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AbstractAbstract
[en] The investigation of the vibration relaxation in polyatomic gases is very important in connection with problems of chemical technology, laser physics, and nonequilibrium gas dynamics. The authors consider this problem by means of the kinetic equations for the distribution functions. The aim of the paper is to construct the correct kinetic model of polyatomic-molecule vibration relaxation
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Source
Belotserkovskii, O.M.; Kogan, M.N.; Kotateladze, S.S.; Rebrov, A.K; p. 213-217; 1985; p. 213-217; Plenum Press; New York, NY (USA); 13. international symposium on rarefied gas dynamics; Novosibirsk (USSR); 5-9 Jul 1982
Record Type
Book
Literature Type
Conference
Country of publication
ATOMIC MODELS, CARBON DIOXIDE, CHAPMAN-ENSKOG THEORY, DE-EXCITATION, DISTRIBUTION FUNCTIONS, ELASTIC SCATTERING, FERMI RESONANCE, INTERACTIONS, KINETIC EQUATIONS, MOLECULE-MOLECULE COLLISIONS, MOLECULES, NITROGEN DIOXIDE, NON-EQUILIBRIUM PLASMA, RAREFIED GASES, RESONANCE ABSORPTION, VIBRATIONAL STATES
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