ANNUAL REPORT - MTA SzFKI

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ESA PECS 98021 Phase field modeling of solidification in monotectic systems (T. Pusztai, 2005–2007) ESA PECS 98043 Phase field modeling of solidification and front-particle interaction in peritectic systems (T. Pusztai, 2007–2008) ESA PECS 98059 Phase field modeling of nucleation in fcc-bcc-liquid systems (T. Pusztai, 2007–2008) Participation in EU FP6 –500635-8 project, IMPRESS Intermetallic Materials Processing in Relation to Earth and Space Solidification (T. Pusztai, 2004–2009) OTKA K062588 Dynamics of complex systems (T. Pusztai, 2006-2009) Alexander-von-Humboldt Foundation Joint Research Project 3-Fokoop-DEU/1009755, 2006-2008: Electronic properties of doped C 60 and nanotube compounds (principal investigators: K. Kamarás (Hungary), Rudolf Hackl, Walther-Meissner Institute, Bavarian Academy of Sciences, Garching, Germany) EU FP6-STREP NMP4-CT-2006-031847, 2006-2009: "Towards new generation of neuroimplantable devices: engineering neuron/carbon nanotubes integrated functional units" (NEURONANO) (coordinator: Laura Ballerini, University of Trieste, Italy, representative of Contractor: K. Kamarás) EU FP6-Marie Curie Research Training Network MRTN-CT-2006-035810, 2006-2010: "Supramolecular hierarchical self-assembly of organic molecules onto surfaces towards bottom-up nanodevices: a host-driven action" (PRAIRIES) (coordinator: Francois Diederich, ETH Zürich, Switzerland, representative of Contractor: K. Kamarás) Hungarian Academy of Sciences - Spanish Council for Advanced Research Bilateral Cooperation, 2007/2008:07, Investigation of pristine and intercalated carbon nanostructures (S. Pekker, 2007-2008) ESP-18/2006 Hungarian - Spanish Intergovernmental S&T Cooperation, Investigation of pristine and intercalated carbon nanostructures (S. Pekker, 2007- 2008) Hungarian Academy of Sciences – Deutsche Forschungsgemeinschaft Joint Research Project DFG/183: Characterization of pressure-induced phenomena in carbon nanostructures (Principal investigators: K. Kamarás, Hungary and Christine Kuntscher, University of Augsburg, Germany) Publications Articles E.1. E.2. E.3. Gránásy L, Pusztai T, Saylor * D, Warren * JA; Phase field theory of heterogeneous crystal nucleation; Phys Rev Lett; 98, 035703/1-4, 2007 Tegze G, Gránásy L, Kvamme * B; Phase field modeling of CH 4 hydrate conversion into CO 2 hydrate in the presence of liquid CO 2 ; Phys Chem Chem Phys; 9, 3107- 3111, 2007 Tóth GI, Gránásy L; Phase field theory of interfaces and crystal nucleation in a eutectic system of fcc structure: I. Transitions in the one-phase liquid region; J Chem Phys; 127, 074709/1-11, 2007 26
E.4. Tóth GI, Gránásy L; Phase field theory of interfaces and crystal nucleation in a eutectic system of fcc structure: II. Nucleation in the metastable liquid immiscibility region; J Chem Phys; 127, 074710/1-8, 2007 E.5. Iwasiewicz-Wabnig * A, Sundqvist * B, Kováts É, Jalsovszky * I, Pekker S; Polymerization of the rotor-stator compound C60-cubane under pressure; Phys Rev B; 75, 024114/1-10, 2007 E.6. Marković * Z, Todorović-Marković * B, Mohai * I, Farkas * Z, Kováts É, Szépvölgyi * J, Otašević * D, Scheier * P, Feil * S, Romčević * N; Comparative process analysis of fullerene production by the arc and the radio-frequency discharge methods; J Nanosci Nanotechnol; 7, 1357–1369, 2007 E.7. Borondics F, Jakab * E, Pekker S; Functionalization of carbon nanotubes via dissolving metal reductions; J Nanosci Nanotechnol; 7, 1551–1559, 2007 E.8. E.9. Iwasiewicz-Wabnig * A, Röding * R, Sundqvist * B, Kováts É, Jalsovszky * I, Pekker S; Pressure–temperature phase diagram of the rotor–stator compound C 60 –cubane; Solid State Commun; 143, 208–212, 2007 Klupp G, Kamarás K; Fulleride ions in various crystal fields studied by infrared spectroscopy; J Mol Struct; 838, 74-77, 2007 E.10. Itkis ME * , Borondics F, Yu A * , Haddon RC * ; Thermal conductivity measurements of semitransparent single-walled carbon nanotube films by a bolometric technique; Nano Lett; 7, 900-904, 2007 E.11. Klupp G, Borondics F, Kováts É, Pekker Á, Bényei G * , Jalsovszky I * , Hackl R * , Pekker S, Kamarás K; Vibrational spectra of C 60 •C 8 H 8 and C 70 •C 8 H 8 in the rotorstator and polymer phases; J Phys Chem B; 111, 12375-12382, 2007 E.12. Faigel G, Bortel G, Fadley C * , Simionovici AS * , Tegze M; Ten years of x-ray holography; X-ray Spectrometry; 36, 3-10, 2007 E.13. Bortel G, Faigel G; Classification of continuous diffraction patterns: a numerical study; J Struct Biol; 158, 10-18, 2007 E.14. Oszlányi G., Sütő A.; Ab initio neutron crystallography by the charge flipping method; Acta Cryst A; 63, 156-163, 2007 E.15. Vázsonyi É * , Dücső Cs * , Pekker Á; Characterization of the anisotropic etching of silicon in two-component alkaline solution; J Micromech Microeng; 17, 1916- 1922, 2007 Article in Hungarian E.16. Pusztai T, Bortel G, Tóth G, Gránásy L; Komplex kristálymorfológiák modellezése három dimenzióban (3D modelling of complex crystal morphologies, in Hungarian); Fizikai Szemle; 56, 412-415, 2006 27
Page 1 and 2: ANNUAL REPORT 2007 RESEARCH INSTITU
Page 3 and 4: Dear Reader, It is my pleasure to h
Page 5 and 6: Key figures Permanent staff of the
Page 8 and 9: A. STRONGLY CORRELATED SYSTEMS J. S
Page 10 and 11: presented detailed study should hel
Page 12 and 13: B. COMPLEX SYSTEMS F. Iglói, R. Ju
Page 14 and 15: B.3. B.4. B.5. B.6. B.7. B.8. B.9.
Page 16 and 17: the α2 reconstruction increases on
Page 18 and 19: C.2. C.3. Kádas K, Vitos L, Johans
Page 20 and 21: C.27. Ropo * M, Kokko * K, Punkkine
Page 22 and 23: I 25 4 3 Fig. 2. Average intensity
Page 24 and 25: See also H.6. and nanostructured Pd
Page 26 and 27: Ab initio structure solution. — I
Page 30 and 31: Conference proceedings E.17. Oszlá
Page 32 and 33: Fig. 1. ns-EC to s-EC transition in
Page 34 and 35: Publications Articles F.1. F.2. Bö
Page 36 and 37: G. ELECTRON CRYSTALS G. Kriza, P. M
Page 38 and 39: H. METAL PHYSICS K. Tompa, I. Bakon
Page 40 and 41: thickness can be elucidated by deco
Page 42 and 43: I. METALLURGY AND MAGNETISM L.K. Va
Page 44 and 45: temperature profile increases the s
Page 46 and 47: I.13 Kane * SN, Khinchi * SS, Gercs
Page 48 and 49: SANS. The measured 3 control rods w
Page 50 and 51: J.3. J.4. J.5. J.6. J.7. Avdeev * M
Page 52 and 53: Macromolecular Compounds (Visokomol
Page 54 and 55: defined coordination sphere was fou
Page 56 and 57: László Temleitner temla@szfki.hu
Page 58 and 59: Book chapter K.22. Temleitner L, Pu
Page 60 and 61: Fig. 1 Characteristics of surface p
Page 62 and 63: M. LASER PHYSICS K. Rózsa, G. Bán
Page 64 and 65: Publications Articles M.1. Sigenege
Page 66 and 67: O. LASER APPLICATION A. Czitrovszky
Page 68 and 69: Raman spectroscopy is widely used f
Page 70 and 71: Bilateral Austro-Hungarian Cooperat
Page 72 and 73: P. FEMTOSECOND LASERS R. Szipőcs,
Page 74 and 75: Grants and international cooperatio
Page 76 and 77: E-Mail: Kárpát Ferencz optilab@t-
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y optical microscopy. While in Y 2
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Publications: Articles R.1. Földv
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S. CHARACTERIZATION AND POINT DEFEC
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groups of the Li 2 B 4 O 7 lattice.
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S.10. Lengyel K, Kovács L, Péter
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entanglement one has to find method
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T.7. T.8. T.9. Asbóth JK, Domokos
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EDUCATION Graduate and postgraduate
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Laboratory practice and seminars
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G. Dravecz (ELTE and Université de
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⎯ K. Kamarás: Editorial Board Me
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CONFERENCES ⎯ Electrochemistry se
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TABLE of CONTENTS PREFACE 1 KEY FIG
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