The H2(v″) vibrational distribution observed in a medium-density hydrogen discharge is analyzed in terms of standard collisional processes. All processes in the model are specified independently of adjustable parameters. The calculated distribution is found to be a sensitive function of the wall relaxation process. The warm-gas-temperature discharge analyzed here leads to a substantially more rapid H2(v″) wall relaxation than is inferred from cold-gas systems.
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Hiskes et al. (1989) studied this question.
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