsche Akademie der 

Technikwissenschaften), Mitglied 

ad hoc OECD Global Science Forum Working Group 

on Nuclear Physics (Commission C 12), Mitglied 

Working Group 9 on International Cooperation in 

Nuclear Physics (ICNP) of the International Union of 

Pure and Applied Physics (IUPAP), Mitglied 

Board of the FAIR-Russia Research Center, Institute 

for theoretical and experimental physics, Moscow, 

Russia, Mitglied 

Council of the Foundation of the Beilstein Institute, 

Frankfurt, Mitglied des Stiftungsrates 

Advisory Board of the H. & E. Kleber Foundation, 

Mitglied des Beirats 

Advisory Board of the Alfons und Gertrud Kassel 

Foundation, Mitglied des Beirats 

Advisory Board of the Margarete und Herbert 

Puschmann Foundation, Mitglied des Beirats 

Nuclear Physics Board of the European Physical 

Society, Mitglied 

Institute of Physics (London) – Journal of Physics G, 

Senior Advisory Board Member 

International Journal of Modern Physics E – Nuclear 

Physics, Editor 

Modern Physics Letters A – Particles and Fields; 

Gravitation; Cosmology; Nuclear Physics, Editor 

NuPECC, Mitglied 

Stöhlker, Th 

Publications in Phys. Rev. Letters, Gutachten/report 

Publications in Phys. Rev. A, Gutachten/report 

Engineering and Physical Sciences Research Council, 

UK, Gutachten/report 

Doktorarbeit Uni Heidelberg, 3 Zweitgutachten 

Diplomarbeit Uni Heidelberg, 1 Zweitgutachten 

Doktorarbeit Uni Frankfurt, 4 Erstgutachten 

Diplomarbeit Uni Frankfurt, 2 Erstgutachten 

Helmholtz Graduate School HIRe, 

Gutachter/Application committee 

FLAIR Steering Committee, Deputy Spokesperson 

SPARC collaboration board, Contact person 

GANIL Scientific Council, Mitglied/Member 

Lanzhou, International Advisory Committee, 


Direktorium des Helmholtz-Insitutes Jena, 

Mitglied/Member, Vorsitz 

International Advisory Committee for the EBIS/T 

symposium, Mitglied/Member 

International Advisory Committee, HCI2010, 


HGF Programm PNI, Topic speaker (Topic Ions) 

Publications in Journal of Physics B, 



Scientific Council of EMMI, Mitglied/Member 

Scientific Council of HIC for FAIR, 


Scientific Advisory Commitee of ELBE at FZD, 

Vorsitzenden/Chair 

Advisory Board of the Centre of Experimental 

Nuclear Astrophysics and Nuclear Physics, 


Eropean Physics Journal A, Gutachten/report 

HADES Executive Board, Mitglied/Member 

CBM Management Board, Mitglied/Member 


KVSF Kompetenzverbund Strahlenforschung, 

Vorstand 

Radiaton Research, Gutachten 

J. of Radiation Res. (Japan), Gutachten 

Mutagenesis, Gutachten 

Nucleic Acid Research, Gutachten 

Trautmann, C. 

Journal Beam Interactions with Materials and Atoms, 

Nuclear Instruments and Methods in Physics 

Research, Section B, Elsevier, 

Mitherausgeberin/Editor 

623


624 

Program Committee of the 17th International 

Conference on Ion Beam Modification of Materials 

(IBMM), Member 

Panel on Committee of Visitors (COV) for the 

Materials Sciences and Engineering Division in the 

DOE Office of Basic Energy Sciences, Member 

MRS-Symposium on “Materials for Nuclear 

Applications and Extreme Environments”, San 

Francisco 2010, Co-Chair/stellvertretender Vorsitz 

Working group of Nuclear Physics European 

Collaboration Committee (NuPECC) to prepare new 

long range plan (LRP2010), Member 

GANIL prospective core group, Member 

Program Advisory Board on FAIR-related irradiation 

experiments (F-PAC), Member 

Internal Scientific Advisory Board of GSI 

(Wissenschaftlicher Ausschuß), Member 

Typel, S. 




Voss, B. 

PANDA Technical Board, Member, Endcap GEM 

Publication in Medical Physics, Referee 

Wambach, J. 

European Physical Journal A, Associate Editor 

Physical Review Letters, Associate Editor 

Kommittee Hadronen und Kerne, Mitglied 

NuPECC, Mitglied 

NIC Direktorium, Mitglied 

NIC Wissenschaftlicher Rat, Mitglied 

EMMI scientific council, Mitglied 

HIC4FAIR, Programmbereichsleiter 

Welsch, C.P. 

DITANET Steering Committee and Supervisory 

Board, Vorsitzenden/Chair 

FLAIR Steering Committee, Mitglied/member 

70 Helmholtz research groups in "Structure of 

matter", Sprecher/spokesperson 

Selection Committee for the acceptance of 

outstanding students to the 

Studienstiftung des Deutschen Volkes, 

Mitglied/member 

Advisory Committee of the Joint Universities 

Accelerator School, Mitglied/member 

European Commission in Accelerator Sciences, 

Wissenschaftlicher Beirat/scientific Advisor 

Physics department Safety Committee meetings 

(Liverpool), Vorsitzender/Chair 

Cockcroft Institute Education Committee, 


Cockcroft Institute Management Committee, 


Environment Committee, physics department 

(Liverpool), Mitglied/member 

Will, C. 

HFG Arbeitskreis "Frauen in Forschungszentren", 

Vorsitzende/Chair 

Wilms, A. 

Journal of Instrumentation (JINST), Gutachten/report


625

ANNEX-UNIV-01 GSI SCIENTIFIC REPORT 2009 

626 

Ackermann, Dieter (28.6.-4.7.2009): Superheavy 

Elements and the Limits of Nuclear Stabilit. UEE 

2009 European Summer University 'The Secret of the 

Atomic Nucleus', Straßburg, France, Vorlesung 

Appelshäuser, H.; M. Bleicher, C. Blume, R. Dörner, 

C. Greiner, W. Greiner, J. Stroth, J. Maruhn, H. 

Ströbele, K. Peters, D. Rischke, H. Schmidt-Böcking, 

S. Schramm, R. Stock, H. Stöcker (SS 2009): 

Kolloquium zur Struktur der elementaren Materie 

und zur Astrophysik. Uni Frankfurt, Kolloquium 

Aumann, Thomas (SS09): Experimentelle Methoden 

zur Untersuchung exotischer Kerne. Johannes- 

Gutenberg Universität Mainz, 

Averbeck, N. (WS2008/2009): Biophysik von Zellen 

und Zellverbänden. TU Darmstadt, Vorlesung/lecture 

Averbeck, R (SS09): Kern- und Teilchenphysik. Tu 

Darmstadt, Übungen/Vorlesungsvertretung 

Bert, C., Krämer M. et al. (SS 2009): Grundlagen der 

Strahlentherapie mit Protonen und schweren Ionen. 

U Heidelberg, Vorlesung 

Bert, C., Krämer M. et al. (SS 2009): Kurs und 

Praktikum Strahlenphysik und Strahlenschutz. U 

Heidelberg, Kurs und Praktikum 

Bert, C., Krämer M. et al. (WS2008/2009): Kurs und 



Bert, C., Krämer M. et al. (WS2009/2010): Kurs und 



Bert, C., Krämer M. et al. (SS 09 und WS 09/10): 

Seminar zur Therapie mit Protonen und 

Ionenstrahlen. U Heidelberg, Seminar 

Bleicher, M.; C. Blume, D. Rischke, H. Appelshäuser, 

J. Schaffner-Bielich, J. Stroth, S. Schramm, H. Stöcker, 

R. Stock, H. Ströbele (WS 2008/2009): Relativistic 

Nuclear Matter, gemeinsam mit der GSI und TU in 

Darmstadt und der Universität Heidelberg. Uni 

Frankfurt, Seminar 

Bleicher, M.; C. Blume, D. Rischke, H. Appelshäuser, 

J. Schaffner-Bielich, J. Stroth, S. Schramm, R. Stock, 

H. Stöcker, H. Ströbele (SS 2009): Relativistic 

Nuclear Matter, gemeinsam mit der GSI und TU in 

Darmstadt und der Universität Heidelberg. Uni 


Teaching activities of GSI staff 



Bleicher, M.; C. Blume, R. Dörner, C. Greiner, W. 

Greiner, J. Jacoby, J. Maruhn, H. Appelshäuser, K. 

Klaus Peters, J. Stroth, U. Ratzinger, D. Rischke, S. 

Schramm, H. Schmidt-Böcking, R. Stock, H. Stöcker, 

H. Ströbele (SS 2009): Interuniversitäres 

Schwerionenseminar gemeinsam mit der GSI in 

Darmstadt. Uni Frankfurt, Seminar 


Greiner, J. Jacoby, J. Maruhn, H. Appelshäuser, K. 

Peters, J. Stroth, U. Ratzinger, D. Rischke, J. 

Schaffner-Bielich, S. Schramm, H. Schmidt-Böcking, 

R. Stock, H. Stöcker, H. Ströbele (WS 2008/2009): 

Interuniversitäres Schwerionenseminar gemeinsam 

mit der GSI in Darmstadt. Uni Frankfurt, Seminar 


Greiner, J. Maruhn, H. Appelshäuser, K. Peters, J. 

Stroth, D. Rischke, J. Schaffner-Bielich, S. Schramm, 

H. Schmidt-Böcking, H. Stöcker, H. Ströbele, R. Stock 

(WS 2008/2009): Kolloquium zur Struktur der 

elementaren Materie und zur Astrophysik. Uni 

Frankfurt, Kolloquium 

Bock, R.; Rosmej, O.; Stöhlker, Th., Hoffmann, 

D.H.H.;Mulser, P.; Roth, M.; Jacoby, J.; Maruhn, J.A.; 

Kühl, Th. (WS 2009/2010): Seminar der GSI, der TU 

Darmstadt und der Universitäten Frankfurt und 

Mainz zur Physik dichter Plasmen mit Schwerionen- 

und Laserstrahlen. Universität Mainz, TU 

Darmstadt, Universität Frankfurt, Seminar 

Boine-Frankenheim (SS09): Beschleunigerphysik. TU 

Darmstadt, Vorlesung/lecture 

Boine-Frankenheim (SS09): Ausgewählte Themen 

der Beschleunigerpysik und Technik. TU Darmstadt, 

Seminar 

Bräuning, H. (SS 2009): Höhere experimentelle 

Atomphysik. Inst. für Atom- und Molekülphysik, 

Univ. Giessen, Vorlesung/lecture 

Bräuning, H. (WS 2009/2010): Angewandte 

Atomphysik. Inst. für Atom- und Molekülphysik, 

Univ. Giessen, Vorlesung/lecture 

Bräuning, H. (WS09/10): Atomphysik Seminar. 

Universität Giessen, Seminar 

Braun-Munzinger, P. (SS09): Structure of Hadrons 

and Nuclei. TU Darmstadt, Vorlesung/lecture 

Braun-Munzinger, P. (WS09): From QGP to cold 

quantum gases. TU Darmstadt, Seminar

GSI SCIENTIFIC REPORT 2009 ANNEX-UNIV-01 

Braun-Munzinger, P.; B. Friman, J. Wambach, H. 

Oeschler, M. Buballa (WS 2009/2010): Relativistische 

Schwerionenphysik. TU Darmstadt, Seminar 

Deiss, B.; H. Stöcker (WS 2008/2009): Struktur und 

Dynamik extragalaktischer Systeme (WP). Uni 

Frankfurt, Vorlesung 

Düllmann, Christoph E. (WS08/09): Chemie und 

Kernchemie der schwersten Elemente. Johannes- 

Gutenberg Universität Mainz, Vorlesung 

Düllmann, Christoph E. (SS09): Chemie und 



Düllmann, Christoph E. (WS09/10): Chemie und 



Düllmann, Christoph E. (Februar 2009): Einführung 

zur GSI. GSI - Für Fortbildungszentrum für Techn. 

Und Umwelt, Karlsruher Inst. für Technologie, Univ. 

des Landes Baden-Württemberg, Vorlesung 

Düllmann, Christoph E. (Februar 2009): Einführung 

in die Thematik der Superschweren Elemente. GSI - 

Für Fortbildungszentrum für Techn. Und Umwelt, 

Karlsruher Inst. für Technologie, Univ. des Landes 

Baden-Württemberg, Vorlesung 

Düllmann, Christoph E. (21.9.2009): Einführung zur 

GSI. Fortbildungszentrum für Techn. Und Umwelt, 



Düllmann, Christoph E. (21.9.2009): Einführung in 

die Thematik der Superschweren Elemente. 

Fortbildungszentrum für Techn. Und Umwelt, 



Durante, M. (SS 2009): Radiation Biophysics. TU 


Durante, M. (SS 2009): Radiation Biophysics. TU 


Egelhof, Peter (SS09): Grundlagen und 

Anwendungen kalorimetrischer 

Tieftemperaturdetektoren. Johannes-Gutenberg 

Universität Mainz, Seminar 

Egelhof, Peter (SS09): Kernphysikalische Aspekte 

der Astrophysik. Johannes-Gutenberg Universität 

Mainz, Vorlesung 

Egelhof, Peter (SS09): Übungen zur Vorlesung: 

Kernphysikalische Aspekte der Astrophysik. 

Johannes-Gutenberg Universität Mainz, Übungen 

Feldmeier, F. (SS 2009): Modern Aspects of Nuclear 

Structure. Yukawa Institute of Theoretical Physics, 

Kyoto, Vorlesung 

Feldmeier, H. (WS 2009/2010): Theoretische 

Kernphysik. TU Darmstadt, Vorlesung 

Feldmeier, H. (WS 2009/2010): Theoretische 

Kernphysik. TU Darmstadt, Übung 

Feldmeier, H.; B. Friman, J. Wambach, K. Langanke, 

M. Lutz (WS 2009/2010): Theorie-Seminar zu Kern- 

und Schwerionenphysik. TU Darmstadt, Seminar 

Feldmeier, H.; B. Friman, J. Wambach, K. Langanke, 

M. Lutz (WS 2009/2010): Theorieseminar GSI. TU 

Darmstadt, Seminar 

Feldmeier, H.; Friman, B.; Wambach, J.; Langanke, K.; 

Lutz, M. (SS 2009): Theorieseminar GSI. TU 

Darmstadt, Seminar 

Feldmeier, H.; Friman, B.; Wambach, J.; Langanke, K.; 

Lutz, M. (SS 2009): Theorie-Seminar zu Kern- und 

Schwerionenphysik. TU Darmstadt, Seminar 

Feldmeier, H.; K. Langanke, R. Roth, J. Wambach 

(WS 2009/2010): Forschungspraktika: Theoretische 

Kern- und Vielteilchenphysik. TU Darmstadt, 

Praktikum 

Feldmeier, H.; K. Langanke, R. Roth, J. Wambach, G. 

Martinez-Pinedo (WS 2009/2010): 

Forschungspraktika: Nukleare Astrophysik und 

Kernstrukturtheorie. TU Darmstadt, Praktikum 

Feldmeier, H.; Langanke, K.; Roth, R.; Wambach, J. 

(SS 2009): Forschungspraktika: Theoretische Kern- 

und Vielteilchenphysik. TU Darmstadt, Praktikum 

Feldmeier, H.; Langanke, K.; Roth, R.; Wambach, J.; 

Martinez-Pinedo,G. (SS 2009): Forschungspraktika: 

Nukleare Astrophysik und Kernstrukturtheorie. TU 

Darmstadt, Praktikum 

Fournier, C. (SS 2009): Angewandte Strahlenbiologie. 

Hochschule Darmstadt, Vorlesung 

Friman, B. (WS 2009/2010): 

Elementarteilchenphysik. TU Darmstadt, Vorlesung 

Friman, B.; M. Lutz, J. Wambach (WS 2009/2010): 

Forschungspraktika: Theoretische Hadronen- und 

Schwerionenphysik. TU Darmstadt, Praktikum 

Fritzsche, S. (SS 2009): Quantum Information 

Theory. An Introduction. Universität Oulu Fi-90014 

Oulu, Finland, Vorlesung/lecture 

Fritzsche, S. (13.11.2009): Coherence transfer in the 

excitation and decay of atoms. Kumpula 

Computational Chemistry and Physics(KCCP), 

Helsinki University A.I. Virtasen aukio, 

Kolloquium/colloquium 

Geppert, Ch. (19.01.2009): The BeTINa-Experiment 

at CERN-ISOLDE. Universität Münster (Physik), 

Institut für Kernchemie, Kolloquium/colloquium 

627


628 

Gorska, M. (21.1.-1.2.2009): Nuclear Structure. XIV 

Theoretical Nuclear Physics School, Itaipava, Brasil, 

Vorlesung 

Götzen, K. (Sep. 2009): Hadron Physics with 

Antiprotons. GSI Darmstadt, Vorlesung / lecture 

Greiner, C.; M. Bleicher, J. Maruhn, H. Stöcker, D. 

Rischke, S. Schramm (SS 2009): Seminar on the 

Theory of Elementary Matter. Uni Frankfurt, 

Seminar 

Greiner, C.; D. Rischke, H. Stöcker, S. Schramm (SS 

2009): Chiral Models in Nuclear and Particle 

Physics. Uni Frankfurt, Seminar 

Greiner, C.; J. Maruhn, M. Bleicher, D. Rischke, H. 

Stöcker, J. Schaffner-Bielich, S. Schramm (WS 

2008/2009): Seminar on the Theory of Elementary 

Matter (WP). Uni Frankfurt, Seminar 

Greiner, W.; C. von der Malsburg, M. Meyer- 

Hermann, R. Berger, I. Mishustin, J.Triesch, W. 

Singer, H. Stöcker, A. Solv’yov (SS 2009): 

Interdisciplinary FIAS Colloquium. FIAS, 

Kolloquium 

Grisenti, R. (WS 09/10): Atomphysik II. Goethe 

Universität Frankfurt am Main, Vorlesung / lecture. 

Herfurth, F. (SS 09): Laserspektroskopie und 

Massenspektrometrie an gespeicherten Teilchen. 

Universität Mainz (Physik), Vorlesung/lecture 

Herfurth, F. (01.07.2009): Highly Charged Ions at 

Rest - The HITRAP Project. MPI-K, Heidelberg 

(Physik), Kolloquium/colloquium 

Hoehne, C. (WS 2008/09): Übungen und 

Ergänzungen zur Vl Kernphysik 1. Inst. f. 

Kernphysik, Univ. Frankfurt, Übung + Ergänzung / 

Exercise + supplement 

Hoehne, C. (SS 2009): Übungen zur Einführung in 

die Kern- und Elementarteilchenphysik. Inst. f. 



Hoehne, C. (WS 2009/10): Übungen und 

Ergänzungen zur Vl Kernphysik 1. Inst. f. 



Hoffmann, D.; N. Pietralla, R. Roth, J. Wambach (WS 

2009/2010): Schwerionenphysik. TU Darmstadt, 

Seminar 

Jakob, B. (WS2008/2009): Biophysik von Zellen und 

Zellverbänden. TU Darmstadt, Vorlesung/lecture 

Karsch, F. (WS 2009/2010): Gitterfeldtheorien. Uni 

Bielefeld, Vorlesung 

Karsch, F. (WS 2009/2010): Quantum Fields and 

Strongly Interacting Matter. Uni Bielefeld, Seminar 

Karsch, F. (WS 2009/2010): Aktuelle Fragen der 

Elementarteilchenphysik. Uni Bielefeld, Seminar 

Kluge, H.-J. (04.06.2009): Neue Entwicklungen und 

Anwendungen hochgenauer Massenspektrometrie. 

Universität Greifswald, Kolloquium/colloquium 

Kraft-Weyrather, W. (WS2009/2010): Master Course 

Medical Physics "Special RadiotherapyTechniques". 

Uniklinik Mannheim, Master Course 

Kraemer, M. (SS 2009): Praktikum und Vorlesung 

Linearbeschleuniger. Uni Heidelberg, 

Vorlesung/Praktikum 

Kraemer, M. (SS 2009): Seminar zur Therapie mit 

Protonen und Ionenstrahlen. Uni Heidelberg, 

Seminar 

Kraemer, M. (WS 2009/2010): Praktikum und 

Vorlesung Linearbeschleuniger. Uni Heidelberg, 

Vorlesung/Praktikum 

Kraemer, M. (WS 2009/2010): Seminar zur Therapie 

mit Protonen und Ionenstrahlen. Uni Heidelberg, 

Seminar 

Kühl, Th. (SS 2009): Seminar zum F-Praktikum. 

Johannes Gutenberg Universität Mainz (Physik), 

Seminar 

Kühl, Th., Nörtershäuser, W. (WS 2008/2009): Physik 

des Lasers. Johannes Gutenberg Universität Mainz 

(Physik), Vorlesung/lecture 

Langanke, K.; Wambach, J. (SS 2009): Nukleare 

Astrophysik II. TU Darmstadt, Vorlesung 

Leifels, Y. (WS09/10): PEP 5 (Kern-, Teilchen- und 

Festkörperphysik). Universität Heidelberg, Übungen 

Liesen, D. (SS 2009): Oberseminar über 

Atomphysik. Universität Heidelberg, 

Vorlesung/lecture 

Liesen, D. (WS 2009/2010): Oberseminar über 



Litvinov, Yuri (SS09): Laserspektroskopie, Fallen 

und ihre Anwendungen. Universität Heidelberg, 

Germany, Vorlesung 

Litvinov, Yuri (03.08-25.09): Nuclear Astrophysics at 

the ESR. International Summer Student Program, GSI, 

Darmstadt, Germany, Vorlesung 

Litvinov, Yuri (23.08-27.08): Mass measurements. 

5th International Summer School on Subatomic 

Physics “Some New facet of Nuclear Physics”, Peking 

University, Beijing, China, Vorlesung 

Litvinov, Yuri (WS09): Physics with Stored and 

Cooled Particles. Universität Heidelberg, Germany, 

Vorlesung


Lutz, M. (SS 2009): Einführung in 

Quantenfeldtheorien. TU Darmstadt, Vorlesung 

Lutz, M. (SS 2009): Einführung in 

Quantenfeldtheorien. TU Darmstadt, Übung 

Malzacher, P. (WS 2008/2009): Introduction to 

C/C++. Universität Franfurt, Vorlesung+Übung 

Malzacher, P. (WS 2008/2009): Software Design and 

Construction. Universität Franfurt, Vorlesung+Übung 

Malzacher, P. (WS 2009/2010): Introduction to 

C/C++. Universität Franfurt, Vorlesung+Übung 

Malzacher, P. (WS 2009/2010): Software Design and 

Construction. Universität Franfurt, Vorlesung+Übung 

Märtin, R. (Juni 2009): Übungen zur experimentelle 

Physik IV (Atom- und Molekülphysik). Universität 

Heidelberg, Tutorium 

Martinez-Pinedo, G. (WS 2009/2010): Einführung in 

theoretische Astrophysik. TU Darmstadt, Vorlesung 

Neumann, R. (SS09): Materialforschung und 

Nanotechnologie mit energiereicher Strahlung I. 

Universität Heidelberg, Vorlesung/lecture 

Nörtershäuser, W. (07.05.2009): Atomkern mit 

Heiligenschein - Laserspektroskopische 

Bestimmung des Kernladungsradius von Be-11. 

Universität Gießen, Seminar/seminar 

Nörtershäuser, W. (10.06.2009): The nuclear charge 

radius of Be-11 and recent achievements in highresolution 

laser spectroscopy at GSI. MPIK 

Heidelberg (Physik), Bothe Kolloquium 

Nörtershäuser, W. (24.07.2009): Precision laser 

spectroscopy of light exotic isotopes. Physikalisches 

Institut Universität Tübingen (Physik), 

Seminar/seminar 

Nörtershäuser, W., Herfurth, F. (SS 2009): 

Laserspektroskopie und Massenspektrometrie an 

gespeicherten Teilchen. Johannes Gutenberg 

Universität Mainz (Physik), Vorlesung/lecture 

Peters, K. (WS08/09): Interuniversitäres 

Schwerionenseminar gemeinsam mit der GSI 

Darmstadt. Johann Wolfgang Goethe Universität 

Frankfurt, Seminar / seminar 

Peters, K. (WS08/09): Kolloquium zur Struktur der 

elementaren Materie und zur Astrophysik. Johann 

Wolfgang Goethe Universität Frankfurt, Seminar / 

seminar 

Peters, K. (WS08/09): Resonanzphysik der 

Hadronen. Johann Wolfgang Goethe Universität 

Frankfurt, Vorlesung / lecture 

Peters, K. (SS09): Interuniversitäres 




Peters, K. (SS09): Kolloquium zur Struktur der 



seminar 

Peters, K. (SS09): Physik der Teilchendetektoren. 

Johann Wolfgang Goethe Universität Frankfurt, 

Vorlesung / lecture 

Peters, K. (WS09/10): Interuniversitäres 




Peters, K. (WS09/10): Kolloquium zur Struktur der 



seminar 

Peters, K. (WS09/10): Resonanzphysik der 

Hadronen. Johann Wolfgang Goethe Universität 


Peters, K. (Aug. 2009): Hadron Physics with 

Antiprotons. GSI Darmstadt, Vorlesung / lecture 

Quint, W. (WS 2008/2009): Quantenelektrodynamik. 

Universität Heidelberg (Physik), Vorlesung/lecture 

Quint, W. (SS 2009): Advanced Seminar on AMO 

Physics. KIP, Universität Heidelberg, 


Reifarth, Renee (SS09): Einführung in die 

Astronomie II. Goethe Universität Frankfurt, 

Vorlesung 

Reifarth, Renee (WS09/10): Einführung in die 

Astronomie I. Goethe Universität Frankfurt, 

Vorlesung 

Reifarth, Renee (SS09): Astrophysikalisches 

Praktikum. Goethe Universität Frankfurt, Praktikum 

Rischke, D.; C. Greiner, J. Schaffner-Bielich, H. 

Stöcker, S. Schramm (WS 2008/2009): Chiral Models 

in Nuclear and Particle Physics (WP). Uni Frankfurt, 

Seminar 

Rischke, D.; M. Bleicher, H. Stöcker, C. Greiner (SS 

2009): Fluid dynamics for heavy ion collisions. Uni 


Rischke, D.; M. Bleicher, H. Stöcker, C. Greiner (WS 

2008/2009): Fluid dynamics for heavy ion collisions 

(WP). Uni Frankfurt, Seminar 

Rosmej, O. (WS 2009/2010): Röntgenstrahlung im 

Universum und Labor. IAP, Goethe-Universität 

Frankfurt am Main, Vorlesung/lecture 

Roth, R.; Feldmeier, H.; Langanke, K.; Martinez- 

Pinedo, G.; Neff, T. (SS 2009): Kernstruktur und 

nukleare Astrophysik. TU Darmstadt, Seminar 

Schädel, Matthias (39983): Chemitry and Physics of 

Superheavy Elements - Fascination and Challanges 

629


630 

of Science Beyond the Actinides. Summer Scholl on 

Actinide Science & Applications, ITU Karlsruhe, 

Vorlesung 

Scheidenberger, Christoph (WS08/09): 

Experimentelle nukleare Astrophysik. Justus-Liebig 

Universität Gießen, Germany, Vorlesung + Übungen 

Scheidenberger, Christoph (WS08/09): Physikalische 

Ziele des internationalen FAIR Projektes. Justus- 

Liebig Universität Gießen, Germany, Seminar 

Scheidenberger, Christoph (WS08/09): Anleitung zu 

wissenschaftlichen Arbeiten. Justus-Liebig 

Universität Gießen, Germany, Seminar 

Scheidenberger, Christoph (WS08/09): 

Mitarbeiterseminar. Justus-Liebig Universität 

Gießen, Germany, Seminar 

Scheidenberger, Christoph (SS09): Physik mit 

schweren Ionen. Justus-Liebig Universität Gießen, 

Germany, Vorlesung 

Scheidenberger, Christoph (SS09): Experimentelle 

Kern- und Elementarteilchenphysik. Justus-Liebig 


Scheidenberger, Christoph (SS09): Anleitung zu 

wissenschaftlichen Arbeiten. Justus-Liebig 


Scheidenberger, Christoph (SS09): 

Mitarbeiterseminar. Justus-Liebig Universität 

Gießen, Germany, Seminar 

Schwarz, C. (WS08/09): Fortgeschrittenenpraktikum 

der Kernphysik. Johann Wolfgang Goethe Universität 

Frankfurt, Praktikum/practical course 

Schwarz, C. (SS09): Fortgeschrittenenpraktikum 



Schwarz, C. (WS09/10): Fortgeschrittenenpraktikum 



Stöcker, H. (SS 2009): Einführung in die Physik 2 

für Studierende der Biologie und des Lehramts L3 

Physik, E-Learning Begleitveranstaltung zur 

Vorlesung. Uni Frankfurt, E-Learning 

Stöcker, H. (WS 2008/2009): E-Learning 

Begleitveranstaltung zur Vorlesung "Einführung in 

die Physik I für Studierende des Lehramts L3- 

Physik, der Chemie und anderer 

Naturwissenschaften". Uni Frankfurt, E-Learning 


Begleitveranstaltung zur Vorlesung "Physik für 

Mediziner". Goethe Universität Frankfurt, E-Learning 



die Physik I für Studierende der Biologie und des 

Lehramts L3 Physik". Uni Frankfurt, E-Learning 

Stöcker, H. (SS 2009): Einführung in die Physik 2 

für Studierende des Lehramts L3-Physik, der 

Chemie und anderer Naturwissenschaften,E- 

Learning Begleitveranstaltung zur Vorlesung. Uni 

Frankfurt, E-Learning 

Stöcker, H. (SS 2009): Experimentalphysik 2, E- 

Learning Begleitveranstaltung zur Vorlesung. Uni 


Stöcker, H. (SS 2009): Einführung in die Physik für 

Studierende der Pharmazie, E-Learning 

Begleitveranstaltung zur Vorlesung. Uni Frankfurt, 

E-Learning 



die Physik für Studierende der Pharmazie". Uni 



Begleitveranstaltung zur Vorlesung 

"Experimentalphysik 1". Uni Frankfurt, E-Learning 

Stöcker, H.; R. Berger, A. Solv’yov, W. Greiner, C. 

von der Malsburg, W. Singer, M. Meyer-Hermann, I. 

Mishustin, J. Jochen Triesch (SS 2009): FIGSS 

Seminar. FIAS, Seminar 

Stöcker, H.; R. Berger, A. Solv’yov, W. Greiner, C. 

von der Malsburg, W. Singer, M. Meyer-Hermann, I. 

Mishustin, J. Triesch (WS 2008/2009): FIGSS 

Seminar. Uni Frankfurt, Seminar 

Stöhlker, Th. (19.02.2009): Relativistic Atomic 

Physics with FAIR. Int. Graduate School, Universität 

Basel (Physik), Seminar/seminar 

Stöhlker, Th. (): . , 

Stöhlker, Th. (17.12.2009): FAIR Atomic Physics. 

Strahlenzentrum der Universität Giessen (Atomphysik), 

Seminar 

Stöhlker, Th. (SS 2009): Oberseminar über 



Stöhlker, Th. (WS 2009/2010): Oberseminar über 



Stöhlker, Th. (19.01.2009): Atomic Physics at GSI 

and FAIR. Atomic Theory for Fundamental 

Interactions and Simple Systems in Strong Fields, 

Seminar 

Stöhlker, Th., Surzhykov, A. (SS 2009): Experiments 

in modern atomic physics and their theoretical 

foundations. Ruprecht Karls Universität Heidelberg 

(Physik), Vorlesung/lecture.


Stroth, Joachim (SS09): Enführung in die Struktur 

der Materie 4, Teilchen und Kerne. Goethe- 

Universität, Vorlesung/lecture 

Stroth, Joachim (WS09/10): Subatomare Physik 1: 

Kernphysik. Goethe-Universität, Vorlesung/lecture 

Surzhykov, A. (WS 2008/2009): Advances in 

theoretical atomic physics. Ruprecht Karls 

Universität Heidelberg (Physik), Vorlesung/lecture. 

Toimil-Molares, M.E. (WS 2009/2010): 

Nanostructures: Synthesis, properties and 

applications. Universität Heidelberg (Physik), 

Vorlesung/lecture. 

Trautmann, C. (WS 2009): Materialmodifizierung 

und Nanotechnologie mit energiereichen 

Schwerionen. Fachhochschule Wiesbaden, 


Trautmann, W. (WS08/09): Kernphysik für 

Studierende des Lehramtes an Haupt- und 

Realschulen. Johann Wolfgang Goethe Universität 


Trautmann, W. (SS09): Moderne Physik. Johann 

Wolfgang Goethe Universität Frankfurt, Vorlesung / 

lecture 

Trautmann, W. (WS09/10): Kernphysik für 

Studierende des Lehramtes an Haupt- und 

Realschulen. Johann Wolfgang Goethe Universität 


Wambach, J. (WS 2009/2010): Allgemeine 

Relativitätstheorie. TU Darmstadt, Vorlesung 

Wambach, J. (WS 2009/2010): Allgemeine 

Relativitätstheorie. TU Darmstadt, Übung 

Wambach, J. (WS 2009/2010): Mitarbeiterseminar. 

TU Darmstadt, Seminar 

Wambch, J.; Friman, B.; Buballa, M.; Lutz, M. (SS 

2009): Forschungspraktika: Theoretische 

Hadronen- und Schwerionenphysik. TU Darmstadt, 

Praktikum 

Welsch, C.P. (SS 2009): PHYS246 - Accelerators and 

Radioisotopes in Medicine. Universität Liverpool 


Welsch, C.P. (SS 2009): PHYS370 - Advanced 

Electromagnetism. Universität Liverpool (Physik), 

Tutorium/tutorial 

Welsch, C.P. (SS 2009): Introduction to the Physics 

and Technology of Particle Accelerators. Universität 

Heidelberg (Physik), Vorlesung (Blockseminar)/lecture 

(compact course) 

Welsch, C.P. (WS 2009/2010): Introduction to the 

Physics and Technology of Particle Accelerators. 

Universität Heidelberg (Physik), Vorlesung 

(Blockseminar)/lecture (compact course) 

Welsch, C.P. (WS 2009/2010): Journal Club 

"Applied Physics" with a focus on Accelerator 

Sciences. Universität Heidelberg (Physik), 


Welsch, C.P. (WS 2009/2010): PHYS481 - 

Accelerator Physics. Universität Liverpool (Physik), 

Vorlesung + Übung/lecture + Excercise 

Welsch, C.P. (WS 2009/2010): PHYS259 - Second 

Year Practical Laboratories. Universität Liverpool 

(Physik), Proaktikum/practical course 

Welsch, C.P. (WS 2009/2010): Journal Club 

"Applied Physics" with a focus on Accelerator 

Sciences. Universität Heidelberg (Physik), 


Welsch, C.P. (30.3. - 3.4.2009): DITANET School on 

Beam Diagnostics. Universität London (Physik), 


Welsch, C.P. (6.-10.7.2009): DPG School on 

Accelerator and High Energy Physics. Bad Honnef 

(Physik), Seminar/seminar 

Winters, D. (SS 2009): Moleküle: Wasserstoff- 

Molekül Ion H2+ und Wasserstoff-Molekül H2, 

Physik IV - Atomphysik (Prof. Dubbers). Kirchhoff- 

Institut für Physik, Universität Heidelberg (Physik), 


Winters, D. (SS 2009): Das Weizsäcker Tröpfchen 

Modell (Teil I), Instabile Kerne --> Zerfall (Teil II), 

Physik IV - Atomphysik (Prof. Dubbers). Kirchhoff- 

Institut für Physik (KIP), Universität Heidelberg 


Winters, D. (WS 2009/2010): Helium atom, HFS and 

g-factor, Advanced Atomic, Molecular and Optical 

Physics. Universität Heidelberg (Physik), 


Winters, D. (WS 2009/2010): He atom, HCI, storage 

rings, EBIT, Advanced Atomic, Molecular and 

Optical Physics. Universität Heidelberg (Physik), 


Winters, D. (WS 2009/2010): Problem class: : 

experimental atomic physics, Advanced Atomic, 

Molecular and Optical Physics. Universität 

Heidelberg (Physik), Vorlesung/lecture 

Winters, D. (WS 2009/2010): Penning and Paul 

Traps, Mass spectrometry, Advanced Atomic, 

Molecular and Optical Physics. Universität 

Heidelberg (Physik), Vorlesung/lecture 

631


PhD, Master, Bachelor, Habilitation and Diploma theses in 2009 

Aksyutina, Yuliya: [GSI Diss 2009-13] Light Unbound Nuclear 

Systems beyond the Dripline [14.08.2009]. Dissertation: Univ. 

Frankfurt/M. HANU. 

Ali, M.: Nanopores with modified surfaces for sensor 

application. Dissertation: TU Darmstadt. PNI. 

Bailhache, Raphaelle: Calibration of the ALICE Transition 

Radiation Detector and a Study of Z0 and Heavy 

Quark Production in pp Collisions at the LHC. Dissertation: 

Darmstadt. HANU. 

Bousonville, Michael: [GSI Diss 2009-08] Optische 

Übertragung phasensynchroner Taktsignale unter Verwendung 

des Wellenlängen-Multiplex-Verfahrens [27.04.2009]. 

Dissertation: TU Darmstadt. HANU:ACC. 

Buschbacher, Alwin: [GSI Dipl 2009-11] Nichtlineare 

Optimierung der Teilchenfluenz für die biologisch effektive 

Dosis in der Schwerionentherapie: Effiziente numerische 

Lösung auftretender Gleichungssysteme [22.09.2009]. 

Diplom: Hochschule Darmstadt. HANU. 

Bussmann, Michael: [GSI Diss 2009-05] Laser-Cooled 

Ion Beams and strongly coupled plasmas for precision 

experiments [17.03.2008]. Dissertation: Univ. München. PNI. 

Cayzak, W.: Entwicklung eines CVD-Diamantspektrometers 

zur Messung der Ladungs-zustände von Schwerionen in 

lasererzeugten Plasmen. Master: TU Darmstadt. PNI. 

Doron, B.: FluxInstablities in Partially Irradiated 

Bi2SR2CaCu2O8+d. Dissertation: Bar-Ilan University. 

PNI. 

Droese, Christian: [GSI Dipl 2009-09] Minimierung des 

systematischen Fehlers und Hochpräzisionsmassenmessung 

an neutronenarmen Rn- und Ra-Isotopen mit SHIPTRAP 

[21.11.2009]. Dissertation: Univ. Greifswald. HANU. 

Dworschak, Michael Gerhard: [GSI Diss 2009-15] First 

direct mass measurements on nobelium and lawrencium with 

the Penning trap mass spectrometer SHIPTRAP [08.12.2009]. 

Dissertation: . PNI. 

Ecker, Boris: [GSI Dipl 2009-08] Aufbau eines kompakten 

Röntgenlasers [31.05.2009]. Diplom: Univ. Mainz. PNI. 

Egberts, J.: Investigations in transverse beam profile 

measurements with high dynamic range. Diplom: Universität 

Heidelberg. PNI. 

Eibach, Martin: [GSI Dipl 2009-06] Characterization of 

a carbon aerosol generator in a helium gas-jet for the extraction 

of fission products from the research reactor TRIGA 

632 

Compiled by Große, BuD 

Mainz. Diplom: Univ. Mainz. PNI. 

Engel, M.: Ion track templates for two-component polymer 

systems. Dissertation: TU Darmstadt. PNI. 

Galatyuk, Tatyana: [GSI Diss 2009-12] Di-electron spectroscopy 

in HADES and CBM: from p + p and n + p 

collisions at GSI to Au + Au collisions at FAIR [17.07.2009]. 

Dissertation: Univ. Frankfurt/M. HANU. 

Gemmel, Alexander: [GSI Diss 2009-09] Berechnung der 

RBW-gewichteten Dosis und biologische Dosimetrie für 

bewegte Zielvolumina in der Tumortherapie mit gescannten 

Kohlenstoffionen [20.05.2009]. Dissertation: TU Darmstadt. 

Cancer. 

Guntoro, Andre: Algorithm, Application Mapping, Design 

and Realization of the Time-Frequency Representation 

ith Flexible Kernels based on their Lifting Scheme. Dissertation: 

Darmstadt. HANU:ACC. 

Hochhaus, Daniel: [GSI Dipl 2009-05] Erzeugung hoher 

Harmonischer zum Seeden eines Röntgenlasers [31.05.2009]. 

Diplom: Univ. Mainz. PNI. 

How, W.: On the state of Knowledge in High Energy 

and Accelerator Physics at High School Level. Bachelor: 

Universität Liverpoo. PNI. 

Huzel, D.: Fabrication of Au Nanowires based on Ion 

Track-Etched Polymer and Mica Templates. Diplom: Universität 


Ilieva, Stoyanka: [GSI Diss 2009-02] Investigation of the 

nuclear matter density distributions of the exotic 12 Be, 

14 Be and 8 B nuclei by elastic proton scattering in inverse 

kinematics [26.01.2009]. Dissertation: Univ. Mainz. PNI. 

Jordan, F.: Herstellung und mikroskopische Untersuchungen 

von strukturierten Gold-Nanodrähten für Feldemissionskathoden. 

Bachelor: Bergische Universität Wuppertal. PNI. 

Khuyagbaatar, Jadambaa: Nuclear Structure Investigation 

of the Neutron deficient isotopes of Th, Cm, Cf and Fm. 

Dissertation: St. Petersburg. HANU. 

Knobloch-Maas, R.: Messungen des Energieverlusts von 

Ionenstrahlen in lasererzeugten Plasmen. Dissertation: TU 

Darmstadt. PNI. 

Koszudowski, Stephan: [GSI Diss 2009-07] Developments 

for the HITRAP Cooler Trap and mass measurements 

around A=96 at SHIPTRAP [08.07.2009]. Dissertation: Univ. 

Heidelberg. PNI.


Kraus, D.: XUV Spektroskopie an lasererzeugten 

Hohlraumplasmen. Master: TU Darmstadt. PNI. 

Kreim, Susanne Waltraud: [GSI Diss 2010-02] Direct Observation 

of a Single Proton in a Penning Trap [25.08.2009]. 

PNI: Univ. Mainz. HANU. 

Krieger, Andreas: [GSI Dipl 2009-02] Aufbau eines jodstabilisierten 

Farbstofflasers zur kollinearen Spektroskopie 

und sein Einsatz zur Hochspannungsmessung an ISOLDE 

[13.11.2008]. Diplom: Univ. Mainz. PNI. 

Kühnel, M.: Entwicklung einer kryogenen Cluster- und 

Tröpfchenquelle als internes Target am Experimentierspeicherring 

ESR. Diplom: Goethe-Universität Frankfurt. PNI. 

Kuttich, B.: Herstellung und Charakterisierung zylindrischer 

Nanoporen in Polyimid. Bachelor: TU Darmstadt. 

PNI. 

Lago, Samuel: [GSI Dipl 2009-01] Untersuchung von 

elektrischen Feldverteilungen und Ladungsträgersammlung 

in ortsempfindlichen Germanium Detektoren [27.1.2009]. 

Diplom: Hochschule Darmstadt. HANU. 

Le Bleis, Tudi: Experimental Study of Collective Electric 

Dipole Mode in Neutron-Rich Nickel Nuclei. Dissertation: 

Strasbourg (France). HANU. 

Lovrincic, R.: Über die Bestimmung der dynamischen 

Leitfähigkeit dünner Metallfilme auf der (100)- 

Diamantoberfläche mittels Infrarot-Spektroskopie. Dissertation: 

Kirchhoff Institut Universität Heidelberg. PNI. 

Märtin, Renate: [GSI Dipl 2009-03] Entwicklung eines 

Kristallspektrometers zur Untersuchung von Innerschalenübergängen 

in hochgeladenen Ionen [24.03.2009]. 

Diplom: Univ. Frankfurt/M. PNI. 

Merk, B.: Integrierung eines LED-Belichtungssystems 

und weitere Verbesserungen der Lebendzellbeobachtung am 

Fluoreszenzmikroskop der Schwerionen-Mikrosonde der 

GSI. Diplom: Universität Heidelberg. PNI. 

Neubeck, Cläre von: [GSI Diss 2009-14] Radiobiological 

experiments for carbon ion prostate cancer therapy: 

interplay of normal and tumor cells in co-culture and 

measurement of the oxygen enhancement ratio [28.09.2009]. 

Dissertation: TU Darmstadt. Cancer. 

Omet, Mathieu: [GSI Bachelor 2009-01] Entwicklung, 

Aufbau und Test eines Hochfrequenz-Amplitudendetektors 

für den Recycled Experimental Storage Ring RESR bei der 

Facility for Antiproton and Ion Research FAIR [5.1.2009]. 

Bachelor: TU Damrstadt. HANU. 

Repp, Julia: [GSI Dipl 2009-07] Setup of a non-destructive 

ion detection system and magnetic field investigations for 

precision mass measurements at TRIGA-TRAP [30.04.2009]. 

Diplom: Univ. Mainz. PNI. 

Reuschl, Regina: [GSI Diss. 2009-04] Untersuchungen zur 

Lamb-Verschiebung in schweren Ein- und Zwei-Elektronen- 

Systemen [29.01.2009]. Dissertation: Univ. Frankfurt/M. PNI. 

Schnohr, C.: Ion-induced radiation damage in semiconductors. 

Dissertation: Universität Canberra. PNI. 

Schömers, C.: Untersuchungen zur Magnetfeld-Regelung 

an normalleitenden Synchrotronen. Diplom: Universität 


Sommer, Anna Bettina: [GSI Dipl 2009-10] Design, Aufbau 

und Test eines Niederenergie-Strahltransportes für das 

SPECTRSP-Experiment [03.12.2009]. Diplom: Univ. Gießen. 

HANU. 

Spillmann, Uwe: [GSI Diss 2009-03] Charakterisierung 

und erster experimenteller Einsatz von ortsauflösenden, 

energiedispersiven Germanium-Detektoren 

zur Präzisionsspektroskopie an schweren Ionen [16.02.2009]. 

Dissertation: Univ. Frankfurt/M. PNI. 

Stork, H.: Ortsaufgelöste NMR an schwerionenbestrahlten 

Kristallen. Dissertation: TU Darmstadt. PNI. 

Tiedemann, Dirk: [GSI Diss 2009-10] Nuclear charge radius 

determination of 7,10 Be and the one-neutron halo 

nucleus 11 Be [05.06.2009]. Dissertation: Univ. Mainz. PNI. 

Trotsenko, Sergiy: [GSI Diss 2009-11] Experimental Studies of 

Exotic Transitions in High-Z Few-Electron Ions [24.06.2009]. 

Dissertation: Univ. Frankfurt/M. PNI. 

Wiechula, Jens: [GSI Diss 2010-01] Commissioning and 

Calibration of the ALICE-TPC [21.04.2009]. Dissertation: 

Univ. Frankfurt/M. HANU. 

Winckler, Nicolas: Nuclear orbital electron capture of 

stored highly-ionized 140 Pr and 142 Pm ions. Dissertation: 

Giessen. HANU. 

Wladimir Engelhardt: Anwendung von DMU an großen 

Baugruppen in CATIA V5. Bachelor: TU Darmstadt. HANU. 

633

ANNEX-EXPERIMENTS-01 GSI SCIENTIFIC REPORT 2009 

634 

Expnr. Spokesperson Affiliation Short title Area Ion 

B, S000, 

U000 

Barth, Spiller, 

Scheeler 


Commissioning, 

machine experiments 

UNILAC, 

SIS 

1H, 12C, 181Ta, 

40Ar, 129Xe, 

197Au, 238U 

Shifts 

main (parasitic) 

E000 Grisenti Univ. Frankfurt New ESR gas-target ESR 238U 15 

169(51) 

E028 Egelhof GSI Detector test Z7 48Ca 0(4) 

E048, E055 Walker, Litvinov Univ. Surrey, GSI 

E062 Heil GSI 

Schottky mass 

spectroscopy 

p - induced reaction 

rates 

ESR 197Au 22 

ESR 96Ru 39 

E067 Karpuk Univ. Mainz Test of time dilatation ESR 7Li 11 

E074 Warczak Univ. Krakau 

E075 Herfurth GSI 

E093 Thorn GSI 

E096 Brandau TU München 

FORS Forster 

Ingenieurbüro 

Ingolstadt 

Double electron 

capture 

Commssioning 

HITRAP 

Polarisation of Lyman 

radiation 

Dielectronic 

recombination 

ESR 40Ar 7 

HITRAP 58Ni, 136Xe 38 

ESR 238U 16 

ESR 238U 22 

Radiation protection HTB 12C 2 

FRS00 Nociforo GSI Detector tests FRS 56Fe, 96Ru, 238U 0(26) 

S272 Tanihata RCNP Osaka 

S304 Ducret CEA Saclay 

S306 Datta Pramanik SI Kolkata 

S319 Saito GSI 

Matter density 

distribution 

Exclusive spallation 

measurements 

1/2 orbitals in neutronrich 

nuclei 

Hypernuclear 

spectroscopy 

FRS 40Ar 0(18) 

HTC, HTD 136Xe, 197Au 18 

HTC 40Ar 22 

HTC 6Li 34 

S320 Bieniosek LBNL Berkeley WDM HHT 238U 0(3) 

S321 Ulrich TU München 

S331 Mintsev 

Beamtime balance of the year 2009 

ICPC 

Chernogolovka 

HI -pumped excimer 

lasers 

High-energy-density 

matter 

HHT 238U 0(6) 

HHT 238U 0(17)

GSI SCIENTIFIC REPORT 2009 ANNEX-EXPERIMENTS-01 

S337 Gadea LNL Legnaro Structure of 132In FRS 238U 9 

S338 Herrmann Univ. Heidelberg 

Strangeness in heavy- 

ion collisions 

HTB 58Ni, 96Ru 106 

S349 Fabbietti TU München Kaonic nuclear cluster HTB 1H 52(12) 

S350 Benzoni INFN Milano Moving along Z=82 FRS 238U 15 

S351 Yamazaki RIKEN 

S356 Franchetti GSI 

Coherent resonant 

excitation 

High-current-beam 

physics 

HTA 238U 12 

HHD 40Ar 11 

S357 Ducret CEA Saclay Detector test HTC 197Au 2 

S358 Khanzadeev 

PNPI 

St.Petersburg 

Nuclear spatial 

structure 

FRS 1H 0(2) 

S361 Bruce Univ. Brighton Shape evolution FRS 238U 9 

S366 Heuser GSI 

S367 Tauschwitz GSI 

S386 Schwarz GSI 

S392 Kurcewicz GSI 

S394 Lemmon 

CCLRC 

Daresbury 

SBIO Schardt GSI 

SESA Schardt GSI 

SMAT 

Schuster, 

Trautmann 

STHE Enghardt, Schardt 


TU Dresden, 


U165 Werner Univ. Bielefeld 

U182 Kratz Univ. Mainz 

U211 Heinz GSI 

Detector tests for 

CBM 

Opacity 

measurements 

DIRCs for the PANDA 

- detector 

New isotopes from Hf 

to Np 

Constraining the 

symmetry energy 

Biology expewriments 

at SIS 

Irradiation exp.for ESA 

at SIS 

Materials research at 

SIS 

Experiments on 

therapy 

Multifragmentation of 

molecules 

Chemical properties of 

elements 106 and 108 

Even - even nucleus 

260Sg 

HTD 1H 0(12) 

HHT 197Au, 238U 0(13) 

HTD 1H 0(12) 

FRS 238U 17 

HTD 238U 0(9) 

HTA, HTM 12C, 56Fe 16 

HTA, HTM 12C, 56Fe 10 

HTA 238U 8(12) 

HTA, HTM 1H, 7Li, 12C 6(16) 

UX4 238U 4 

UX8 40Ar 13 

UY7 58Ni 0(11) 

U218 Doornenbal GSI Coulomb excitation UX7 48Ca 3 

635

ANNEX-EXPERIMENTS-01 GSI SCIENTIFIC REPORT 2009 

636 

U225 Heßberger GSI 

U226 Roth TU Darmstadt 

Nuclear structure 

investigations 

Energy loss and 

charge distribution 

UY7 48Ca, 54Cr 35(37) 

UZ6 34S, 40Ar, 48Ca 0(37) 

U232 Nishio JAEA Tokai Production of 268Hs UY7 34S 57 

U236 Jungclaus Univ. Madrid 

U238 Block GSI 

Magnetic moments 

and lifetimes 

Mass measurements 

at SHIPTRAP 

UX7 122Sn, 124Sn 26 

UY7 48Ca 22(31) 

U239 Düllmann GSI Towards element 117 UX8 48Ca, 58Ni 112(5) 

U243 Yakushev TU München 

U249 Berdermann GSI 

U251 Heinz GSI 

UBIO Scholz GSI 

UESA Scholz GSI 

UMAT 

Severin, 

Trautmann, Voss 


Chemical 

characterisation of 

element 114 

Test of diamond 

detectors 

Carbon custer 

evaporation 

Biology experiments at 

UNILAC 

Irradiation exp.for ESA 

at UNILAC 

Materials research at 

UNILAC 

UX8 48Ca 106 

HTA 6Li 0(12) 

UY7 48Ca 0(30) 

UX6 

12C, 56Fe, 58Ni, 

96Ru, 136Xe, 

238U 

21(45) 

UX6 12C, 56Fe 2 

UX0, UM - 

branch 

12C, 54Cr, 

129Xe,197Au, 

238U 

100(70) 

18.12.2009, D.Liesen

GSI SCIENTIFIC REPORT 2009 ANNEX-EXPERIMENTS-01 

637

ANNEX-ORGANIGRAM-01 GSI SCIENTIFIC REPORT 2009 

The Helmholtz Institutes in Mainz and Jena 

The direct and close scientific collaboration of a 

Helmholtz center and an university is at the base of the concept 

for the new Helmholtz Institutes. The idea of creating 

a branch of the Helmholtz center on the university campus 

fosters this collaboration by its proximity and sustainability. 

The University and the Helmholtz center join forces 

based on a cooperation agreement. 

End of 2008 the german parliament has provided extra 

funds for the foundation of three Helmholtz Institutes, 

to be created in the federal states of Rhineland-Palatinate, 

Thuringia and the Saarland. In December 2008 there has 

been a call for ideas on the creation of Helmholtz Institutes 

which has been followed in January 2009 by letters 

of interest. Deadline for proposals was end of March 

2009, followed by a review with an international committee 

end of April 2009. The first two Helmholtz Institutes 

in Mainz, Rhineland-Palatinate, and Jena, Thuringia, have 

been founded in June, 2009. The Helmholtz Institute in 

Saarbrücken, Saarland has followed soon after. 

On June 5, the senate of the Helmholtz association has 

recommended the foundation of the Helmholtz Institute 

Mainz and the Helmholtz Institute Jena, followed soon after 

by the signature of a memorandum of understanding for 

the foundation of both Helmholtz institutes. The Helmholtz 

Institute Mainz (HIM) and the Helmholtz Institute Jena 

(HIJ) have started their operation on July 1, 2009. 

The Helmholtz Institute Mainz 

The institute is based on the internationally recognized 

role of researchers in the field of nuclear and particle 

physics from Johannes Gutenberg University Mainz and 

GSI and on the unique research infrastructure and opportunities 

being offered by GSI in Darmstadt and its upcoming 

international FAIR facility. The research direction of HIM 

makes visible contributions to the present research program 

of GSI and the FAIR program. The existence of a powerful 

technical and scientific infrastructure on the Mainz 

campus is essential for the new institute which builds on 

these assets concentrating on new projects and experiments 

at GSI/FAIR. The institute with its chief scientists, junior 

scientists and scientific staff integrates into the academic 

system of the University and its Faculties of Physics and 

Chemistry. Building on its scientific strongholds and close 

relations to GSI/FAIR in the fields of hadron structure, antiprotonic 

systems and super-heavy element synthesis, the 

new institute is a major contributor to the profile and the 

success of the unique international FAIR enterprise and at 

the same time shapes and sharpens the profile of excellence 

Frank Maas 1,2,4 and Thomas Stöhlker 1,3,5 

1 2 3 GSI, Darmstadt, Germany; Johannes Gutenberg University, Mainz, Germany; Ruprecht Karls University, Heidelberg, 

Germany; 4Helmholtz-Institut Mainz, 55099 Mainz, Germany; 5Helmholtz-Institut Jena, 07743 Jena, Germany 

The Helmholtz Institutes 

of Johannes Gutenberg University Mainz. 

The Helmholtz-Institute Mainz on Structure, Symmetry 

and Stability of Matter and Antimatter focuses these relations 

with respect to the present research program at GSI 

and the future FAIR facility and will sustainably strengthen 

this research with high visibility. HIM is embedded in a 

highly productive research infrastructure on the campus of 

the Johannes Gutenberg University Mainz with the pulsed 

research reactor TRIGA and the 1.5 GeV electron accelerator 

MAMI. The existing expertise in the fields of atomic, 

nuclear, hadron, and accelerator physics at Mainz University 

and at GSI are unique and will yield new and leading 

contributions to the program at GSI and FAIR. 

The precise quantitative understanding of the effects of 

strong interaction in atomic, nuclear, and particle physics 

is the general research goal of HIM. Due to exciting new 

developments both in theory and experiment, this seems to 

be attainable in many cases. The research program will 

concentrate on the following main lines: 

638 

• Investigation of the fundamental questions of spacetime, 

spin and flavor structure of proton and antiproton 

and their interaction, yielding finally a tomography of 

hadrons. 

• Investigation of the limits of the symmetries of the 

standard model in many systems as a search for exciting 

new physics beyond the standard model complementary 

to the high energy frontier at LHC: antihydrogen, 

gravitation, exotic mesons, glue balls, CPTand 

CP-violating variables, dark matter, neutrino interaction, 

hypernuclei and charm in nuclei. 

• Investigation of the limits of stability in nuclei: exploring 

the chemistry and physics of superheavy elements 

including the production and detection of new 

superheavy elements. 

• Research for and design and construction of highest 

luminosity particle accelerators and their detector integration 

which represent the ground for the experimental 

work proposed here. 

In order to address these topics, a research program 

concentrated on contributions to the PANDA project at 

the HESR, to the antiprotonic atomic physics program at 

FLAIR, to an 8 MV electron cooler at the HESR and the 

prototyping for a CW low-energy linear accelerator for 

the production of superheavy elements with participation 

at GSI/FAIR is foreseen as well as a long range activity, 

namely a feasibility study for an electron-nucleon collider 

for a possible future upgrade of FAIR.

GSI SCIENTIFIC REPORT 2009 ANNEX-ORGANIGRAM-01 

HIM will be a condensation nucleus in an international 

context. There are important structural elements of the proposed 

Helmholtz Institute in Mainz which will serve this 

purpose: an international guest scientists program including 

the organization of workshops and conferences, and 

the establishment of young investigator groups. Structured 

PhD-education of young researchers will be ensured by 

the common GSI-University Mainz research school MainS, 

which is integrated in the existing Helmholtz Graduate 

School HGS-HIRE. 

The scientific program of HIM together with its structural 

aspects has been evaluated to be excellent in all aspects 

by the international evaluation committee. The core 

activity of HIM is aligned with and will strengthen the 

strategy of the Helmholtz programs Physics of Hadrons and 

Nuclei and Physics with Photons, Neutrons and Ions along 

the mission of the Helmholtz Association. The Helmholtz 

Institute is funded to 90% by the BMBF via the Helmholtz 

association and to 10% by the state Rhineland-Palatinate 

and will reach a steady state annual budget of 5,5 Mio Euro 

in 2011. This will be complemented by about 4,9 Mio Euro 

from Mainz University in the form of infrastructure. The 

State Rhineland-Palatinate has announced the funding for 

a building to host the HIM on the Mainz University campus. 

The Helmholtz Insitute Jena 

An intriguing field of research has opened up in combining 

particle accelerator and laser technology. Striking examples 

are the free-electron laser and precision laser spectroscopy 

on cooled highly charged ions confined in storage 

rings and traps. Ultrahigh-power lasers now create a situation, 

in which intense laser light can interact with accelerated 

particles and actively control their acceleration. This 

way technologies and applications of particle accelerators 

and high-power lasers have become increasingly entangled. 

The new Helmholtz Institute Jena (HIJ) includes, as partners, 

the two Helmholtz research centres active in this field, 

the Deutsches Elektronen Synchrotron DESY and the GSI 

Helmholtzzentrum für Schwerionenforschung, as well as 

the Friedrich Schiller-University (FSU) at Jena. It will focus 

on new and unique scientific and technological applications 

enabled by combining the expertise of these internationally 

renowned institutions in the fields of advanced particle 

acceleration, lasers, and x-ray science and technology. 

The proposed institute will also play a key role in making 

efficient use of the unique experimental infrastructures: the 

large-scale heavy-ion facilities at GSI and at the future international 

FAIR facility, the free electron laser FLASH at 

DESY and the future european XFEL as well as the world 

class laser installations POLARIS at FSU and PHELIX at 

GSI. In the future, a collaboration with the Forschungszentrum 

Dresden-Rossendorf FZD with their dedicated electron 

accelerator and laser sources is anticipated. 

The efforts for approaching the challenging goals of the 

institute are divided into the following five areas: 

• Improving the performance of petawatt laser systems: 

The focus of the project is high-energy high-repetition 

rate laser technology. Deliverables of the project 

are the proof of principle for a high-repetition-rate 

petawatt-class laser at FAIR, with the experimental 

demonstration of the key technological issues at the 

POLARIS and PHELIX facilities and a major upgrade 

of the existing facilities in terms of pulse contrast and 

polarization control . 

• Merging advanced solid-state laser technology with 

FEL sources: The long-term goal of this research 

area is the development of high-repetition-rate phasestabilized 

few-cycle lasers for seeding free-electron 

lasers, for two-color pump probe experiments and 

eventually for the generation of intense attosecond 

hard x-ray pulses at the European XFEL. 

• Laser particle acceleration: Laser particle acceleration 

is an exciting new approach providing ultra-short and 

brilliant particle pulses for a number of novel applications. 

This re-search area will benefit from GSI’s 

competence in conditioning ions via monochromatization 

and bunch rotation, their expertise at PHELIX 

as well as FZD’s and DESY’s expertise in the handling 

and diagnosing of sub-ps-scale high-charge electron 

bunches. 

• X-ray science, including high-resolution x-ray spectroscopy, 

polarimetry and laser-based x-ray generation: 

GSI, DESY and FSU are key centres of competence 

in x-ray spectrometry and instrumentation. The 

new institute will use the combination of this worldleading 

expertise for the development of novel spectrometers 

and polarimeters with unprecedented levels 

of resolution needed for, e.g., detecting QED effects 

in strong laser and Coloumb fields. It will also develop 

novel x-ray sources, e.g. for seeding FELs or 

for diagnostics of WDM. 

• QED and relativistic ionization: The extremely high 

field strengths provided by heavy ions and/or petawatt 

lasers provide access to strong-field phenomena like 

relativistic many-particle ionization or even strongfield 

QED. It enables unprecedented studies of fundamental 

physics complementary to collider experiments. 

The vision of this project is to establish highpower 

lasers as a new tool for fundamental physics. 

This research program follows the institute‘s mission of 

excellence in fundamental and applied research, which is 

also confirmed by the evaluation of the HIJ, initiated by the 

HGF, and it should bring clear strategic benefit to GSI (with 

FAIR) and DESY (with XFEL) as well as to the Friedrich 

Schiller-University. 

639


The ExtreMe Matter Institute EMMI 

P. Braun-Munzinger 1,2,3 and C. Ewerz 1,4 

1 ExtreMe Matter Institute EMMI, GSI, Darmstadt, Germany; 2 GSI, Darmstadt, Germany; 3 TU Darmstadt, Germany; 

4 University of Heidelberg, Germany 

In November 2007 the senate of the Helmholtz foundation 

decided to fund the Helmholtz Alliance ‘Cosmic Matter 

in the Laboratory’ in the framework of the Helmholtz 

Alliance program. This program offers financial resources 

in order to create opportunities to investigate new topics 

and to innovatively advance research topics of current interest. 

The alliances aim to strategically enhance the profiles 

of the participating Helmholtz Centres and to transfer 

successful developments into one of the Helmholtz Association’s 

research programs. The research performed within 

the Helmholtz Alliances is collaborative and brings universities, 

Helmholtz Centres and other non-university research 

institutions together. In the case of the alliance ‘Cosmic 

Matter in the Laboratory’ the funding contribution from 

the Helmholtz Association amounts to 18.745 Mio. Euro 

for six years. 

A key step in the strategic positioning of the Helmholtz 

Alliance ‘Cosmic matter in the Laboratory’ is to establish 

a new, world-leading institute for research on matter at the 

extremes of density and temperature: the ExtreMe Matter 

Institute EMMI hosted by GSI. It has been founded when 

the alliance started in April 2008. 

The scientific aim of the ExtreMe Matter Institute is 

to perform forefront research in the area of matter under 

extreme conditions. This comprises in particular four 

key areas of the research field ‘Structure of Matter’ of the 

Helmholtz Association: 

• quark-gluon plasma and the phase structure of 

strongly interacting matter 

• neutron matter 

• electromagnetic plasmas of high energy density 

• cold quantum gases and extreme states in atomic 

physics. 

The relevant science themes range from the quark-gluon 

plasma as it existed shortly after the Big Bang to ultracold 

quantum gases created in laboratory experiments, and 

from hot and highly compressed classical bulk plasmas to 

the astrophysically relevant dense medium of nucleons and 

neutrons that governs the properties of the evolution of supernovae 

and neutron stars. It hence comprises the study 

of the coldest, of the hottest, and of the densest known 

forms of matter in the Universe. The key idea is to conduct 

this research in an interdisciplinary framework, based 

upon common underlying concepts for the theoretical and 

phenomenological understanding of the physical phenomena 

in the four areas. 

Under the lead management of the GSI Helmholtz Centre 

for Heavy Ion Research the Alliance links 13 German 

and international research centers and universities as partner 

institutions: 

• GSI Helmholtzzentrum für Schwerionenforschung, 

Darmstadt, Germany 

• Forschungszentrum Jülich, Germany 

• Ruprecht-Karls-Universität Heidelberg, Germany 

• Johann Wolfgang Goethe Universität Frankfurt, Germany 

• FIAS Frankfurt Institute for Advanced Studies, Germany 

• Technische Universität Darmstadt, Germany 

• Universität Münster, Germany 

• Université VI, Paris, France 

• Max-Planck-Institut für Kernphysik, Heidelberg, Germany 

• Lawrence Berkeley National Laboratory, Berkeley, 

USA 

• Joint Institute for Nuclear Astrophysics (JINA), USA 

• RIKEN, Saitama, Japan 

• University of Tokyo, Japan. 

In addition, the Alliance benefits from the expertise of internationally 

renowned scientist who are closely linked to 

it as Associated Partners for the four research fields. Currently, 

the Alliance has 30 Associated Partners, among 

them two Nobel laureates. In 2009 a Memorandum of Understanding 

for common projects between the Joint Institute 

for High Temperatures RAS (JIHT) in Moskow, GSI 

and EMMI has been signed in order to strengthen the international 

collaboration. It is planned to establish a similar 

collaboration with the newly founded Helmholtz-Institut 

Jena. Also in order to foster the international networking, 

the instrument of an EMMI Visiting Professor has been established 

which allows to invite renowned experts to EMMI 

for extended periods in order to collaborate with EMMI 

members on concrete projects. 

The central steering body of EMMI and of the Alliance is 

the Scientific Council, consisting of the EMMI Director, of 

one representative from each partner institution, and of two 

representatives of the Associated Partners. In December 

2009 Prof. Johannes Wessels (University of Münster) has 

been elected as the new chairman of the Scientific Council. 

He follows Prof. James Symons (LBNL) in this office. The 

management of EMMI consists of the Scientific Director 

Prof. Peter Braun-Munzinger, the EMMI Administrator Dr. 

Heidrun Bojahr, the Scientific Coordinator Prof. Carlo Ewerz, 

and further administrative and IT support personnel. 

In 2009 the EMMI Program Advisory Committee consisting 

of eight external experts (two from each of the main 

research areas of EMMI) has been established. It advises 

EMMI on questions of the general scientific orientation and 

on the selection of workshop and program proposals. 

As a central part of the EMMI activities four EMMI Fel- 

639


low Groups – one for each of the main research areas – are 

established at GSI with tenure-track positions for the group 

leaders (EMMI Fellows) and further non-tenured positions. 

In 2009, two EMMI Fellows – Dr. Alexandre Gumberidze 

(atomic physics) and Dr. Paul Neumayer (plasma physics) 

– already started to build up their groups. 

The partner institutions have committed themselves to 

creating 14 further new professorships (tenure-track and 

tenure) in the framework of the Alliance. While two of 

these positions (at MPI für Kernphysik and Univ. Münster) 

had been filled already in 2008, four other positions have 

been filled in 2009 at TU Darmstadt, Univ. of Heidelberg, 

FIAS and LBNL. Further positions are expected to be filled 

in 2010. 

On the GSI site a new building with an attractive design 

is being constructed. Its main user will be the ExtreMe 

Matter Institute. The building will offer office space for 

about 200 scientists, a lecture hall and four seminar rooms. 

It will hence provide a unique infrastructure for the activities 

of EMMI, in particular for workshops and programs. 

An important activity of the ExtreMe Matter Institute 

EMMI is to organize and to host such workshops and research 

programs on topical and interdisciplinary subjects in 

the area of matter under extreme conditions. Eight EMMI 

workshops took place in 2009, several of them were devoted 

particularly to the discussion of interdisciplinary aspects. 

The workshops lasted between one and five days, the 

number of participants varied between 30 and 70. 

EMMI is strongly committed to fostering the education 

and training of young researchers through a postdoctoral 

research program and structured training of graduate students. 

EMMI collaborates closely with the nearby graduate 

schools like the Helmholtz Graduate School for Heavy- 

Ion Research (HGS-HIRe) and the Heidelberg Graduate 

School of Fundamental Physics (HGSFP) in order to ensure 

an optimal training for all doctoral students within EMMI. 

In 2009 the research within EMMI resulted in a large 

number of publications. Among the highlights are the following: 

640 

• First proton-proton collisions were created and observed 

at the Large Hadron Collider LHC at CERN. 

EMMI scientists are members of the ALICE experiment 

and have contributed to the first publication of 

results obtained at the LHC. 

• In reactions with radioactive beams at GSI (at the 

LAND-R3B setup) extremely neutron-rich nuclei beyond 

the neutron dripline could be studied, in particular 

9 He and 10 He. The kinematically complete measurement 

of the decay of these unbound systems allows 

one to investigate two- and three-body correlations 

in such extremely neutron-rich systems. 

• In a collaboration of atomic and nuclear physics the 

isotopic shift in the dielectric recombination of Li-like 

Nd 57+ was shown for the first time. With that a new 

method has been established to determine the charge 

radii of exotic nuclei which is relevant for future ex- 

periments with short-lived isotopes. 

• A collaboration of atomic and plasma physics concentrated 

on common experiments at the ESR and at the 

high power laser PHELIX at GSI. One focus is the creation 

of new light sources via intense laser pulses. It 

was possible to establish a new technique for the creation 

of a XUV laser. This will be of high interest for 

future experiments in the laser spectroscopy of highly 

charged ions. 

• In an international collaboration a new view on the 

phase diagram of QCD was proposed. In this proposal 

there is a triple point instead of a critical endpoint. 

The corresponding experimental consequences will be 

tested at the RHIC collider at BNL (USA) and with the 

CBM experiment at FAIR. 

• New interdisciplinary collaboration efforts have been 

established between the research on cold quantum 

gases and on the quark-gluon plasma. This subject 

was in particular the focus of several EMMI workshops. 

Interestingly, a better understanding of these 

apparently very different physical systems can be 

gained using common concepts and methods. An example 

is the use of string theory methods to describe 

these systems and their behavior.


Statutory organs and scientific advisory committees of GSI (2009) 

Supervisory Board/Aufsichtsrat: 

Compiled by K.-D. Groß 

Dr. B. Vierkorn-Rudolph [chair], 

Bundesministerium für Bildung und Forschung, Bonn/Berlin (Germany), 

as representative of the Federal Republic of Germany 

Ministerialrat Dr. R. Koepke, 

Bundesministerium für Bildung und Forschung, Bonn/Berlin (Germany), 

as representative of the Federal Republic of Germany 

Ministerialdirigent Dr. R. Bernhardt, 

Hessisches Ministerium für Wissenschaft und Kunst, Wiesbaden (Germany), 

as representative of the State Hessen in Germany 

Prof. Dr. R. Klanner, 

Universität Hamburg/DESY (Germay), 

as representatives of the Scientific Council of the GSI 

Scientific Directorate/Wissenschaftliches Direktorium WD: 

Prof. Dr. H. Stöcker, C. Neumann, 

Dr. H. Eickhoff, Prof. Dr. K.-H. Langanke, B. Schönfelder, 

Divisions/Direktionsbereiche: 

Accelerator: H. Eickhoff 

Administration: C. Neumann 

Human Resources and Legal Service: A. Lambert 

Finances and Controlling: J. Heilmann 

FAIR TD: D. Krämer 

Research: K. Langanke 

Scientific and Technical Infrastructure: B. Schönfelder 

Research Departments/Forschungsabteilungen: 

ALICE: P. Braun-Munzinger 

Atomic Physics: T. Stöhlker 

Biophysics: M. Durante 

CBM: P. Senger 

FOPI: Y. Leifels 

FRS: H. Geissel 

HADES: J. Stroth 

Hadron Physics I: K. Peters 

Hadron Physics II: F. Maas 

Materials Research: R. Neumann 

Nuclear Reactions and Astrophysics: T. Aumann 

Nuclear Structure Physics: C. Scheidenberger 

Plasma Physics and PHELIX: T. Stöhlker 

Superheavy Element/Nuclear Chemitry: F.-P. Hessberger/M. Schädel 

Theory: Lattice QCD: F. Karsch 

641


Theory: Nuclear Structure and Astrophysics: H. Feldmeier 

Theory: Transport and Simulation: H. Stöcker 

Theory: QCD and Hadron Physics: J. Wambach 

Scientific Council/Wissenschaftlicher Rat WR: 

 

R. Klanner [chair], Universität Hamburg (Germany); D. von Harrach [vice chair], Johannes-Gutenberg-Universität Mainz (Germany); 

R. Hayano, University of Tokyo, (Japan); K.-H. Kampert, Bergische Universitt Wupeprtal (Germany); C. Leemann, Thomas Jefferson 

National Accelerator Facility, Newport News (USA); B. Mueller, Duke University, Durham, North Carolina (USA); S. Myers, 

CERN AB, Geneva (Switzerland); T. Roser, BNL, Upton (USA); A. Shotter, TRIUMF, Vancouver (Canada); M. Soyeur, 

DSM/DAPNIA/SPhN, Gif-sur-Yvette (France); R. Sauerbrey, Forschungszentrum Rossendorf, Dresden (Germany); D. Vernhet, Université 

Paris (France); M. C. Wiescher, University of Notre Dame, Notre Dame, Indiana (USA). 

Secretary: K.-D. Groß 

Scientific Committee/Wissenschaftlicher Ausschuss WA: 

 

H. Simon [chair]; Y. Leifels [vice chair]; D. Ackermann; E. Badura; J. Heuser; B. Lommel; M. Lutz; P. Malzacher; M. Mnch; M. Reich- 

Sprenger; S. Richter; M. Scholz; L. Schmitt; G. Schreiber; M. Steck; C. Trautmann; G. Walter; H. Weick; A. Bruning-Demian (guest); 

H. Kreiser (guest). 

Scientific Advisory Committees to GSI 

GSI General Programme Advisory Committee G-PAC: 

 

J. Aichelin, SUBATECH, Nantes (France); W. Catford, University of Surrey, Guildford (UK); P. Giubellino, INFN Turin, Torino 

(Italy); R. Hoekstra, KVI Groningen, Groningen (The Netherlands); R. Krücken, Technische Universität München, Physik-Department 

(Germany); M. Lewitowicz, GANIL, Caen (France); T. Peitzmann, Utrecht University (The Netherlands); N. Pietralla, Technische 

Universität Darmstadt, Darmstadt (Germany); H. Schatz, Michigan State University, East Lansing (USA); M. Wada, RIKEN, Saitama 

(Japan); M. Weidemüller, Universität Freiburg (Germany); E. Widmann, Stefan-Meyer-Institut für subatomare Physik, Österreichische 

Akademie der Wissenschaften, Vienna (Austria). 

Secretary: A. Tauschwitz 

GSI Phelix and Plasmaphysics Program Advisory Committee (PPAC): 

 

M. H. R. Hutchinson [Chair], Rutherford Appleton Lab (United Kingdom); S. Jacquemot, LULI, Ecole Polytechnique, Palaiseau 

(France); G. Logan, LBL Berkeley (USA); T. A. Mehlhorn, Sandia National Laboratories, Albuquerque (USA); R. Sauerbrey, 

Forschungszentrum Rossendorf, Dresden (Germany); B. Sharkov, Inst. of Theoretical and Experimental Physics Moscow (Russia). 

Secretary: K. Füssel 

GSI Biophysics & Radio-Biology Program Advisory Committee (Bio-PAC): 

 

G. Iliakis [Chair], Institut für Medizinische Strahlenbiologie Universitätsklinikum Essen (Germany); F. A. Cucinotto, NASA Johson 

Space Center, Houston TX (USA); R. Engenhardt-Cabillic, Klinik für Strahlentherapie Philipps-Universität Marburg Klinikum (Germany); 

B. Michael, Gray Lab (Cancer Research Trust), Mount-Vernon-Hospital, Northwood (United Kingdom); R. Okayasu, National 

Institute of Radiological Sciences, Chiba-shi (Japan); E. Pedroni, Paul Scherrer Institut, Villigen (Switzerland). 

Secretary: K. Füssel 

642


GSI Materials Research Program Advisory Committee (Mat-PAC): 

 

P. Apel, JINR Dubna (Russia); S. Bouffard, CEA-CNRS-ENSICAEN Caen (France); K. Hjort, University of Uppsala (Sweden); W. 

Wesch, Friedrich Schiller Universittät Jena (Germany). 


Program Advisory Committee for FAIR-Related Beam Time Proposals (F-PAC): 

J. Stadlmann (Chair), GSI; Z. Maika, FAIR; L. Schmitt, GSI; W. Mller, GSI; C. Trautmann, GSI. 


GSI Users’ Group Executive Committee (UEC): 

 

P. Regan (UK)[Chair-elect]; N. Bastid (France); W. Cassing (Germany); D. Cortina (Spain); D. Dauvergne (France); W. Ensinger 

(Germany); T. Faestermann (Germany); J. Jacoby (Germany); A. Jungclaus (Spain); J. Kratz (Germany); T. Khl (Germany); M. Lbrich 

(Germany); T. Matulewicz (Poland); A. Mller (Germany); M. Pfutzner (Poland); P. Salabura (Poland); B. Schuster (Germany) A. Trler 

(Germany). 

Scientific Coordination: 

Dr. K. D. Groß 

643


644 

Facts and Figures 

Compiled by J. Heilmann, C. Kausch 

Gesellschafter/Shareholders since 1969, December 17th 

Federal Republic of Germany 90% of budget (and of share capital) 

State of Hesse/Land Hessen 10% of budget (and of share capital) 

Accelerators 

FAIR Facility for Antiprotons and Ion Research pre- construction R&D 

UNILAC UNIversal Linear ACcelerator 13 MeV/u for U in operation since 1976 

SIS Schwer-Ionen-Synchrotron 50–1000 MeV/u for U in operation since 1989 

ESR Experimental Storage Ring 3–400 MeV/u for U in operation since 1990 

Users of the accelerator complex 

In 2009, GSI provided access to about 25 experimental areas to more than 1550 scientific users. 

GSI Funding in Mio. Euro 

research area Structure of Matter 71.5 

research area Health 3.8 

Helmholtz Institutes (Mainz and Jena) 4.2 

FAIR 10.5 

joint initiative for innovation and research (IVF) 2.6 

special funding from the German economic stimulus package 2.9 

third party funding and special support 8.2 

total budget 103.7 Mio. Euro 

Personnel 2009 in person years 

research area Structure of Matter 387 

FAIR-activities (Structure of Matter) 142 

research area Health 28 

management and management support 79 

scientific and technical infrastructure 201 

personnel involved in projects funded by nat./internat. funding agencies 122 

total personnel 959 person years


Betriebsrat 

A. Schlossarek (9600) 

Öffentlichkeitsarbeit 

I.Peter (9400) 

Gesellschafterversammlung 

Bund / Land Hessen 

Projektträger PT-HKP 

D.Müller (9300) 

Gleichstellungsbeauftragte 

C. Will (9700) 

Sicherheit u. Strahlenschutz 

G.Fehrenbacher (9200) 

Aufsichtsrat 

Vorsitzende B. Vierkorn-Rudolph 

Stellv. Vorsitzender R. Bernhardt 

Innenrevision 

A.Städter (9530) 

Wissenschaftlicher Rat 

12 Mitglieder 

Vorsitzender K.-H. Kampert 

Schwerbehindertenvertretung 

T. Schmid () 

IT Security 

W.Schön (9130) 

Geschäftsführung 

H. Stöcker, C. Neumann 

FAIR Joint Core Team 

B.Sharkov (9150) 

Wissenschaftlicher 

Ausschuss 

18 Mitglieder 

Vorsitzender H. Simon 

Datenschutzbeauftragte 

S. Schulz () 

Extreme Matter Institute 

P.Braun-Munzinger (4100) 

Wissenschaftliches Direktorium 

H. Stöcker (Vors.), C. Neumann, H. Eickhoff, K. Langanke, B. Schönfelder 

Wiss. Koordination 

K.-D.Groß (9120) 

General Programme Advisory 

Committee 

12 Mitglieder 

Vorsitzender M. Lewitowicz 

Bereich 

Finanzen/Controlling 

J.Heilmann (8000) 

Bereich Personal/Recht 

A.Lambert (8500) 

Bereich FAIR 

D.Krämer (5000) 

Bereich Beschleuniger 

H.Eickhoff (3000) 

Bereich Wiss.-Techn. 

Infrastruktur 

B.Schönfelder (2000) 

Bereich Forschung 

K.Langanke (1000) 

(C.Scheidenberger, J.Stroth, T.Stöhlker) 

Organisationsentwicklung 

Recht 

A.Lambert (9550) 

FAIR Accelerator Theory 

O.Boine-Frankenheim (5921) 

Injektoren 

W.Barth (3330) 

Gebäude u. 

Anlagentechnik 

Theorie Hadronen/QCD 

J.Wambach (1810) 

J.Heilmann (8400) 

M.Stenersen (2100) 

Theorieu.Experimentsimulation 

H.Stöcker (1820) 

Controlling 

H.Kühlen (9520) 

Personal und 

Sozialwesen 

FAIR Civil Construction 

W.Seufert (5212) 

Betrieb 

U.Scheeler (3310) 

Bibliothek u. 

Dokumentation 

K.Große (2200) 

Superschwere Elemente 

F.-P.Hessberger (1210) 

FRS 

H.Geissel (1230) 

W.Dahlem (8100) 

Finanzabteilung 

D.Scholz (8300) 

Patente u. TT 

D.Rück (9510) 

FAIR Synchrotrons 

P.Spiller (5922) 

Strahldiagnose 

M.Schwickert (3410) 

Informationstechnologie 

M.Münch (2310) 

FOPI 

Y.Leifels (1110) 

HADES 

J.Stroth (1130) 

Einkauf und 

Materialwirtschaft 

M.Hener (8200) 

FAIR Magnet 

Technology 

Vakuum-Systeme 

H.Reich-Sprenger (3370) 

Experimentelektronik 

E.Badura (2320) 

Kernstruktur 

C.Scheidenberger (1200) 

ALICE 

P.Braun-Munzinger (1150) 

C.Mühle (5902) 

FAIR Storage Rings 

M.Steck (5923) 

Beschleuniger- 

Elektronik 

R.Bär (3360) 

Detektorlabor 

C.J.Schmidt (2400) 

Kernreaktionen 

T.Aumann (1240) 

Kernchemie 

M.Schädel (1220) 

Technical Integration 

Development Head ( ) 

HF-Systeme 

H.Klingbeil (3420) 

Targetlabor 

B.Lommel (2500) 

Hadronenphysik2 

F.Maas (1350) 

Hadronenphysik1 

K.Peters (1300) 

Ionenquellen 

P.Spädtke (3320) 

Zentrale Technik 

R.Fuchs (2800) 

CBM 

P.Senger (5112) 

Theorie Kernstruktur 

K.Langanke (1800) 

Elektrische 

Energietechnik 

Materialforschung 

R.Neumann (1600) 

Atomphysik 

T.Stöhlker (1400) 

H.Ramakers (3430) 

Biophysik 

M.Durante (1500) 

Plasmaphysik/Phelix 

T.Stöhlker (1700) 

Stand Dezember 2009 

645


646

GSI SCIENTIFIC REPORT 2009 List of Authors 

List of Authors 

Aamodt, K. 246 

Abel, N. 323 

Abou-Haidar, Z. 31 

Achenbach, P. 319, 320, 211, 299 

Acker, D. 118 

Ackermann, D. 169, 171, 172, 173, 174, 

176, 177, 178, 179, 180 

Adachi, T. 39 

Adamczewski-Musch, J.284, 334 

Adonin, A. 145 

Adrich, P. 203 

Afra, B. 428 

Ageyev, A. 112 

Agodi, C. 508 

Agramunt, J. 204 

Ajimura, S. 211 

Akishin, P. 90 

Aksouh, F. 202, 203 

Aksyutina, Y. 197, 327 

Aksyutina, Yu. 198 

Al Helwi, M. 340 

Alber, I. 451, 455 

Albrecht, B. 344 

Albrecht, S. 380 

Alcantara Nunez, J. 190 

Al-Dahan, N. 207, 190 

Alessandria, F. 111 

Algora, A. 29, 204, 190 

Ali, M. 443, 449, 450 

Alkhomashi, N. 207, 190 

Allegro, P. 189 

Allegro, P. R. P. 190 

Almomani, A. 407 

Alstad, J. 181 

Alt, T. 283 

Altinpinar, S. 251 

Al-Turany, M. 280, 282 

Alvarez, H. 191 

Alvarez, M. A. G. 31 

Alvarez-Pol, H. 22, 24, 192, 201, 202, 

203 

Amar-Youcef, S. 73 

Amirthapandian, S. 432, 440 

Amon, L. 204 

Amorini, F. 358 

Amthor, T. 2 

Andersson, L.-L. 177, 178, 169, 171, 179, 

180 

Andgren, K. 208, 209 

Andjelkovic, Z. 361, 377 

Andronic, A. 249, 250, 266, 267, 339, 

340, 342 

Angerer, O. 508, 509 

Anielski, D. 373, 379 

Anielski, J. 344 

Ansermet, J.P. 452 

Antalic, S. 172 

Anton, J. 182, 183, 184 

Appel, S. 152 

Appelshäuser, H. 78, 247, 248, 342, 343, 

345 

Arapova, E. Y. 389 

Arcones, A. 225 

Arend, A. 343 

Arenz, A. 476 

Arora, R. 337 

Arsene, I. 342 

Arsene, I. C. 249, 250 

Artikova, S. 290 

Asano, M. 445 

Assmann, W. 439 

Atac, A. 207, 206 

Atac, L. 205 

Atanasov, D. 213 

Audi, G. 362 

Augustin, I. 1 

Aumann, T. 19, 20, 26, 194, 197, 

198, 199, 200, 201, 202, 

203, 216, 508, 211 

Aurand, B. 393, 394, 399, 400 

Avdeichikov, V. 25 

Averbeck, N. 461 

Averbeck, R. 231, 328 

Ay, A. 302 

Ayet, S. 35 

Ayyad, Y. 191, 194, 190 

Baake, O. 441 

Bablok, S. 322 

Bach, M. 269 

Bacquias, A. 191, 195 

Bagnoud, V. 385, 396, 400, 401 

Bailhache, R. 342, 343 

Baldin, A. 419, 420 

Baldina, E. 419, 420 

Balss, R. 134 

Banas, D. 354, 356 

Banioplu, E. 204 

Barday, R. 351 

Barinov, M. A. 389 

Barth, W. 108, 132, 146, 149, 162, 

163, 374 

Barthel, M. 114 

Basko, M. M. 409, 410, 411 

Bathen, B. 344 

Battistoni, G. 508 

Baudot, J. 73 

Baudouy, B. 18 

Bauer, L. 474 

647

List of Authors GSI SCIENTIFIC REPORT 2009 

Bayer, E. 325 

Bayer, V. 443, 448, 450 

Bayer, W. 127, 149, 153 

Bazzacco, D. 204 

Becherel, O. 464 

Beck, D. 362, 363 

Beck, H. 242, 243, 244 

Beck, T. 208 

Becker, A. 28 

Becker, D. 474 

Becker, F. 140, 141, 153 

Becker, G. 463, 464 

Beckert, K. 217 

Bednarczyk, P. 208, 209 

Behr, K. 202 

Behr, K. H. 16 

Behr, K.-H. 15, 302, 303 

Bellachioma, M. C. 154, 158 

Beller, P. 217 

Bellomo, G. 111 

Belolaptikova, E. 44 

Bemmerer, D. 19 

Bender, M. 16, 94, 154, 158, 425, 

426, 439 

Bender, S. 264 

Benjamim, E. 201 

Benjamim, E. A. 202 

Benlliure, J. 22, 24, 189, 191, 192, 

201, 203, 190, 202, 204, 

208, 209 

Benzoni, G. 189, 190, 204, 208, 209 

Berdermann, E. 15, 287, 295, 398 

Berg, G. P. A. 39 

Berger, M. 232, 314 

Berger, T. 494 

Bergmann, C. 77 

Bergström, J. 23 

Bernhard, A. 249, 250 

Bernhardt, D. 354 

Bernstein, L. A. 354 

Berriaud, C. 18 

Bert, C. 492, 499, 500, 501, 502, 

503, 504, 506, 507 

Bertarelli, A 414 

Bertini, D. 311 

Bettermann, A. 205 

Bettermann, L. 206 

Beucher, A. 459 

Beutler, F. 266 

Bevcic, M. 374 

Beyer, H. 356 

Beyer, H. F. 353 

Beyer, T. 363 

Bharadia, S. 377 

Bialas, N. 73 

Bialas, P. 269 

Bianchin, S. 194, 211, 212, 229, 298, 

648 

299, 300, 301, 508 

Bildstein, V. 202 

Bing, D. 360 

Bird, T. 342 

Birkl, G. 380, 384, 377 

Biscari, C. 159 

Bischoff, B. 476 

Bishop, S. 216 

Bissell, M. L. 361 

Blanco, A. 316 

Blank, B. 192 

Blaschke, D. 226 

Blaum, K. 32, 33, 176, 213, 215, 

216, 218, 362, 363, 374, 

381, 383, 361 

Blazevic, A. 388, 390, 392, 398 

Blazhev, A. 205, 206, 207 

Bleile, A. 90, 118 

Blell, U. 89, 98, 99, 124, 134, 

156, 405 

Block, M. 169, 176, 177, 180, 363, 

374 

Blomberg, E. 23 

Blume, C. 242, 243, 244, 249, 250, 

252, 342 

Boca, G. 11 

Bock, F. 246 

Bodewits, E. 448 

Böhlen, T. T. 508 

Böhm, C. 362 

Böhme, C. 157 

Boehmer, M. 203 

Böhmer, M. 207, 317, 318, 202 

Börger, P. J. 36 

Bogdanov, I. 112 

Boine-Frankenheim, O. 97, 103, 134, 151, 152, 

153 

Boll, R. 290 

Bolse, W. 440 

Bombonati, C. 253 

Bondarevskaya, A. 367 

Book, J. 242, 243, 244, 250, 342 

Boretzky, K. 19, 197, 198, 203, 216, 

508, 202 

Borge, M. J. G. 197, 198, 201, 202 

Borgmann, C. 362 

Borodina, O. 194, 211, 212, 298, 299, 

300, 301 

Borschevsky, A. 182, 183, 185 

Borshchov, V. M. 72 

Bosch, F. 213, 214, 215, 216, 217, 

218, 354, 367 

Botermann, B. 360 

Botvina, A.S. 229 

Boudard, A. 26, 191, 193, 194, 508 

Boukamp, P. 477 

Bousonville, M. 115, 116


Boutachkov, P. 31, 204, 205, 206, 207, 

189, 190 

Boutin, D. 213, 217, 218 

Bowry, M. 189, 190 

Bozkurt, V. 211, 212, 298, 299, 300, 

301 

Bozsogi, B. 67 

Bozyk, L. 89, 93, 96, 156 

Brabetz, C. 385 

Bracco, A. 190, 204 

Braem, A. 76 

Bräuning, H. 122, 216, 352, 353, 355, 

371 

Braeuning-Demian, A. 357 

Brandau, C. 213, 215, 216, 217, 218, 

297, 353, 354 

Brantjes, N. P. M. 382 

Bratkovskaya, E. L. 261, 262, 273 

Braun, N. 205, 206, 207 

Braun-Munzinger, P. 246, 249, 266, 267, 639 

Breitenberger, G. 159 

Breitenfeldt, M. 362 

Bremer, D. 4 

Brenner, C. M. 399 

Bressi, E. 159 

Brinkschulte, U. 315 

Britting, A. 7 

Briz, J. A. 23 

Brock, T. 205, 206 

Brodhage, R. 108, 109 

Brodski, I. 9 

Bruce, A. M. 29, 190, 208, 209 

Brüchle, W. 169, 179, 180 

Bruening, U. 87 

Brünle, A. 15, 302, 303, 202 

Brugger, M. 415 

Bruske, C. 385 

Bühler, P. 233 

Bürger, A. 202 

Bürkelbach, J. 504 

Buesching, H. 247 

Büsching, H. 343 

Buglak, W. 379 

Bunce, M. 189, 190 

Burchard, M. 436 

Burcu-Gakirli, R. 204 

Busch, M. 163 

Buschbacher, A. 488 

Bussmann, M. 384 

Buyukcizmeci, N. 229 

Caamano, M. 201, 202 

Caceres, L. 204, 207, 208, 209, 205, 

206 

Caesar, C. 19, 194, 310, 211 

Cakirli, R. B. 362 

Camera, F. 190, 204 

Cardella, G. 358 

Cardoso, M. C. 460 

Carmona, M. 23 

Carroll, D. C. 399 

Carroll, J. J. 215 

Casajeros, E. 194 

Casarejos, E. 24, 191, 192, 201, 203, 

190, 208, 209 

Cassing, W. 262, 273 

Casten, R. F. 362 

Castiglia, V. 466 

Cavaco, J. 154, 159 

Cayzac, W. 390, 398 

Cazan, R. 378 

Cederkall, J. 25 

Cederwall, B. 208, 209 

Celikovic, I. 207 

Charon, P. 18 

Chartier, M. 203 

Chatillon, A. 197, 198, 201, 202, 203 

Chatterji, S. 68, 69 

Chau, L. P. 164 

Chaudhri, N. 499, 501, 502, 503, 506 

Chen, D. J. 463 

Chen, L. 213, 217, 218 

Chen, W. 356 

Cheng, J. 81 

Cheng, M. 268 

Chetvertkova, V. 125 

Chikhladze, T. 468 

Chon-Sen, N. 73 

Chorniy, O. 153 

Chulkov, L. V. 40, 197, 198, 202 

Church, D. 377 

Ciappina, M. F. 364 

Ciobanu, M. 19, 287, 295, 328 

Cionamu, M. 326 

Cirrone, G. A. P. 508 

Clemente, G. 108, 109, 144, 149, 159 

Comas, V. 174 

Comas, V. S. 173 

Combet, M. 508 

Combet, M.-P. 26 

Conner, E. S. 322 

Conrad, J. 158 

Conrad, S. 459 

Constantinescu, A. 502 

Contrepois, P. 18 

Corsi, A. 190 

Cortes, L. 190 

Cortes, M. L. 177 

Cortina-Gil, D. 21, 22, 24, 197, 198, 

199, 200, 201, 202, 203 

Couder, M. 39 

Coury, M. 399 

Couture, A. 309 

Crespi, F. 208 

Crespi, F. C. L. 190, 204, 209 

649


Crespo Lopez-Urrutia, J. 32 R. 

Cristoforetti, M. 274 

Csatlos, M. 309 

Cugnon, J. 193 

Cullen, D. M. 215 

Cullen, I. J. 215, 218 

Currell, F. J. 354 

Cusanno, F. 314 

Cuttone, G. 508 

Czech, B. 26, 194 

Czok, U. 28, 219, 296 

Dahl, L. 132, 146, 149, 162, 374 

Dahlinger, M. 280 

Dang, H. M. 448 

Daqa, W. 151 

Daraszewicz, S. 280 

Datta Pramanik, U. 197, 198, 203 

David, J. C. 193 

Davinson, T. 36, 216, 207 

de Angelis, G 204 

de Cuveland, J. 346 

De Filippo, E. 358 

de Nijs, A. J. 448 

de Villiers, G. 157 

Debenjak, L. 320 

Debus, J. 467 

Deckbar, D. 462 

deFrance, G. 207 

Delgado, A. O. 441, 442 

DeNapoli, M. 508 

Dencher, N. A. 479 

Dendooven, P. 27 

Denis Bacelar, A. M. 190 

Deo, A. 190 

Deo, A. Y. 215 

Deperas-Standylo, J. 472 

Deppe, H. 324 

Deppert, O. 395, 397 

Deppner, I. 81, 326, 328 

Detistov, P. 208, 209 

Dettmering, T. 485 

Detwiller, B. 215 

Deutsch, C. 412, 413, 415, 416 

Deveaux, M. 73, 74, 75 

Dickel, T. 28, 296 

Dietel, T. 246, 344 

Dietrich, J. 117, 157 

DiJulio, D. D. 25 

Dillmann, I. 216, 207 

Dimopoulou, C. 106, 138, 139, 213, 354, 

215, 384 

Dinse, K.-P. 423 

Dinter, H. 164 

Disset, G. 18 

Ditter, M. 423 

Diwisch, M. 35 

Doenigus, B. 341 

650 

Doering, D. 75 

Döring, W. 4 

Dörner, R. 372 

Dolgoleva, G. V. 389 

Dolinskii, A. 106, 110, 138, 139, 218 

Dollocchio, A 414 

Domachowski, M. 75 

Dombradi, Z. 190, 208 

Domingo-Pardo, C. 210, 304, 190, 205, 206, 

207 

Donati, A. 18 

Doncel, M. 190 

Doornenbal, P. 210, 204, 207, 208, 209 

Dormenev, V. 4 

Dragosavac, D. 192 

Drake, G. W. F.. 361 

Drexler, P. 4 

Droba, M. 164, 165, 407 

Droese, C. 176, 177 

DuBois, R. D. 356 

Ducret, J.-E. 18, 26, 194, 508 

Düllmann, C. E. 169, 171, 178, 179, 180, 

181, 186, 187 

Düren, M. 9 

Düring, H. 73 

Dürr, M. 76 

Dunst, S. 295 

Duran, I. 22, 24 

Durand, R. 26 

Durante, M. 359, 460, 461, 463, 464, 

465, 466, 467, 468, 469, 

470, 471, 472, 473, 474, 

475, 477, 478, 479, 481, 

482, 484, 485, 486, 487, 

488, 489, 490, 491, 492, 

493, 494, 495, 496, 499, 

500, 501, 502, 504, 505, 

506, 507, 509, 508 

Dutta, D. 8, 10 

Dvorak, J. 285, 169, 179, 180 

Dworschak, M. 176, 177 

Eberhardt, K. 33, 178, 186, 187, 363, 

169, 171, 180, 181 

Ecker, B. 393, 394, 400, 401, 405 

Efremov, V. P. 411 

Egberts, J. 290 

Egelhof, P. 36, 37, 297 

Eibach, M. 177, 363, 180 

Eickhoff, H. 89, 134, 156 

Eisenbarth, U. 385 

Eissner, T. 4 

Ejiri, S. 268, 270 

El Moussati, S. 402, 403, 404 

Elekes, Z. 19 

El-Hayek, Y. 134 

Eliav, E. 185 

Eliseev, S. 176, 362


Ellison, P.A. 169 

Elsässer, T. 486, 490 

Elvers, M. 19 

Emling, H. 197, 198, 203 

Emschermann, D. 77, 344 

Enculescu, I. 452, 454 

Enculescu, M. 452, 454 

Enders, J. 199, 200, 351, 202 

Engel, M. 447 

Engenhart-Cabillic, R. 476 

Engert, T. 304, 305, 306, 205, 206 

Enghardt, W. 497, 498, 503 

Enqvist, T. 191 

Ensinger, W. 16, 143, 432, 441, 443, 

449, 450, 453 

Ensminger, M. 459 

Enss, C. 3 

Eppelle, D. 18 

Eppinger, K. 190, 201, 202, 205, 206, 

207 

Epple, E. 239 

Eremin, V. 37 

Erler, J. 222 

Ershova, O. 216, 203 

Erturk, S. 211 

Eschke, J. 58 

Essel, H. G. 169, 179, 180, 213, 285, 

334 

Essel, H.G. 284 

Esser, A. 319 

Eto, M. 278 

Even, J. 178, 169, 171, 180, 181 

Ewerz, C. 639 

Ewing, R. C. 433, 434 

Eyrich, W. 7 

Fabbietti, L. 232, 239, 314, 202 

Fabbricatore, P. 111 

Fabian, B. 218 

Fäßler, A. 258 

Faestermann, T. 217, 297, 201, 202, 205, 

206, 207, 213 

Faik, S. 411 

Farell, G. 207 

Farinon, F. 189, 199, 200, 302, 303, 

190, 205, 206, 207, 215 

Farinon, S. 111 

Farnea, E. 210, 204 

Farrelly, G. F. 190 

Fazilleau, P. 18 

Fedenev, A. 402, 403, 404 

Fedotova, S. 374 

Fehrenbacher, G. 104, 133, 137, 167, 168, 

289 

Feldmeier, H. 221 

Fernandez, M. 490 

Fernandez-Dominguez, 203 B. 

Fertman, A. 402, 403, 404 

Feyerabend, M. 279 

Fiedler, F. 497, 498, 503 

Fils, J. 385, 399 

Fink, D. 362 

Finke, F. 205, 206 

Fischer, B. E. 293, 457 

Fischer, D. 364 

Fischer, E. 89, 90, 118 

Fischer, R. 374 

Fitzek, J. 123 

Fleischmann, A. 3 

Flemming, H. 142, 324, 330 

Floch, E. 89, 118 

Florenkowski, J. 99 

Föhl, K. 9 

Foehr, V. 191 

Föhr, V. 192, 195 

Forck, P. 117, 136, 140, 141, 143, 

149, 150, 153, 157, 374 

Forsberg, U. 177, 178, 180 

Forssen, C. 197, 198 

Fortov, V. E. 412, 413, 415 

Fournier, C. 469, 473, 474, 475, 476, 

477, 479, 480, 481, 485 

Franchetti, G. 110, 134, 153, 155 

Franczak, B. 506 

Frank, A. 388, 390, 392, 398 

Frank, K. 124 

Franzke, B. 217 

Freimuth, M. 100, 101 

Freml, G. 137 

French, M. 412, 413 

Frenzel, M. 479 

Friedman, A. 395 

Friedrich, T. 486 

Friese, J. 202 

Friese, V. 43, 67, 242, 243, 244 

Friman, B. 271, 272 

Fritzsche, S. 365, 366 

Fröhlich, I. 73, 235, 236, 315, 318 

Frohns, F. 475 

Frühauf, J. 310 

Fujara, F. 423 

Fujiwara, M. 39 

Fukuda, T. 211 

Fynbo, H. O. U. 197, 198 

Gabrusenoks, J. 431 

Gadea, A. 204, 190 

Gaitanos, T. 227 

Galatyuk, T. 44, 45, 235, 236, 238 

Gallas, S. 256 

Gallneby, E. 23 

Gambardella, U. 111 

Gao, W. 86 

Garabatos, C. 340 

Gascon, M. 24, 22, 192, 201, 202 

Gastaldo, L. 3 

651


Gastineau, B. 18 

Gates, J. M. 169, 179, 181, 285 

Gates, J.M. 180 

Gatz, H. 344 

Gawlikowicz, W. 192 

Gazdzicki, M. 242, 243, 244 

Gehrke, H.-G. 430 

Geibel, K. 205, 206 

Geissel, H. 15, 16, 17, 20, 27, 

28, 35, 189, 199, 200, 

214, 217, 218, 296, 297, 

302, 303, 190, 197, 198, 

201, 202, 203, 204, 207, 

208, 209, 213, 215, 216 

Geithner, R. 121 

Gellanki, J. 178 

Gelletly, W. 204 

Gemmel, A. 488, 500, 501 

George, S. 362 

Geppert, C. 33, 360, 361, 373, 378, 

384 

Geraci, E. 358 

Gerhard, P. 132, 148, 149 

Gerl, J. 29, 178, 210, 304, 305, 

306, 308, 189, 190, 202, 

204, 205, 206, 207, 208, 

209 

Gerlach, J. 290 

Gernhäuser, R. 37, 202, 297, 307, 312, 

201, 207 

Geyer, S. 352, 353, 356 

Giacomini, T. 153, 157 

Giacosa, F. 255, 256 

Giselbrecht, S. 446 

Giulian, R. 428 

Glasmacher, U. A. 436 

Glasmacher, U.A. 437 

Glazov, D. A. 370 

Gleim, M. 15 

Glesner, M. 113 

Glorius, J. 22 

Gobin, R. 108 

Göbel, K. 238 

Göküuzüm, B. 298 

Göküzüm, B. 211, 212, 299, 300 

Goel, N. 304, 190, 205, 206, 207 

Göringer, H. 279 

Goette, S. 385 

Götz, S. 2 

Goetzen, K. 8 

Goffe, M. 73 

Gokuzum, B. 301 

Golabek, C. 175 

Golubev, A .A. 402 

Golubev, A. A. 404 

Golubev, P. 25, 178, 308, 177 

Golubkov, D. 65 

652 

Gonzales, D. 22 

Gonzales-Diaz, D. 326 

Gonzalez, D. 24 

Gonzalez, P. 246 

Gonzalez-Diaz, D. 79, 81 

Gorbinet, T. 26, 194 

Gorbunov, S. 347, 348 

Gorda, O. 138 

Gorenstein, M. I. 261 

Gorshkov, A. 171, 179, 180, 285, 169 

Gorska, M. 29, 31, 204, 205, 206, 

208, 209, 189, 190, 202, 

203, 207 

Gostishchev, V. 107, 138 

Gottardo, A. 190, 189, 205, 206, 207 

Graeger, R. 171, 179, 180, 169 

Graffin, P. 18 

Granville, S. 452 

Grawe, H. 205, 206, 208, 209, 207 

Gray, R. J. 399 

Grebosz, J. 204, 190, 205, 206, 207, 

208 

Greboz, J. 209 

Gregor, E. 31, 190 

Gregor, N. 189 

Gregorich, K. E. 169 

Gregus, A. 483 

Grieser, M. 364 

Grisenti, R. 356 

Grisenti, R. E. 355, 372 

Grodner, E. 204 

Groening, L. 108, 109, 132, 149 

Groß, K.-D. 641 

Große, K. 511, 536, 542, 554, 585, 

632 

Grote, D. P. 395 

Grudzenski, S. 462 

Grünewald, D. 277 

Grushin, A. 409 

Gubkin, I. 120 

Gudowska-Nowak, E. 472 

Günther, M. 392, 396 

Gütlich, E. 143 

Gütlich, K. 143 

Guilbaud, O. 400, 401 

Guliev, E. 211 

Gumberidze, A. 356, 357, 353, 354 

Gumenyuk, O. 118 

Guntoro, A. 113 

Gutermuth, B. 129 

Gwinner, G. 360 

Gyürky, G. 216 

Haas, F. 508 

Haberer, T. 504 

Haberman, T. 190, 204 

Habermann, T. 207 

Habib, J. 400, 401


Hachiuma, I. 213 

Hackler, T. 94, 95 

Hadinia, B. 208, 209 

Hänichen, L. 97 

Hänsch, T. W. 360 

Hänze, J. 476 

Haettner, E. 28, 176, 296, 213, 215 

Hagdahl, J. 23 

Hagenbuck, F. 89 

Hagman, S. 364 

Hagmann, S. 356, 358, 359 

Hahn, T. 385 

Hammen, M. 33 

Hannen, V. 377, 379, 373 

Hansen, P.G. 202 

Harakeh, M. N. 39 

Harasimowicz, J. 290 

Harres, K. 395, 397 

Hartel, C. 467 

Hartig, M. 78, 345 

Hartmann, O. 233 

Hartmann, P. 117 

Hartmann, W. 169 

Hasan, D. 476 

Haseitl, R. 140, 141, 143 

Hauer, M. 261 

Hausmann, M. 213, 217, 218 

Hayashi, Y. 211 

Hayrapetyan, A. 9 

Hedge, P. 268 

Hegewald, M. 351, 356 

Hehner, J. 19 

Heide, M. 246, 344 

Heil, C. 90 

Heil, M. 19, 309, 355, 203, 215, 

216, 354, 508 

Heilmann, J. 644 

Heinz, A. 192 

Heinz, S. 172, 173, 174, 175 

Helariutta, K. 192 

Hell, T. 274 

Hellhammer, R. 448 

Hellmich, R. 123 

Hellström, M. 208 

Hellstrom, M. 209 

Helm, A. 478 

Henske, M. 287, 337 

Henzl, V. 195 

Heredia, J. 174 

Heredia, J. A. 173 

Herfurth, F. 32, 144, 176, 332, 363, 

374, 375, 362 

Herlert, A. 362 

Herrlitz, M. 465 

Herrmann, N. 81, 230, 231, 326, 328 

Herschbach, N. 380 

Herzberg, R.-D. 169, 178, 180 

Heß, S. 371 

Heßberger, F. P. 169, 171, 172, 173, 174, 

176, 177, 180 

Heßling, T. 388, 392, 398 

Hess, G. 118 

Hess, S. 352, 213, 353, 356 

Hessberger, F. P. 178 

Hessel, P. 467, 477, 478, 483 

Hessling, T. 390 

Hettrich, R. 105, 138 

Heuser, J. M. 63, 64, 67, 68, 69, 

70, 71, 72 

Heymach, F. 129 

Hild, D. 169, 180, 181 

Hild, S. 492 

Hildenbrand, K. D. 231, 326, 328 

Hinke, C. 207, 205, 206 

Hinrichsen, V. 99 

Hiraiwa, T. 211 

Hlavac, S. 194 

Hochhaus, D. 393, 400, 401, 405 

Hochhaus, D. C. 394 

Höhl, M. 84 

Höhne, C. 43, 44, 45, 46, 47, 

52, 53, 58, 59, 60, 

61, 62, 76, 77, 85, 

242, 243, 244 

Hoekstra, R. 448 

Höppner, C. 335 

Hörr, M. 159 

Hoffmann, D. H. H. 17, 96, 141, 388, 392, 

402, 403, 404 

Hoffmann, J. 300, 310, 331, 336, 211, 

299 

Hoffmann, T. 122, 140 

Hofmann, I. 149, 151, 153, 407 

Hofmann, S. 172, 173, 174, 176 

Hofsäss, H. 429, 430 

Hohler, R. 8, 10 

Hoischen, R. 308, 177, 178, 190, 205, 

206, 207, 208, 209 

Holl, M. 199, 200 

Hollinger, R. 129, 145 

Holzmann, R. 236, 238, 240 

Holzscheiter, M. 290 

Hong, B. 231 

Horcicka, M. 488 

Hossain, U. H. 441 

Huber, G. 360, 373 

Hübner, A. 169, 180 

Hülsmann, P. 89, 134, 136, 156 

Hug, A. 402, 403, 404, 406 

Iancu, G. 487 

Iarocci, E. 508 

Iberler, M. 124 

Ickert, G. 197, 198, 211 

Ilgenfritz, E.-M. 277 

653


Ilie, G. 205, 206, 209 

Ilieva, S. 36 

Illarionov, Y. 260 

Ille, G. 208 

Imran, M. 392 

Indelicato, P. 353 

Intermite, A. 290 

Ionita, B. 402, 404 

Iosilevskiy, I. L. 411 

Ivanov, K. 246 

Iwasa, N. 199, 200 

Iwasaki, H. 205, 206 

Iwase, A. 427 

Izumikawa, T. 213 

Jacob, T. 182, 183, 184 

Jacoby, J. 124, 405 

Jäger, E. 169, 171, 179, 181, 178, 

180 

Jäkel, O. 500 

Jagodzinski, P. 353 

Jakob, B. 461, 463, 464 

Jakobsson, B. 25 

Jandewerth, U. 105 

Janik, R. 199, 200, 302, 189, 190, 

207 

Jankowiak, A. 162 

Jannin, J.-L. 18 

Jeff, A. 290 

Jeon, D. 149 

Jesch, C. 28 

Jöhren, R. 377, 379 

Johansson, H. 310, 203 

Johansson, H. T. 23, 197, 198, 327 

Jokinen, A. 32 

Jolie, J. 30, 205, 206, 208 

Jonson, B. 197, 198, 201, 202 

Joram, C. 76 

Jordan, F. 451 

Joshi, N. 164 

Juhasz, Z. 448 

Jungclaus, A. 208, 209 

Junghans, A. R. 203 

Junginger, T. 290 

Juricko, J. 476 

Jurkovic, M. 240 

Kaczmarek, O. 268, 269 

Kaderka, R. 494, 495 

Käppeler, F. 216 

Kaiser, M. 162, 374 

Kaiser, M. S. 132, 149 

Kaiser, M.-S. 146 

Kaiser, N. 275 

Kalantar-Nayestanaki, N.36, 39, 297 

Kaldor, U. 185 

Kalinin, A. 372 

Kalisky, M. 344 

Kamerdzhiev, S. 157 

654 

Kamerdzhiev, V. 117 

Kamlah, F. 476 

Kang, T. I. 231 

Kantsyrev, A. 402, 403, 404 

Kanungo, R. 201, 202 

Karabowicz, R. 12, 338 

Karagiannis, C. 15, 302, 303 

Karny, M. 207 

Karpuk, S. 360 

Karsch, F. 268, 269, 270 

Kaskas, A. 207 

Katayama, T. 106 

Kaufmann, W. 101 

Kausch, C. 557, 592, 620, 626, 644 

Kauschke, M. 89, 118 

Kavatsyuk, M. 211, 212, 299, 300, 301 

Kazakov, E. 393 

Kazamias, S. 400, 401 

Kebschull, U. 323, 333 

Keidel, R. 322 

Kelic, A. 15, 16, 191, 192, 216 

Kelic-Heil, A. 193, 195, 196, 302, 508 

Kelkar, A. 364 

Kellerbauer, A. 362 

Kempe, M. 19 

Kempf, S. 3 

Kempley, R. S. 215 

Kester, O. 144, 332, 375, 374 

Ketelaer, J. 363, 176, 177 

Ketenci, Z.S. 211 

Ketzer, B. 335 

Kezzar, K. 191 

Khan, S. 117 

Khaneft, D. 5, 211 

Khaplanov, A. 208, 209 

Khodzhibagiyan, H. 90, 120 

Khudomyasov, A. 402, 403, 404 

Khuyagbaatar, J. 171, 172, 173, 174, 169, 

177, 178, 179, 180, 181 

Kienle, P. 213, 217 

Kim, E. 211, 212, 298, 299, 300, 

301 

Kim, M. 211 

Kim, S. 298, 211 

Kim, V. 17 

Kindler, B. 15, 16, 172, 173, 174, 

169, 180 

Kinsel, W. 28, 296 

Kirby, N. 428 

Kirchhof, T. 645 

Kirchner, T. 364 

Kirk, M. 123, 134, 153 

Kirsch, A. 3 

Kirsch, S. 346 

Kis, M. 231, 287, 326, 328 

Kischnik, N. 159 

Kisel, I. 48, 49, 50, 53, 54,


55, 56, 57, 62, 65 

Kiselev, O. 202, 203 

Kiseleva, A. 46, 47, 60, 61 

Klähn, T. 226 

Kleffner, C. 159 

Kleffner, C. M. 138 

Klein, B. 274 

Klein, J. 341, 344 

Klein, R. 438 

Klein-Bösing, C. 252, 344 

Klein-Bösing, M. 77 

Kleipa, V. 67, 71, 84, 337 

Klepper, O. 217 

Kliemant, M. 345 

Klimkiewicz, A. 202, 203 

Klingbeil, H. 89, 113, 114, 116, 134, 

135, 156 

Klinger, J. 481 

Klos, F. 118 

Klotz, S. 436 

Kluge, H.-J. 362, 374 

Klupp, S. 190 

Kluth, P. 428 

Kmiecik, M. 208, 209 

Knapp, T. 118 

Knie, K. 107 

Knobloch, F. 385 

Knöbel, R. 35, 218, 189, 213, 215, 

217 

Koch, K. 82, 92, 310, 211, 299 

Koch, M. 246 

Koch, P. 9 

Koczon, P. 76, 85, 234 

König, H. G. 134 

Koenig, W. 31, 287 

Kohn, B. 437 

Kojouharov, I. 172, 173, 303, 304, 305, 

306, 177, 178, 179, 189, 

190, 202, 204, 207, 208, 

209 

Kojuharov, I. 205, 206 

Kolesnikov, S. 406 

Kollmus, H. 94, 96, 154, 156, 158, 

134, 439 

Kolomiets, A. 146 

Konchakovski, V. P. 261 

Konorov, I. 335 

Konrad, P. 257 

Koop, I. 38, 40 

Koop, I. A. 39 

Korcyl, G. 317, 318 

Kormoll, T. 498 

Kornakov, G. 79 

Kornilov, V. 151 

Korpusov, V. 120 

Koshikawa, H. 445 

Kostyshyn, Y. Y. 72 

Koszudowski, S. 374 

Kotynia, A. 63, 64, 65, 67 

Kovalenko, A. 120 

Kowalska, M. 361, 362 

Kowina, P. 100, 101, 136, 117 

Kozhedub, Y. S. 353 

Kozhuharov, C. 35, 214, 354, 355, 359, 

384, 213, 215, 216, 217, 

218, 353, 356, 374 

Kozlova, E. 15, 167, 168 

Kozub, S. 112 

Kracke, H. 383 

Krämer, A. 89, 94, 95, 154 

Krämer, D. 89 

Krämer, J. 33, 361 

Krämer, M. 359, 487, 488, 489, 490, 

492, 493, 500 

Kraft, G. 359, 480, 481, 501 

Kraft-Weyrather, W. 477 

Kramer, F. 249, 250, 342 

Krantz, C. 375 

Krasznahorkay, A. 309 

Kratz, A. 15, 302 

Kratz, J. V. 19, 186, 187, 169, 171, 

178, 180, 181, 203 

Kraus, D. 388 

Kraus, I. 536, 557, 592, 620, 626 

Krause, M. 15, 16, 305, 431, 432, 

458 

Krauser, J. 430 

Krawutschke, T. 341 

Kreidi, K. 552, 557, 592, 620, 626 

Kreim, S. 383, 362 

Kresan, D. 43, 242, 243, 244 

Kretz, M. 56, 347, 348 

Kreutz, M. 385 

Kreutzfeldt, K. 9 

Krieger, A. 33, 361 

Krier, J. 169, 178, 179, 180, 181 

Krings, T. 305 

Krizek, F. 240 

Kröck, B. 9 

Kröll, T. 36, 37, 202, 207 

Krücken, R. 13, 199, 200, 202, 297, 

307, 312, 201, 205, 206, 

207, 213, 354 

Krumbhorn, D. 249, 250 

Krunic, D. 477 

Kryshen, E. 46, 47, 60, 61 

Ktitareva, S. 480 

Kubo, T. 189 

Kühl, T. 360, 373, 384, 385, 393, 

394 

Kuehl, T. 399, 400, 401 

Kühnel, K.-U. 290, 364 

Kugel, A. 66, 86 

Kulakov, I. 56, 57 

655


Kulessa, R. 197, 198 

Kulish, M. 404, 402, 403 

Kumar, A. 353 

Kumar, R. 208, 209 

Kumm, M. 135 

Kunath, D. 497 

Kunin, A. 387 

Kunkel, J. 12, 337, 338 

Kunzer, S. 385 

Kurcewicz, J. 189, 217, 302, 303, 213, 

215, 218 

Kurdal, J. 154 

Kurnyshov, R. 90 

Kurtukian, T. 201, 202 

Kurz, N. 286, 300, 308, 310, 331, 

499, 169, 178, 179, 180, 

190, 194, 202, 203, 204, 

205, 206, 207, 208, 209, 

211, 299 

Kuttich, B. 447 

Kuzminchuk, N. 35, 213, 215 

La Guidara, E. 358 

La Tessa, C. 491, 494 

Labalme, M. 508 

Labiche, M. 203 

Labzowsky, L. 367 

Ladron de Guevara, P. 246 

Laermann, E. 268, 270 

Lahiri, S. 169 

Laier, U. 134 

Lalkovski, S. 208, 209 

Lang, M. 433, 434 

Lang, R. 129, 131 

Langanke, K. 224 

Langer, C. 309, 310, 194, 197, 198, 

216 

Lantz, M. 197, 198 

Larionov, A. B. 227 

Larsson, K. 201, 202 

LaTessa, C. 495 

Latysheva, L. 125 

Laube, K. 497, 503 

Lautenschläger, F. 28, 296 

Lauterbach, S. 456 

Lavin, M. 464 

Layer, P. G. 475 

Le, X. C. 36 

Le Bleis, T. 203, 194, 197, 198, 202, 

216 

Le Bourlout, P. 26 

Le Fevre, A. 194 

Lebedev, A. 46, 47, 53, 60, 61, 

62 

Lebedev, S. 52, 59, 234 

Lee, B.-J. 124 

Lee, R. 466, 467, 468, 472, 483 

Lee, S. H. 265 

656 

Legou, P. 26, 508 

Lehmann, A. 7 

Lehmann, D. 8, 10, 306 

Lehnert, J. 341 

Leibrock, H. 15, 118 

Leifels, Y. 231, 326, 328 

Leifke, A. L. 461 

Lemke, F. 87 

Lemmon, R. 203 

Lenske, H. 227, 257, 264 

Leoni, S. 190, 204 

Leon-Vargas, H. 252 

Lepyoshkina, O. 312 

Leray, S. 26, 193, 191, 194, 508 

Leupold, S. 276 

Lewitowicz, M. 207 

Leykauf, J. 477 

Li, C. 80, 399 

Li, Y. 81 

Li, Y. T. 399 

Liakin, D. 150 

Lian, J. 433 

Licher, J. 495 

Liebe, D. 169 

Liebermann, H. 123 

Liesen, D. 367, 634, 353 

Lin, X. X. 399 

Lindenstruth, V. 269, 283, 346 

Linev, S. 67, 284, 334 

Lineva, N. 359 

Ling, J. 403, 402, 404 

Linnyk, O. 262, 273 

Listratenko, O. M. 72 

Litvinov, S. 106, 138, 139, 215 

Litvinov, S. A. 297, 213, 217, 218 

Litvinov, Y. 35, 139, 203, 207 

Litvinov, Y. A. 15, 34, 213, 214, 217, 

218, 189, 215, 216, 354 

Litvinova, E. 223 

Liu, Z. 205, 206, 207, 215, 218 

Lochmann, M. 373, 379, 354 

Löbrich, M. 459, 462, 473 

Löchner, S. 142, 293, 329, 330 

Löher, B. 22 

Loens, H. P. 224 

Logan, B. G. 395 

Loiseau, D. 18 

Loizeau, P. 81 

Loizeau, P.-A. 326 

Lombardo, I. 358 

Lommel, B. 15, 16, 173, 174, 186, 

169, 172, 180 

Lomonosov, I. V. 17, 102, 412, 413, 414, 

415, 416 

Long, L. 70 

Lopez Cela, J. J. 417 

Lorenz, M. 236, 238, 240


Lotay, G. 216 

Lottin, J.-P. 18 

Lovrincic, R. 294 

Lüchtenborg, R. 499, 501 

Luettig, P. 247 

Lukasik, J. 26, 229, 194 

Lukic, S. 192 

Luleich, M. 70 

Lunardi, S. 190, 204 

Lunney, D. 362 

Lymanets, A. 67, 71, 84 

Ma, X. 384 

Ma, Y. 5, 298, 211 

Maas, F. 212, 638, 211, 299 

Maas, F. E. 5 

Macavei, J. 100, 118 

Mäder, J. 129, 131 

Maekawa, Y. 445 

Männer, R. 66, 86 

Märtin, R. 351, 352, 353, 213, 354, 

356 

Mager, M. 249 

Mahata, K. 197, 198, 202, 203 

Mahner, E. 94 

Maier, L. 297, 202, 207, 213, 217 

Maier, M. 132, 159, 149 

Maier, W. 105 

Maierbeck, P. 200, 202, 199, 201, 203 

Maimone, F. 129, 131 

Maiorova, A. V. 368 

Mairani, A. 508 

Maiti, M. 169 

Maj, A. 208, 209 

Malakhov, D. 50 

Malzacher, P. 280, 281 

Manafov, A. 280, 281 

Mancusi, D. 193 

Mandal, S. 190, 208, 209 

Manika, I. 431 

Maniks, J. 431 

Mann, R. 174, 172, 173 

Manz, S. 323, 333 

Mao, R. 213, 215 

Marchetto, F. P. 508 

Marcus, G. 86 

Marganiec, J. 216 

Marin, A. 246 

Markert, J. 236, 238 

Markov, N. 402, 403, 404 

Maroussov, V. 19 

Marschalek, R. 474 

Martin, C. R. 444 

Martinez-Pinedo, G. 224, 225, 209 

Martino, G. 496 

Maruhn, J. 409, 410, 411 

Maruhn, J. A. 15 

Marx, G. 176 

Marzouki, F. 118 

Masciocchi, S. 253 

Masierak, W. 423 

Massinger, M. 18 

Matei, E. 452, 454 

Matousek, V. 26 

Matsuura, T. 278 

Matveichev, A. 17 

Mawhinney, R. D. 268 

Mayri, C. 18 

Mazzocco, M. 213, 217, 218 

McKenna, P. 399 

Meier, J. P. 89, 118 

Melnikova, L. 469 

Menegazzo, R. 190 

Meng, J. 218 

Mengoni, D. 190, 204 

Menzel, J. 390, 392 

Merchan, E. 210, 178, 189, 205, 206 

Merk, B. 293, 457, 465 

Merle, O. 9 

Merrill, F. 406 

Merz-Mantwill, T. 385 

Metzger, B. D. 225 

Metzger, S. 509 

Meusel, O. 164, 165 

Meyer, B. 465 

Miao, C. 268, 270 

Michel, J. 73, 315, 317, 318 

Mickat, S. 132, 146, 149, 162 

Mierau, A. 90, 118 

Mikhailov, A. I. 369 

Milanovic, B. 315 

Miletich, R. 435, 436, 437, 438 

Million, B. 190, 204 

Milosic, T. 150, 149 

Minaev, S. 109, 146 

Minami, S. 211, 212, 298, 299, 300, 

301, 319, 331 

Minaya-Ramirez, E. 362 

Mintsev, V. 402, 403, 404 

Mishustin, I.N. 229 

Mitrovski, M. 242, 243, 244 

Mittig, W. 175 

Mizoi, Y. 211 

Modamio, V. 208, 209 

Möhl, D. 106 

Mohite, T. 153 

Molina, F. 204 

Monaco, V. 508 

Montes, F. 192, 208, 209, 217, 218 

Montes, N. 24, 22 

Montiel Gonzalez, A. 280 

Moore, I. 27 

Mooser, A. 383 

Mora Espi, M. C. 5 

Morales, A. 204 

657


Morita, K. 265 

Moritsu, M. 211 

Moritz, G. 15, 118 

Moritz, M. 4 

Moritz, P. 136 

Morone, M.C. 508 

Mosel, U. 227, 259, 263 

Moshammer, R. 364 

Mostacci, A. 508 

Mrozik, C. C. 383 

Mühle, C. 15, 98, 89, 118, 134 

Müller, A. 354, 498 

Müller, D. 584 

Müller, G. 451 

Mueller, H. 118 

Müller, I. 164 

Müller, R. 123 

Müller, S. 453, 455, 456 

Müller, W. 64, 67, 71, 84 

Müller, W. F. J. 85 

Müller, W. F. O. 97 

Muenich, R. 111 

Müntz, C. 73, 236 

Münzenberg, G. 15, 197, 198, 213, 218 

Münzer, R. 232 

Müssig, D. 504, 507 

Müther, H. 258 

Mukaibo, H. 444 

Mukha, I. 15, 189, 302 

Mukherjee, S. 268, 270 

Mullins, T. 2 

Murin, Y. A. 72 

Mustafin, E. 98, 125 

Musumarra, A. 213, 217, 218 

Mutterer, M. 36, 37 

Myalski, S. 207, 208, 209 

N., N. 245, 582 

Nagae, T. 211 

Nagy, Sz. 363 

Naimi, S. 362 

Najafi, A. 36 

Nakajima, D. 211, 212, 298, 299, 301, 

300 

Nakajima, S. 218 

Nakano, E. 272, 278 

Namihira, K. 213 

Napoli, D. R. 190, 204 

Naqvi, F. 30, 31, 208, 189, 190 

Nara Singh, B. S. 205, 206, 204 

Nasonova, E. 468, 469, 472 

Natale, F. 460 

Naumova, N. 408 

Navitski, A. 451 

Nebel, F. 207 

Neely, D. 399 

Neff, T. 221, 361 

Nefiodov, A. V. 369 

658 

Neidherr, D. 362 

Nesterenko, D. 176, 177 

Nettelmann, N. 412, 413 

Neubert, R. 121 

Neugart, R. 33, 361 

Neumann, R. 423, 424, 427, 434, 435, 

436, 437, 438, 442, 443, 

445, 449, 450, 452, 453, 

455, 456, 457 

Neumayer, P. 393, 405, 400 

Neyrial, H. 18 

Nguyen, Q. H. 449 

Ni, P. A. 141 

Nicolini, R. 190 

Niebur, W. 67, 71 

Nieminen, P. 508 

Niewisch, L. J. 180 

Nikoghosyan, A. 467 

Nikolaev, D. 402, 403, 404 

Nilssen, J. 181 

Nilsson, T. 23, 197, 198, 201, 202, 

203 

Ningel, K.-P. 114 

Nishimura, S. 207 

Nishio, K. 173 

Nisius, T. 387, 391 

Nitsche, H. 169, 180 

Nitta, M. 278 

Nix, A.-K. 429, 430 

Nociforo, C. 15, 20, 189, 286, 303, 

190, 199, 200, 201, 202, 

203, 205, 206, 207, 213, 

215, 217, 218, 302 

Nörtershäuser, W. 33, 360, 361, 373, 377, 

378, 379, 384, 354, 363 

Nolan, P. 305, 306 

Nolden, F. 105, 106, 138, 139, 213, 

215, 217, 218, 354, 384 

Nordström, M. 23 

Novikov, V .G. 409 

Novikov, Y. 176, 362 

Novotny, C. 360, 373, 384 

Novotny, R. W. 4 

Nowacki, F. 208, 209, 206 

Nürnberg, F. 395, 397 

Nusair, O. 19 

Nyberg, J. 205, 206, 207 

Nyman, G. 197, 198, 202 

Ochs, K. 129 

Özel- Tashenov, B. 301 

Özel-Tashenov, B. 211, 298, 299, 212, 300 

Ogul, R. 229 

Ohtsubo, T. 213, 218 

Okamura, A. 211 

Okten, Y. 204 

Omet, C. 153 

Omtvedt, J. P. 181, 169, 180


Ondreka, D. 123, 134 

Orban, I. 356 

Orlandi, R. 204 

Orlov, D. A. 375 

Orlov, N. 391 

O’Rourke, B. E. 354 

Orth, H. 313 

Ortlepp, H. G. 70 

Ososkov, G. 52, 53, 59, 62, 234 

Ostrik, A. 17 

Ott, W. 310, 331, 211, 300 

Ottersbach, S. 75 

Ottesen, H. B. 181 

Otto, J. 405 

Otto, T. 167, 168 

Otwinowski, J. 247 

Oyama, K. 341 

Ozawa, A. 218 

Pabinger, A. 3 

Pachmayer, Y. 340 

Page, R. 204 

Palit, R. 203 

Palka, M. 318 

Pantsyrny, V. 120 

Papash, A. 290 

Paradela, C. 191 

Parfenova, A. 155, 134, 153 

Parganlija, D. 255 

Parikh, A. 207 

Park, W. J. 249, 250 

Parodi, K. 497, 503 

Parr, E. 169, 180 

Paschalis, S. 197, 198, 203 

Pascovici, G. 30 

Pascual-Izarra, C. 201, 202 

Patera, V. 508 

Patyk, Z. 214, 219, 218 

Pawlowski, P. 26, 194 

Pelka, A. 390, 392 

Penso, V. 280, 281 

Penttilä, H. 27 

Perea, A. 201, 202 

Perez, D. 202, 204 

Perez Loureiro, D. 192 

Perez-Loureiro, D. 191, 201 

Pershina, V. 182, 183, 184, 185 

Pes, C. 18 

Peschke, C. 105, 106 

Peters, K. 8, 10, 313 

Petreczky, P. 268, 270 

Petri, P. 105, 138 

Petrick, M. 28, 296 

Petridis, N. 355, 372, 216, 356 

Petris, M. 77 

Petrov, F. 103 

Petrovici, M. 77 

Petryk, M. 98 

Petzenhauser, I. 98, 99, 124 

Pfeiffer, B. 219, 189 

Pfeiffer, M. 30 

Pfister, J. 144, 165 

Pfützner, M. 29, 189, 190, 205, 206 

Pfutzner, M. 208, 209 

Piasecki, K. 230, 231 

Picht, O. 305, 453, 455, 456 

Pienkowski, L. 192 

Pies, C. 3 

Pietralla, N. 22, 29, 36, 37 

Pietri, S. 189, 204, 205, 206, 208, 

209, 303, 308, 190, 194, 

207, 302 

Pignalosa, D. 470, 471 

Piriz, A. R. 17, 102, 412, 413, 414, 

415, 416, 417, 418 

Piriz, S. A. 418 

Pirner, H .J. 277 

Pisent, A. 159 

Pissulla, T. 190 

Pittman, M. 401 

Pitz, N. 340 

Plag, R. 309, 203, 216 

Plaß, W. 189 

Plaß, W. R. 15, 27, 28, 35, 296, 

176, 213, 217, 218 

Plass, W. R. 215 

Pleskac, R. 496, 508, 191 

Plunien, G. 367, 368, 369, 370 

Pochodzalla, J. 6, 319, 320, 211 

Podlech, H. 108, 109, 162, 163 

Podolyak, Z. 209, 189, 190, 204, 205, 

206, 207, 208 

Pöppe, C. 133, 137 

Pohl, M. 242, 243, 244 

Pokrovsky, V. 112 

Politi, G. 358 

Pollet, D. 478 

Poltoratska, Y. 351 

Pomorski, M. 189 

Popeko, A. 176 

Popp, U. 138, 372, 216 

Poppenborg, F. 344 

Porst, J. P. 3 

Posocco, P. 159 

Potanina, L. 120 

Preda, N. 452, 454 

Preuss, C. 280, 281 

Priegnitz, M. 497 

Prochazka, A. 15, 189, 303, 190, 199, 

200, 201, 202, 205, 206, 

207, 213, 215, 302 

Prokopowicz, W. 31, 308, 178, 190, 197, 

198, 208, 209 

Protsenko, M. A. 72 

Przygoda, W. 237 

659


Pschorn, I. 118 

Pucci, A. 294 

Pullia, M. 159 

Puppel, P. 93, 89, 156 

Purushothaman, S. 27 

Putignano, M. 290 

Pyalling, A. 402 

Pyka, N. 98, 89, 110 

Qin, Z. 180 

Quataert, E. 225 

Queinec, Y. 18 

Quinn, M. N. 399 

Quint, W. 2, 332, 376, 381, 382, 

383, 374 

Qureshi, S. 181 

Raciti, G. 508 

Radon, T. 137, 167, 168, 289 

Rahman, M. S. 287, 295 

Ramakers, H. 89, 156, 134 

Rami, F. 51 

Ramirez, P. 450 

Ramm, U. 495 

Rammler, M. 246, 344 

Ranitzsch, P. 3 

Ranjan, M. 27 

Rapisarda, E. 508 

Rappold, C. 212, 299, 300, 301, 194, 

211, 298 

Rascanu, T. 343 

Raths, A. 462 

Ratschow, S. 89 

Ratzinger, U. 93, 108, 109, 110, 144, 

162, 163, 164, 165, 407, 

374 

Rauber, M. 305, 446, 453, 455, 456 

Ray, C. 508 

Recchia, F. 190, 204 

Redlich, K. 266, 271, 272 

Redmer, R. 412, 413 

Reed, M. W. 215, 190 

Reeg, H. 121, 142 

Reemts, D. 385 

Regan, P. 208, 189, 204, 205, 206 

Regan, P. H. 190, 207, 209 

Reichelt, P. 78 

Reich-Sprenger, H. 94, 95, 89, 154, 156, 

158, 134 

Reifarth, R. 19, 309, 355, 197, 198, 

203, 216 

Reimann, S. 123 

Reinhard, I. 584 

Reinhard, P.-G. 222 

Reinhardt, M. 446 

Reinhardt, S. 360 

Reinicke, S. 7 

Reisdorf, W. 231 

Reiter, A. 159, 161 

660 

Reiter, P. 205, 206 

Reitz, G. 494 

Rejmund, F. 175 

Renfordt, R. 242, 243, 244 

Renisch, D. 363 

Rettig, F. 346 

Reuschl, R. 352, 353, 213, 356 

Reygers, K. 246 

Ribas, R. V. 190 

Ricciardi, M. V. 193, 195, 196, 189, 302, 

303, 508 

Richter, A. 197, 198 

Richter, D. 500, 504 

Richter, S. 481 

Ridgway, M. C. 425 

Riese, B. 36, 189, 216 

Rieter, P. 208 

Rietzel, E. 499, 501, 503, 506 

Rigollet, C. 36, 207, 216 

Riisager, K. 197, 198 

Ring, P. 223 

Rinta-Antila, S. 204, 205, 206 

Rischke, D.-H. 255, 256 

Ritter, S. 466, 467, 468, 469, 470, 

471, 472, 474, 477, 478, 

479, 483 

Rizzo, F. 358 

Rizzutto, M. A. 442 

Rodegheri, C. 383 

Rodriguez, D. 32, 176 

Rodriguez, M. D. 428 

Rodriguez Pineiro, D. 5 

Rodriguez-Tajes, C. 201, 199, 200, 202 

Röder, R. 70 

Rödl, H. 101 

Roehrich, D. 246 

Röpke, G. 226 

Rohr, D. 347, 348 

Romano, F. P. 508 

Roncolato, C. 159 

Ros, D. 400, 401 

Roßbach, J. 129, 131 

Rose, F. 476 

Rosenbusch, M. 362 

Rosmej, F. 411 

Rosmej, O. N. 387, 391, 393 

Rossi, D. 19, 203, 202 

Rostovtseva, I. 65 

Roth, B. 473 

Roth, C. 181 

Roth, M. 388, 390, 392, 395, 396, 

397, 398 

Rothard, H. 358 

Roy, B. 10 

Roy, B. J. 8, 313 

Rubio, B. 204 

Rudolf, D. 208


Rudolph, D. 29, 177, 178, 209, 308, 

169, 171, 179, 180, 190, 

204, 205, 206 

Rübe, C. E. 462 

Runke, J. 186, 187, 169, 180, 363 

Russotto, P. 358 

Rustamov, A. 236, 238 

Ryzhinskiy, M. 46, 47, 60, 61 

Saa-Hernandez, A. 110 

Saathoff, G. 360 

Sacchi, R. 508 

Sahin, E. 190, 204 

Saito, N. 499, 501, 502, 503, 506 

Saito, T. 300 

Saito, T. R. 211, 319, 320, 194, 212, 

298, 299, 301 

Sakaguchi, A. 211 

Sakharuk, V. 451 

Sako, M. 211 

Sala, P. 508 

Salem, S. 357 

Salsac, M.-D. 26, 194, 508 

Salunin, N. 120 

Samadani, F. 181 

Samuelsson, K. 99 

Sanchez, R. 33, 361, 373, 379 

Sanchez Lorente, A. 6 

Sanchez Majos, S. 319 

Sanjari, S. 135 

Santin, G. 508 

Sapinski, M. 290 

Sarti, A. 508 

Sauer, A. 374 

Sauer, J. 137 

Savran, D. 22 

Schaa, V. R. W. 536 

Schabinger, B. 381 

Schädel, M. 171, 186, 187, 169, 178, 

179, 180, 181 

Schaefer, B.-J. 272 

Schäfer, D. 27, 391 

Schäfer, S. 3 

Schäfer, T. 296 

Schäffer, P. 129 

Schäffer, S. 129 

Schaffner, H. 31, 304, 308, 177, 178, 

189, 190, 202, 204, 205, 

206, 207, 208, 209 

Schafhauser, M. 233 

Schardt, D. 489, 491, 494, 495, 496, 

505, 506, 509, 508 

Scharrer, P. 73 

Schaumann, G. 388, 392, 397 

Schausten, B. 169, 178, 179, 180, 181 

Scheeler, U. 127 

Scheidenberger, C. 13, 27, 35, 15, 16, 

28, 219, 296, 297, 176, 

189, 207, 213, 215, 216, 

217, 218, 302, 303, 508 

Schempp, A. 374 

Schenk, S. 87 

Schepers, G. 8, 10 

Schicker, R. 341 

Schickert, M. 89 

Schimpf, E. 169, 178, 179, 180 

Schippers, S. 354 

Schirmer, D. 117 

Schlarb, M. 307 

Schlegel, T. 408 

Schlei, B. R. 123 

Schlitt, B. 159, 161 

Schmah, A. 239 

Schmidt, C. 85, 269, 270, 268 

Schmidt, C. J. 67, 71, 84, 337, 211 

Schmidt, K.-H. 195, 196, 192 

Schmidt, R. 415 

Schmidt-Kaler, F. 361 

Schmiederer, S. 341 

Schneider, D. 354 

Schneider, K. 364 

Schnizer, B. 90 

Schnizer, P. 90, 118 

Schnohr, C. S. 425 

Schnorrenberger, L. 22 

Schömers, C. 290 

Scholl, C. 205, 206 

Schollmeier, M. 397 

Scholz, M. 476, 486, 487, 490 

Schouwink, P. 437, 438 

Schrader, C. 73 

Schramm, U. 384 

Schreck, M. 295 

Schreiber, G. 108, 114 

Schrieder, G. 197, 198, 202 

Schroeder, C. 90, 118 

Schubert, R. 4 

Schuchmann, S. 247 

Schünemann, G. 117 

Schuett, P. 127 

Schütt, P. 153 

Schüttauf, A. 231 

Schuh, M. 290 

Schulte, K. 165 

Schulz, F. 181 

Schulz, G. 159 

Schulz, M. 364 

Schumacher, D. 388, 390, 398, 392 

Schurig, I. 138 

Schuster, B. 423, 434, 435, 438 

Schuster, T. 242, 243, 244 

Schuy, C. 491, 505 

Schwab, S. 337 

Schwalm, D. 360 

Schwartz, K. 423, 424, 431 

661


Schwarz, C. 8, 10, 313 

Schwarz, K. 280, 281 

Schwarz, S. 362 

Schwarzkopf, A. 500 

Schweda, K. 253, 340, 341 

Schweikhard, L. 176, 362 

Schweizer, W. 166 

Schwertel, S. 202, 312, 207 

Schwickert, M. 117, 121, 134 

Schwiening, J. 8, 10, 313 

Sciubba, A. 508 

Seay, U. 476 

Seddiki, S. 51, 73 

Sedykh, S. 279 

Segal, D. M. 377 

Seggern, F.v. 3 

Seidel, P. 121 

Seidl, T. 441, 442 

Sekimoto, M. 211 

Sellner, S. 290 

Semchenkov, A. 171, 169, 178, 180 

Senger, P. 41, 43, 46, 47, 60, 

61, 81 

Seres, J. 394 

Serradilla, E. 246 

Severin, D. 16, 94, 425, 426, 429, 

441, 442 

Sfienti, C. 8, 10, 229, 508 

Shaaban, M. 374 

Shabaev, V. M. 368, 370 

Sharma, A. 190 

Shatunov, P. 38, 40 

Shcherbakov, P. 90, 112 

Shikov, A. 120 

Shilkin, N. 403, 402, 404 

Shim, S. Y. 90, 118 

Shubina, D. 213 

Shulenko, Y. A. 72 

Shutov, A. 17, 102, 412, 413, 414, 

415, 416 

Shwartz, D. 38, 40 

Shyam, R. 259, 264 

Sicking, E. 344 

Siebenson, J. 239 

Sieber, B. 33 

Sieja, K. 208, 209, 224 

Sievers, P. 107 

Sievers, S. 158 

Siggel-King, M. R. F. 290 

Sigle, W. 455 

Sima, M. 452 

Simion, V. 77 

Simon, A. 356 

Simon, H. 39, 40, 15, 19, 310, 

194, 197, 198, 199, 200, 

201, 202, 203, 211, 216, 

354, 508 

662 

Simons, C. 71 

Simpson, G. 208 

Simpson, G. S. 209 

Sirca, S. 320 

Sitar, B. 189, 190, 199, 200, 202, 

302 

Siwal, D. 190 

Skachkov, V. 406 

Skokov, V. 260 

Smolyakov, A. 98 

Smorra, C. 363 

Sobolevskiy, N. 125 

Söderström, P.-A. 205, 206, 207 

Söldner, W. 269, 270, 268 

Sohler, D. 208 

Sokolov, A. 2, 332, 374 

Soltveit, H. K. 83, 84, 321 

Sommer, B. 377 

Sonnabend, K. 22, 396 

Sorbi, M. 111 

Sorge, S. 155 

Sorokin, M. V. 424 

Soyk, D. 337 

Spädtke, P. 129, 131, 145 

Spielmann, C. 394 

Spies, C. 113 

Spiller, P. 89, 93, 96, 98, 99, 

102, 110, 124, 134, 156, 

405, 189 

Spillmann, U. 351, 352, 371, 213, 353, 

354, 356 

Spiriti, E. 508 

Splinter, J. 463 

Sporleder, M. 9 

Springer, U. 136 

Sroka-Perez, G. 504 

Stach, D. 19 

Stachel, J. 83, 253, 266, 267, 340, 

341, 246 

Stachura, Z. 354 

Stadlmann, J. 89, 134, 189 

Stafiniak, A. 90, 118 

Staniou, M. 192, 202 

Stapelberg, M. 86 

Steblina, A. M. 72 

Steck, M. 105, 106, 107, 139, 138, 

355, 213, 215, 217, 218, 

297, 354, 384 

Steer, A. N. 204 

Steer, S. 205, 206, 207 

Steer, S. J. 208, 209 

Steger, K. 190 

Steidl, P. 504, 506 

Steiger, K. 207 

Steinbach, T. 425, 426 

Steiner, J. 169 

Steinle, C. 66


Stenzel, H. 9 

Stiebing, K. 376 

Stock, R. 242, 243, 244 

Stöhlker, T. 351, 357, 360, 365, 366, 

368, 371, 372, 373, 376, 

387, 390, 393, 412, 413, 

416, 638, 213, 215, 216, 

352, 353, 354, 355, 356, 

374, 384, 385, 392 

Stokic, B. 271, 272 

Stolterfoht, N. 448 

Stolz, A. 207 

Stolze, S. 177 

Stork, H. 423 

Stork, M. 129 

Strasik, I. 125 

Streicher, B. 37, 36, 172 

Strmen, P. 189, 190, 199, 200, 207, 

302 

Ströbele, H. 236, 242, 243, 244 

Stroth, J. 44, 45, 75, 73, 235, 

238, 315, 317, 318, 236 

Struckmeier, J. 123, 151 

Stühn, B. 447 

Sturm, C. 236 

Sturm, S. 381 

Subotic, K. 192 

Sümmerer, K. 15, 192, 197, 198, 199, 

200, 201, 202, 203 

Sugimura, H. 211 

Sugita, K. 118 

Sulignano, B. 172 

Sulik, B. 448 

Sulov, N. 387 

Sultanov, V. 17 

Sun, B. 35, 218, 189, 213, 215, 

217 

Sun, J. 166 

Sun, Y. 80 

Sun, Z. 18 

Surapong, P. 113 

Surzhykov, A. 352, 357, 365, 366, 356 

Suslov, N. 391 

Suzuki, K. 233, 213 

Suzuki, T. 218 

Swan, T. P. D. 190 

Swan, T.D. 215 

Sytnik, V. 112 

Szarka, I. 189, 190, 302 

Szücs, T. 216 

Szypkowski, D. 478 

Tahara, Y. 427 

Tahir, N. 15 

Tahir, N. A. 17, 102, 412, 413, 414, 

415, 416, 417, 418 

Taieb, J. 40, 192 

Takahashi, K. 217 

Takahashi, T. 211 

Takeda, H. 189 

Tambave, G. J. 211 

Tamura, H. 211 

Tang, Z. 80 

Tanida, K. 211 

Tanihata, I. 189 

Tarantola, A. 236, 318 

Tarrio, D. 191 

Tashenov, S. 208, 209 

Taucher-Scholz, G. 459, 460, 461, 463, 464, 

465, 476 

Tauschwitz, A. 405, 411, 385 

Tauschwitz, An. 15, 390, 405, 409, 410, 

411 

Tegami, S. 290 

Teilab, K. 236 

Telnov, D. A. 368 

Tengblad, O. 23, 197, 198, 201, 202 

Terashima, S. 189, 302 

Ternovoi, V. 402, 403, 404 

Thäder, J. 349 

Thiel, G. 473 

Thirolf, P. 27, 176 

Thörle-Pospiech, P. 169, 178 

Thöt, R. 296 

Thompson, R. 377 

Thorn, A. 332 

Thorn, D. B. 356 

Thorndahl, L. 106 

Tiede, R. 109 

Tiedemann, D. 361 

Tikhonchuk, V. 408 

Tinganelli, W. 482 

Tinschert, K. 131, 129 

Tischler, T. 73 

Tkachenko, L. 112 

Tobias, F. 457, 464 

Todoroki, K. 58 

Töhrle-Pospiech, P. 180 

Toimil Molares, M. E. 452 

Toimil-Molares, M. E. 451, 453, 455, 456 

Tomut, M. 16, 15, 431, 432, 458 

Toneev, V. 260 

Tonn, T. 474 

Torilov, S. 213 

Tovesson, F. 309 

Towalski, P. 117 

Träger, M. 287, 295, 398, 211 

Trassinelli, M. 353, 213, 356 

Trautmann, C. 16, 423, 424, 428, 429, 

430, 431, 432, 433, 434, 

435, 436, 437, 438, 441, 

442, 445, 446, 447, 448, 

451, 454, 458 

Trautmann, J. 500 

Trautmann, W. 229, 211, 212, 299, 300, 

663


301 

Traxler, M. 315, 317, 318, 325 

Trees, G. 215 

Tresca, O. 399 

Trotsenko, S. 352, 356, 213, 353 

Trzcinska, A. 192 

Tselyaev, V. 223 

Türler, A. 171, 179, 169, 178, 181 

Tupitsyn, I. I. 370 

Turtikov, V. 406, 402, 403, 404 

Tymchuk, I. T. 72 

Typel, S. 226 

Udrea, S. 403, 406, 392, 402, 404 

Uhlig, F. 7, 52, 280, 282 

Ulery, J. 248, 343 

Ullmann, F. 332 

Ullrich, A. 437 

Ullrich, J. 364 

Ullrich, S. 481 

Ulmer, S. 383 

Ulrich, A. 402, 403, 404 

Unger, W. 270 

Uriot, D. 149 

Uusitalo, J. 169, 180 

Vacchieri, E. 159 

Valiente-Dobon, J. J. 190, 204, 189 

Vandenbroucke, M. 335 

Vano Vinuales, A. 10 

Varentsov, D. 406, 402, 403, 404 

Varentsov, V. 376 

Vassiliev, I. 48, 49, 50 

Vatulin, V. 387 

Venkataramaniah, K. 219 

Verma, S. 204 

Veselsky, M. 192, 194 

Vetter, U. 429 

Vierheller, C. 129 

Villari, A. C. C. 175 

Vinzenz, W. 108, 146, 159, 374 

Virsik, P. 466, 483 

Vitulli, S. 161, 159 

Vodel, W. 121 

Vogel, M. 377, 382 

Vogt, K. 104, 396 

Volk, K. 166 

Volkov, A .E. 424 

Volkov, V. 199, 200 

Volotka, A. 365 

Volotka, A. V. 370, 373 

Volpini, G. 111 

Voltz, S. 211, 299 

von Lindenfels, D. 382 

von Neubeck, C. 482, 484 

von Schmid, M. 37, 36 

Vormann, H. 132, 146, 159 

Vorobjev, G. 374 

Vorobyev, G. 332 

664 

Voskresenskaya, M. 226 

Voss, B. 12, 337, 338, 398 

Voss, K. O. 305, 465 

Voss, K.-O. 293, 445, 457 

Vronskii, M. A. 389 

Wadsworth, R. 205, 206, 204 

Wagner, A. 19, 381, 203 

Wagner, F.M. 75 

Walasek-Hoehne, B. 141 

Walasek-Höhne, B. 143 

Walker, J. 208, 209 

Walker, P. M. 34, 215, 218, 190 

Wall, G. 290 

Walter, F. 118 

Walter, M. 344 

Walther, T. 384 

Walus, W. 203 

Walz, J. 383 

Wang, J. 81 

Wang, J. W. 434 

Wang, X. 364 

Wang, Y. 81 

Warczak, A. 376 

Warr, N. 30, 205, 206 

Weber, C. 176 

Weber, G. 351, 352, 355, 371, 216, 

353, 354, 356 

Weber, M. 37 

Weber, W. J. 433 

Weckenmann, B. 118 

Wegrzecki, M. 169, 179, 180 

Weick, H. 20, 34, 15, 16, 27, 

35, 36, 139, 189, 190, 

197, 198, 199, 200, 201, 

202, 203, 204, 205, 206, 

207, 213, 215, 216, 217, 

218, 297, 302, 303 

Weidemüller, M. 2 

Weidinger, A. 430 

Weikusat, C. 435, 436 

Weil, J. 263 

Weiland, T. 92, 97, 103 

Weiland, Th. 152 

Weinert, J. 337 

Weinheimer, C. 379, 373 

Weipert, M. 118 

Weis, T. 117 

Weise, W. 274, 275 

Welker, H. 89, 134 

Welsch, C. P. 290 

Wen, W. 384 

Wengenroth, M. 94, 95, 158, 439 

Wernecke, J. 426 

Werner, J. 296 

Werner-Malento, E. 209 

Werth, G. 381 

Wesch, W. 425, 426


Wessels, J. P. 77, 246, 344 

Wester, R. 2 

Westerhoff, U. 344 

Wetzel, S. 294 

Wetzel, T. 477 

Weyrather, K. W. 482 

Weyrather, W. K. 480, 484 

Weyrich, K. 406, 402, 404 

Wiechula, J. 249, 250, 340, 405 

Wieczorek, P. 336 

Wiedeking, M. 354 

Wiehl, N. 169, 180, 181 

Wieland, O. 190, 204, 208, 209 

Wieser, J. 404 

Wiesner, C. 164 

Wilczek, A. 67 

Wilde, M. 344 

Wilfert, St. 95 

Wilhein, T. 387, 391 

Wilk, A. 344 

Wilms, A. 313 

Wilms, D. 127 

Winckler, N. 213, 214, 215, 217, 218 

Winfield, J. 199, 200 

Winfield, J. S. 20, 15, 189, 302, 303 

Winkler, M. 15, 20, 16, 189, 201, 

203, 213, 215, 217, 218, 

302, 303, 508 

Winkler, S. 312, 202 

Winter, M. 74 

Winters, D. 352, 213, 354, 374 

Winters, D. F. A. 355, 373, 376, 384, 216, 

353, 356 

Winters, N. 355, 216, 356 

Wischert, I. 302 

Witthaus, M. 142, 330 

Wittler, H. 23 

Wörtche, H. J. 39 

Wolf, A. 375, 354, 360 

Wolf, T. 3 

Wollersheim, H. J. 29, 31, 308, 207, 208, 

209 

Wollersheim, H.-J. 178, 189, 190, 204, 205, 

206 

Wolter, H. H. 226 

Woods, P. 189, 205, 206 

Woods, P. J. 36, 207, 215, 216 

Wouchak, G. 416 

Wurz, A. 86 

Xiang, Y. 118 

Xu, L. 80 

Yakorev, D. 19 

Yakushev, A. 179, 180, 285, 169, 171, 

173, 178, 181 

Yamaguchi, T. 213, 215, 218 

Yamaki, T. 445 

Yan, Z.-C. 361 

Yang, H. 253 

Yaramishev, S. 132 

Yaramyshev, S. 146, 149 

Yavor, M. 15 

Yavor, M. I. 28 

Yermolovich, V. F. 389 

Yoon, C. J. 211 

Yordanov, D. 361 

Yordanov, O. 26, 194 

Yoshida, K. 211 

Yu, D. 356 

Yuan, X. H. 399 

Yurevich, S. 241, 317 

Yuriev, D. 402, 403, 404 

Zabels, R. 431 

Zahnreich, S. 469 

Zaitsev, V. A. 368 

Zaitsev, Y. 65 

Zakova, M. 361 

Zambrana, M. 5 

Zhang, F. X. 433, 434 

Zhang, J. M. 433, 434 

Zhang, X. 335 

Zhang, Y. 81, 326 

Zhao, Y. 387, 391, 402, 403, 404 

Zhidkov, N. 387, 391 

Zhong, Q. 216 

Zhu, X. 81 

Zhukov, M. 197, 198, 201 

Zielbauer, B. 393, 394, 399, 400, 401 

Zilges, A. 19 

Zimmer, D. 394, 400, 401 

Zimmermann, C. 361 

Zintchenko, S. 112 

Zipf, P. 113 

Zipfel, B. 135 

Zmeskal, J. 233 

Zschornack, G. 332 

Zuber, K. 19, 362 

Zubko, V. 112 

Zühlsdorf, M. 9 

Zwicknagel, G. 288 

Zynovyev, M. 280 

Zyzak, M. 48, 54, 55 

665

'Physics of hadrons and nuclei' (incl. the FAIR project) - GSI

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