plasmatis - INP Greifswald

5. Brandenburg, r.; Barankova, h.; Bardos, l.; chmielewski,
A.; Dors, M.; Grosch, H.; Holub, M.; Jögi, I.; Laan, M.; Mizeraczyk,
J.; Pawelec, A.; Stamate, E.:
Plasma-based depollution of exhausts: principles, state
of the art and future prospects
Air Pollution, Book 3, Intech 2011, 978-953-307-526-6
6. hempel, F.; Steffen, h.; Busse, B.; Finke, B.; nebe, J.B.;
Quade, A.; rebl, h.; Bergemann, c.; Weltmann, K.-D.; Schröder,
K.:
On the Application of Gas Discharge Plasmas for the
Immobilization of Bioactive Molecules for Biomedical
and Bioengineering Applications
Biomedical Engineering - Frontiers and challenges , Intech,
Open Access Publ. 2011, 978-953-307-309-5
7. Savastenko, n.A.; Brüser, v.:
Enviromental Impact Reduction through Clean Technologies:
Application of Plasma Technology for the Development
of Fuel Cell Electrocatalysts
Scientific and Methodological Support of the Environmental
Protection: Problems and Perspectives, Minsk : Scientific and
research center “Ecology” 2011, 978-985-654269-8
8. Walschus, U.; Schröder, K.; Finke, B.; nebe, B.; Meichsner,
J.; hippler, r.; Bader, r.; Podbielski, A.; Schlosser, M.:
Application of low-temperature plasma processes for
biomaterials
Biomaterials Applications for nanomedicine, Intech, Open
Access Publ. 2011, 978-985-654269-8
tAgUngSBEIträgE 2010
1. Baeva, M.; Bösel, A.; Ehlbeck, J.; loffhagen, D.; Buscher,
W.; Janzen, r.:
Experimental study and modelling of a waveguidebased
microwave plasma source
Proc. 18th Int. conf. gas Discharges and their Applications
(2010) 376
2. Baeva, M.; Uhrlandt, D.:
Two-Temperature Modeling Of A DC Plasma Torch In
Atmospheric Pressure Argon Gas
Proc. 18th Int. conf. gas Discharges and their Applications
(2010) 182
3. Barkowsky, K.; Kozakov, r.; Kunz, D.; Stoll, c.; Schöpp, h.:
Incidence and viewing angle for biologically reasonable
lighting
Proc. LS12-WLED3 (2010)
PUBlIKAtIOnEn
4. Batrakov, A.; Methling, r.; Popov, S.; Uhrlandt, D.; Weltmann,
K.-D.:
Time-Resolved Light Emission of a Cathode Spot Ignited
in Vacuum and under Plasma
Proc. 15th ShcE and 9th cMM (2010)
5. Batrakov, A.; Popov, S.; Methling, r.; Uhrlandt, D.; Weltmann,
K.-D.:
Temporal and spatial behaviour of the single cathode
spot ignition in vacuum
Proc. 24th ISDEIV (2010)
6. Becker, M. M.; loffhagen, D.:
Analysis of an Argon Glow Discharge at Atmospheric
Pressure
Proc. 18th Int. conf. gas Discharges and their Applications
(2010) 380
7. Becker, M.M.; loffhagen, D.:
Flux-corrected-transport methods for modelling of gas
discharge plasmas
Proc. Appl. Math. Mech. 10 (2010) 641-642
8. Brandenburg, r.; grosch, h.; hoder, t.; Weltmann, K.-D.:
Phase Resolved CCS studies on Surface Barrier Discharges
Proc. 12th hakone 1 (2010) 168-172
9. Brandenburg, r.; hoder, t.; Wagner, h.-E.; Kozlov, K.:
Investigation of discharge development and plasma parameters
by means of fast optical and spectroscopic methods
Proc. 18th Int. conf. gas Discharges and their Applications
1 (2010) 10-17
10. Bussiahn, r.; Brandenburg, r.; gerling, t.; Kindel, E.;
Kocher, H.; Lange, H.; Lembke, N.; von Woedtke, Th.; Weltmann,
K-D.:
Characterisation of a Cold Intermittent Negative DC
Corona Discharge Plasma for Biomedical Applications
Proc. 18th Int. conf. gas Discharges and their Applications
1 (2010) 428-431
11. Ehlbeck, J.; rackow, K.; Andrasch, M.; Weltmann, K-D:
Electron density determination by means of tunable 50
GHz and 150 GHz interferometers
Proc. 18th Int. conf. gas Discharges and their Applications
(2010) 540
12. Ehlbeck, J.; rackow, K.; Sigeneger, F.; Uhrlandt, D.;
Weltmann, K.-D.; Hadrath, S.; Lieder, G.:
Laser induced fluorescence measurements on W- and
Ba atoms eroded from fluorescent lamp electrodes
J. Phys.: conf. Series 227 (2010) 012025
79