Chemistry Reference
In-Depth Information
195. J. Röpcke, B.P. Lavrov, and A. Ohl. In
Frontiers in Low Temperature Plasma
Diagnostics II, Bad Honnef, Conference Proceedings
, Bad Honnef, Germany, p. 201,
1997.
196. B.P. Lavrov and V.P. Prosikhin. Distribution over the vibrational levels and brightness
of the dissociation continuum of hydrogen molecules in a gas-discharge plasma.
Opt.
Spectrosc.
, 58:317-320, 1985.
197. B.P. Lavrov, M.V. Tyutchev, and V.I. Ustimov. Analysis of regular perturbations in
relative emission probabilities of the R and P branches of d
3
Pi
u
−→
a
3
Sigma
g
and e
3
Sigma
u
rarr a
3
Sigma
g
transitions of the H
2
molecule.
Opt. Spectrosc.
,
64:745-748, 1988.
198. M. Käning, N. Lang, B.P. Lavrov, V.L. Ovtchinnikov, and J. Röpcke.
Europhys. Conf.
Abstr.
, 22H:396, 1998.
199. N. Lang, M. Kalatchev, M. Käning, B.P. Lavrov, and J. Röpcke. Time behaviour of
various emissions in a modulated hydrogen microwave discharge. In
Frontiers in
Low Temperature Plasma Diagnostics III, Saillon, Conference Proceedings
, Saillon,
Switzerland, pp. 253-256, 1999.
200. A.L. Cappelli, R.A. Gottscho, and T.A. Miller. Doppler-broadened line-shapes
of atomic-hydrogen in a parallel-plate radio-frequency discharge.
Plasma Chem.
Plasma Process.
, 5:317-331, 1985.
201. R. Bleekrode. A study of spontaneous emission from CO
2
-N
2
-He-H
2
laser discharges
C3PIU-B3PIG emission bands of N
2
.
IEEE J. Quantum Elect.
, 5:57, 1969.
202. B.P. Lavrov, A.S. Melnikov, M. Käning, and J. Röpcke. UV continuum emission
and diagnostics of hydrogen-containing nonequilibrium plasmas.
Phys. Rev. E
,
59:3526-3543, 1999.
203. M. Käning, B.P. Lavrov, A.S. Melnikov, A. Ohl, J. Röpcke, and M.A. Tchaplygin.
In
Frontiers in Low Temperature Plasma Diagnostics II, Bad Honnef, Conference
Proceedings
, Bad Honnef, Germany, pp. 197-200, 1997.
204. M. Pealat, J.P.E. Taran, J. Taillet, M. Bacal, and A.M. Bruneteau. Measurement of
vibrational populations in low-pressure hydrogen plasma by coherent anti-stokes
Raman-scattering.
J. Appl. Phys.
, 52:2687-2691, 1981.
205. M.A. Abroyan, Y.M. Kagan, N.B. Kolokolov, and B.P. Lavrov. On determination of
dissociation degree of hydrogen in monoplasmatron. In
Proceedings of the XII Inter-
national Conference on Phenomena in Ionized Gases,
Eindhoven, the Netherlands,
p. 101, 1975.
206. B.P. Lavrov. Role of dissociative excitation in populating the atomic levels in a hydro-
gen plasma with a small degree of dissociation.
Opt. Spectrosc.
, 42:250-253, 1977.
207. A.M. Devyatov, A.V. Kalinin, and S.R. Miiovich. Estimate of the degree of
dissociation in a low-pressure hydrogen plasma from measured intensity ratios of the
H
2
line of the Fulcher α (d
3
Pi
u
-a
3
Sigma
g
) system and the H
α
line.
Opt. Spectrosc.
,
71:525-526, 1991.
208. V. Schulz-von der Gathen and H.F. Döbele. Critical comparison of emission
spectroscopic determination of dissociation in hydrogen rf-discharges.
Plasma Chem.
Plasma Process.
, 16:461-486, 1996.
209. B.L. Preppernau, D.A. Dolson, R.A. Gottscho, and T.A. Miller. Temporally resolved
laser diagnostic measurements of atomic-hydrogen concentrations in rf plasma
discharges.
Plasma Chem. Plasma Process.
, 9:157-164, 1989.
210. D. Wagner, B. Dikmen, and H.F. Döbele. Vacuum ultraviolet absorption spectroscopy
in the spectral interval of Lyman-alpha of atomic hydrogen and deuterium in an ion
source plasma.
Rev. Sci. Instrum.
, 67:1800-1806, 1996.
