III.7. FIZICA PLASMEI - IFA

52. A. Ricard , A. Popescu , A. Baltog A, C. P. Lungu, G. Musa, Influence of the wall material on N
atom density in a downstream nitrogen plasma, Vide-Science Technique et Applications, 52:
(280) (1996) 248 – 254
53. G. Musa, A. Baltog, C. P. Lungu, G. Bajeu, Influence of H2 addition to the Ne+1%Xe gas mixture
on the time evolution current and light of a narrow barrier gap discharge, Rom. J. of
Optoelectronics, 2 (1994) 53-57.
54. G. Musa, C. P. Lungu, A. Popescu, A. Baltog, An analysis of the mechanism of
monochromatisation of Ne-Ar-H2 filled plasma display light IEICE Transaction on Electronics, E
75-C (1992) 241-245
55. C. Gavrila, I. Gruia, C. Lungu, Determining the radial distribution of the emission coefficient
from a plasma source – JOAM – RAPID COMMUNICATIONS, 3, No. 8, (2009) 835 – 838.
56. S.D.Popa, C.L. Ciobotaru, P.Chiru, Modification of the nytrogen spectrum in a N2-H2 flowing
d.c. discharge, J.Appl.Phys.D, 31(1998) L53-L55
57. G. Musa, A. Baltog, L.C. Ciobotaru, P. Chiru, C.P. Lungu, E. Raiciu and A. Ricard Time evolution
of a discharge current and light intensity in a PDP with Ne-H2 gas mixtures, The European
Physical Journal of Applied Physics, 28 (2004) 339-341
58. L.C. Ciobotaru, P. Chiru, C.Neacsu, G. Musa, PDP type barrier discharge ultraviolet radiation
source, Journal of Optoel. and Adv. Materials,. 6, No.1, (2004) 321-324.
59. G.Musa, L.C. Ciobotaru, P.Chiru, A. Baltog The M-effect in Argon-Hydrogen gas mixtures,
Journal of Optoel. and Adv. Materials, 6, No 2, (2004) 459-464
60. L.C. Ciobotaru, G. Musa Tentative explanation of selective population of the 2p1 level of neon
atoms of M-effect in Neon—Hydrogen and Neon-Oxygen gas mixtures, Journal of
Optoelectronics and Adv. Materials. . 6, No. 4, (2004)1339-1344
61. G.Musa, L.C.Ciobotaru, Barbu Ionut The M-effect in A.C./D.C. discharges in He+O2/Cl2 gas
mixtures, Journal of Optoelectronics and Adv. Materials, 8, No. 3, (2006) 1292-1297.
62. Geavit Musa, L.C. Ciobotaru New considerations on mechanisms involved in M-effect in
electropositive-electronegative gas mixtures, Journal of Optoelectronics and Adv. Materials/
Rapid Communications, 3, (2007) 73-78
63. G. Musa, L.C. Ciobotaru, Bianca Cudalbu, P. Chiru, C.P. Lungu, PDP type discharge as an
efficient UV light source, Plasma Applications and Hybrid Functionally Materials, Japan, vol.
11, pp 215, 2001.
64. S.D.Popa, L.C. Ciobotaru, Changes of the nitrogen 2-nd positive system due to small methane
addition, Journal of Optoelectronics and Adv. Materials, Vol.9, No 9, sept. 2007
65. L.C. Ciobotaru The monochromatisation effect of radiation in AC/DC multiple gas mixtures
discharges and the comparison with the excimer radiation generation mechanisms, Romanian
Reports in Physics, Vol. 60, 2009
66. L.C. Ciobotaru Monochromatisation –effect AC/DC discharges comparative behavior,
Romanian Reports in Physics, accepted
67. D. Falie, L.C. Ciobotaru 3D Image Correction for Time of Flight (ToF) Cameras, REVIEW OF
SCIENTIFIC INSTRUMENTS, accepted
68. L.C. Ciobotaru, P. Chiru, C. Neacsu, G. Musa PDP type barrier discharge as an efficient
excimer ultraviolet radiation source, Romanian Reports in Physics, Vol. 54, No 6-10, p.343-351,
2002
69. D. G. Dimitriu, M. Aflori, L. M. Ivan, M. Agop – Experimental and modeling results on multiple
double layers in low-temperature discharge plasma, IEEE Transactions on Plasma Science 39
(2011), acceptat, sub tipar, DOI: 10.1109/TPS.2011.2136389, ISSN 0093-3813;
70. D. G. Dimitriu, C. Ionita, R. Schrittwieser – Nonlinear effects related to the simultaneous
excitation of three instabilities in magnetized plasma, Contributions to Plasma Physics,
acceptat, sub tipar, DOI: 10.1002/ctpp.201010159, ISSN 0863-1042;
29/110