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Теория искры - Лозанский Э.Д.

Лозанский Э.Д., Фирсов О.Б. Теория искры — М.: Атомиздат, 1975. — 272 c.
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130. Stevefelt J. Recombination Measurement in Helium Plasma of Pressure 100—760 torr. — Proc. of 9-th Intern. Conf. on Ioniz. Phenomena in Gases. Bucharest, 1969, p. 3.

131. Biondi M. A., Brown S. C. Measurements of Amb.ipolar Diffusion in Helium. — «Phys. Rev.», 1949, v. 75, p. 1700.

132. Johnson R. A., McClure В. T., Holt R. B. Electron Removal in Helium Afterglows. — «Phys. Rev.», 1950, v. 80, p. 376.

133. Oskam H. J. Microwave Investigation of Disintegrating Gaseous Discharge Plasmas. — «Philips Res. Rept.», 1958, v. 13, p. 401.

134. Chen C. L., Leily С. C., Goldstein L. Electron Temperature Dependence of

the Recombination Coefficient in Pure Helium. —«Phys. Rev.», 1961, v. 121, p. 1391.

135. Gray E. P., Kerr D. E. Recombination Coefficient of Electrons and Helium Molecular Ions. — «Bull. Amer. Phys. Soc.», 1960, v. 5, p. 372.

136. Oskam H. J., Mittelstadt V. R. Recombination Coefficient of Molecular Rare—Gas Ions. —«Phys. Rev.», 1963, v. 132, p. 1445.'

137. Pressure and Electron Density Dependence of the Electron—Ion Recombination Coefficient in Helium. —«Phys. Rev.», 1970, v. 1A, p. 887. (Auth.: J. Berlande, M. Cheret, R. Deloche, A. Gonfalone, C. Manus.)

138. Deloche M., Confalone A., Cheret M. Measurement of a function of pressure of the variation of the electron-ion recombination coefficient in weakly ionised helium in the relaxation state. —«Compt. rend. Acad, sci.», 1968, v. 267, p. 934.

72
139. Kasner W. H. Study of the pressure and temperature dependence of elect-ron-ion recombination in neon. — «Phys. Rev.», 1968, v. 167, p. 148.

140. Biondi M. A., Brown S. C. Measurement of Electron-Ion Recombination. — «Phys. Rev.», 1949, v. 76, p. 1697.

141. Frommhold L., Biondi M. A., Mehr F. J. Electron temperature dependence of electron-ion recombination in neon. —«Phys. Rev.», 1968, v. 165, p. 44.

142. Hess W. Electron Temperature Dependence of Recombination and Diffusion in a Decaying Neon Plasma. — «Z. Naturforsch.», 1965, Bd 20a,

S. 451.

143. Recombination spectrum and electron density measurements in neon afterglows. — «Phys. Rev.», 1950, v. 77, p. 239. (Auth.: R. B. Holt, J. M. Richardson, B. Howland, В. T. McClure.)

144. Connor T. R., Biondi M. A. Dissociative Recombination in Neon: Spectral Line Shape Studies. — «Phys. Rev.», 1965, v. A140, p.778.

145. Cunningham A. J., Hobson R. M. Experimental measurements of dissociative recombination in vibrationaly excited gases. — «Phys. Rev.», 1969, v. 185, p. 98.

146. Philbrick J., Mehr F. J., Biondi M. A. Electron temperature dependence of' recombination of NeJ ions with electrons. —«Phys. Rev.», 1969, v. 181, p. 271.

147. Gray E. P., Kerr D. E. The DiffusionEquationwithaQuadraticLossTerm Applied to Electron-Ion Volume Recombination in Plasma. — «Ann. Phys.», 1962, v. 17, p. 276.

148. Biondi M. A. Studies of the Mechanism of Electron-Ion Recombination. — «Phys. Rev.», 1963, v.129, p. 1181.

149. Mehr F. J., Biondi M. A. Electron Temperature Dependence of Recombination of Ar$, Lef and Nf Ions and Electrons.—«Bull. Amer. Phys. Soc.», 1968, v. 13, p. 199.

150. Jakeda S. Afterglow of Pure and Mixed Gases. — «J. Phys. Soc. Japan», 1958, v. 13, p. 113.

151. Lukac P. Argon recombination in the afterglow of a glow discharge in dependence on gas purification. — Proc. of 9-th Intern. Conf. on Ioniz. Phenomena in Gases. Bucharest, 1969, p. 3.

152. Mehr F. J., Biondi M. A. Electron temperature dependence of electron-ion recombination in argon. — «Phys. Rev.», 1968, v. 176, p. 322.

153. Redfield A., Holt R. B. Electron Removal in Argon Afterglows. — «Phys. Rev.», 1951, v. 82, p. 874.

154. Biondi M. A. Concerning the Mechanism of Electron-ion Recombination.

II. — «Phys. Rev.», 1951, v. 83, p. 1078.

155. Mentzoni М. H. Electron RemovalDriftingtheEarlyOxygenAfterglow.— «J. Appl. Phys.», 1965, v. 36, p. 57.

156. Smith D. Ion and electron-density decay rates in afterglow plasmas of argon and argon —'oxygen mixtures. — «J. Phys. B.», 1970, v. 3, p. 34.

157. Richardson J. M. Electron removal in krypton afterglows. — «Phys. Rev.»,

1952, v. 88, p. 895.

158. Sexton M. C., Craggs J. D. Recombination in the Afterglows of Argon and Helium Using Microwaves Techniques. —«J. Electr.' and Contr.»,

1958, v. 4, p. 493.

159. Lennon J. J., Sexton М. C. Recombination in Xenon and Krypton Afterglows. — «J. Electr. and Contr.», 1959, v. 7, p. 123.

160. Chantry P. J. Afterglow measurements in xenon and xenon and xenon— water vapour mixtures. — In: Atomic and Collision Processes. Amsterdam, 1964, p. 565.

161. Luka? P., Trnovee I., Mikus 0. Effective Electron-ion Recombinationin Neon-Halium Mixture. — Proc. of 8-th Intern. Conf. on Phys. Electr. Atom. Coll is. Belgrade, 1973, p. 893.

162. Smith D., Goodall С. V. The dissociative reocobination coefficient of Of ions with electrons in the temperature range 180° — 630° K- — «Plan. Space Sci.», 1968, v. 16, p. 1177.

73
L63. Zipf Е. С. The Dissociative Recombination of OJ Ions into Specifically Identified Final Atomic States. — «Bull. Amer. Phys. Soc.», 1970, v. 15, p.418.
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