1. Introduction to Theoretical Plasma Physics (in
Hungarian), Eotvos Kiado, 2008, Budapest
1. S. Zoletnik, J.S. Bakos, G. Bürger, B. Kardon,
S.Kálvin, G. Petravich and G. Veres:
Multichannel Soft X--ray and VUV
Luminosity Distribution Measurement of MT--1 Tokamak Plasmas;
Plasma Phys. Contr. Fusion. 33
(1991) p. 445-454.
2. J.S. Bakos, G. Bürger, P.N. Ignácz, S. Kálvin, B.
Kardon, G. Kocsis, J. Szigeti, G. Veres and S. Zoletnik:
Toroidal Transport of Injected Aluminium
in the MT--1M Tokamak;
Physics Letters A 162
(1992) p. 482-484.
3. G. Veres, P.N. Ignácz, B. Kardon, G. Kocsis and
J.S. Bakos:
A Simple Method for Determination of
Electron Density Profiles in the Plasma Boundary layer;
Nucl. Instrum. 71
(1992) p. 221-223.
4. G. Kocsis, G. Bürger, P.N. Ignácz, S. Kálvin, B.
Kardon, J. Szigeti, G. Veres, S. Zoletnik and J.S. Bakos:
Ionization and Toroidal Dispersal of
Laser Blow--off Injected Aluminium Beam in the MT--1M Tokamak;
Plasma Phys. Contr. Fusion 34
(1992) p. 1423-1431.
5. G. Kocsis, J.S. Bakos, P.N. Ignácz, B.
Kardon, L. Koltai and G. Veres:
Electron Density Profile Determination by
Means of Laser Blow--off Injected Neutral Beam;
J.Nucl.Mat. 196-198
(1992) p. 1032-1035.
6. G. Veres, P.N. Ignácz, B. Kardon and G. Kocsis:
Two Dimensional Monte Carlo Simulation of
Blow-off Injected Aluminum in the MT-1M Tokamak;
Plasma Phys. Contr. Fusion
35 (1993) p. 1085-1091.
7. J. Musielok, W.L. Wiese and G. Veres:
Atomic Transition Probabilities and Tests
of the Spectroscopic Coupling Scheme for N I;
Phys. Rev. A 51
(1995) p. 3588-3597.
8. G. Veres, J.S. Bakos and B. Kardon:
Energy Levels and the Vacuum Ultra Violet
Spectrum of W VIII;
J. Quant. Spectrosc. & Radiat.
Transfer56 (1996) p. 295-301.
9. G. Veres and W.L. Wiese:
Experimental Atomic Transition
Probabilities for O II Lines;
Phys. Rev. A 54
(1996) p. 1999-2003.
10. I.B. Földes, J.S. Bakos, G. Veres, Z. Bakonyi,
T. Nagy and S. Szatmári:
Harmonic Generation in a UV Laser
Plasma;
IEEE JSTQE 2
(1996) p. 776-781.
11. J. Musielok, G. Veres and W.L. Wiese:
Some Experimental Tests of the
Spectroscopic Coupling Scheme of C I;
J. Quant. Spectrosc. &
Radiat. Transfer57 (1997) p. 395-398.
12. G. Veres and L.L. Lengyel:
A Collisional-Radiative Cooling
Model for Light Impurity Elements in Hot Plasmas
under Non-Equilibrium Conditions;
J. Nucl. Mat. 250
(1997) p. 96-102.
13. G.Veres:
Frequency-averaged Opacities for
Plasmas with Arbitrary Optical Thickness;
J. Quant. Spectrosc. &
Radiat. Transfer 60 (1998) p. 657-659.
14. L.L. Lengyel, K. Büchl, G. Pautasso, L. Ledl, A.A.
Ushakov, S. Kálvin and G. Veres:
Modelling of Impurity Pellet
Ablation in ASDEX Upgrade (neon) and
Wendelstein W7-AS (carbon) by Means
of a Radiative (`killer') Pellet Code;
Nucl. Fusion 39
(1999) p. 791-814.
15. G. Veres, J.S. Bakos, I.B. Földes, K. Gál,
Z. Juhász, G. Kocsis and S. Szatmári:
Polarization of Harmonics Generated
by Ultrashort KrF-Laser Pulses on Solid Surfaces;
Europhys. Lett. 48
(1999) p. 390-396.
16. I.B. Földes, J.S. Bakos, K. Gál, Z.
Juhász, M.A. Kedves, G. Kocsis, S. Szatmári and G. Veres:
Properties of High Harmonics
Generated by Ultrashort UV Laser Pulses on Solid Surfaces;
Laser Physics 10
(2000) p. 264-269.
17. I. B. Földes, K. Eidmann, G. Veres, J. S. Bakos and K.
Witte:
Non-local-thermodynamical-equilibrium Effects in the X-ray
Emission of Radiatively Heated Materials of Different Atomic
Numbers;
Phys. Rev. E 64 (2001)
016410.
18. C. Reinhardt, M.Born, A. Egbert, G.Veres and B.
Wellegehausen:
Soft X-ray lasing with
lithium ions?;
J. Phys. IV 11
(2001) p. 201-204.
19. G.Veres, S. Matsumoto, Y. Nabekawa and K. Midorikawa:
Enhancement of third-harmonic
generation in absorbing media;
Appl. Phys. Lett. 81
(2002) p. 3714-3716.
20. J. Pamela, E.R. Solano, J.M. Adams, ... G. Veres ...et
al.:
Overview of JET results;
Nucl. Fusion. 43
(2003) p. 1540-1554.
21. I.B. Földes, G. Kocsis, E. Rácz, S. Szatmári and G.
Veres:
Generation of high harmonics in
laser plasmas;
Laser and Part. Beams 21
(2003) p. 517-521.
22. G.Veres, G. Kocsis, E. Rácz and S. Szatmári:
Doppler shift of femtosecond laser
pulses from solid density plasmas;
Appl. Phys. B 78
(2004) p. 635-638.
23. G. Kocsis, S. Kálvin, G. Veres, P. Cierpka, P. T.
Lang, J. Neuhauser, C. Wittman, and ASDEX Upgrade Team:
A fast framing camera system for
observation of acceleration and ablation of cryogenic hydrogen
pellet in ASDEX Upgrade plasmas;
Rev. Sci. Instrum. 75 (2004)
p. 4754-4762.
24. P.T. Lang, J. Hobirk, L.D. Horton, ... G. Veres ...
et al.:
Local 3D perturbation experiments
for probing the ELM stability;
Czechoslovak J. Phys., 55
(2005) p. 1557.
25. E. Rácz, I.B. Földes, G. Kocsis, G. Veres, K. Eidmann,
S. Szatmári:
On the effect of surface rippling
on the generation of harmonics in laser plasmas;
Appl. Phys. B 82
(2006) p. 13-18.
26. P T Lang, K Gal, J Hobirk, S Kalvin, G Kocsis, V
Mertens, J Neuhauser, M Maraschek, W Suttrop, G Veres and the
ASDEX Upgrade Team:
Investigations on the ELM cycle by
local 3D perturbation experiments;
Plasma Phys. Contr. Fusion
48 (2006) A141-A148.
27. G. De Temmerman, R.A. Pitts, V.S. Voitsenya, L. Marot,
G. Veres, M. Maurer and P. Oelhafen:
First mirror tests for ITER:
Influence of material choice on the erosion/deposition mechanisms
affecting optical reflectivity;
J. Nucl. Mat. 363-365
(2007) p. 259-263.
28. J. Marki, R.A. Pitts, T. Eich, A. Herrmann, J. Horacek,
F. Sanchez and G. Veres:
Sheath heat transmission factors on TCV;
J. Nucl. Mat. 363-365
(2007) p. 382-388.
29. G. Veres, R.A. Pitts, M. Wischmeier, B. Gulejova, J.
Horacek and S. Kalvin:
Radiation distributions in TCV;
J. Nucl. Mat. 363-365
(2007) p. 1104-1109.
30. K. Gál, É. Belonohy, G. Kocsis, P.T. Lang, G. Veres and
the ASDEX Upgrade Team:
Role of shielding in modelling
cryogenic deuterium pellet ablation;
Nucl. Fusion 48
(2008) 085005.
31. G. Veres,
R.A. Pitts, A. Bencze, J. Márki, B. Tál, R. Tye and TCV Team:
Fast radiation dynamics during ELMs on
TCV;
J. Nucl. Mat. 390-391
(2009) p. 835-838.
32. G. Takacs, Z. Horvath, G. Veres:
Fast tomographic reconstruction on
parallel hardware;
Num. Anal and Appl. Mat. 1281
(2010) p. 1793-1796.
33. S. Coda, ...G. Veres,
... et al.:
Progress and scientific results in
the TCV tokamak;
Nucl. Fusion. 51 (2011) 094017.