Кинетика и механизмы фоторекомбинации атомов хлора в сверхзвуковых газодинамических потоках
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В работе установлены спектрально-кинетические характеристики фоторекомбинационных процессов, протекающих в сверхзвуковых потоках частично диссоциированных молекул хлора. Также были получены закономерности распределения интенсивности излучения молекул хлора вдоль потока в сверхзвуковых соплах. Сделана оценка радиационного времени жизни нижнего триплетного электронно-возбужденного состояния молекулы хлора.
Spectroscopic and kinetic characteristics of photorecombinational processes in supersonic stream partly dissociated chlorine molecules were determined in this work. Appropriateness of distribution of chlorine molecule emission intensity along stream in supersonic nozzles were received also. Estimation of radiational life time of lower tripletic electron exited chlorine molecule state was made.
Spectroscopic and kinetic characteristics of photorecombinational processes in supersonic stream partly dissociated chlorine molecules were determined in this work. Appropriateness of distribution of chlorine molecule emission intensity along stream in supersonic nozzles were received also. Estimation of radiational life time of lower tripletic electron exited chlorine molecule state was made.
