中国激光, 1988, 15 (1): 5, 网络出版: 2012-08-13
可见光化学激光研究Ⅰ.电子跃迁氟化碘化学激光探索
Studies of visible chemical lasers I. Electronic transition IF chemical laser
摘要
研究了三种可以获得电子激发态IF的超音速流动反应体系:(F+F2+IF)、NH3体系,(F+F2)、(NH3+CF3I)体系及(F+F2)、NH3、RI体系.记录到了IF B→X荧光光谱.提出了上述三种反应体系产生IF(B)的机制.讨论了研制IF化学激光器的前景.
Abstract
Three reaction systems in supersonic regime, i. e. (F+F2+IF), NH3 system, (F+F3),(NHa+CF3I) system and (F+F2),NH3 RI system for production of IF(B) are studied. The IF B-X emission is observed from OMA recordings in 450~750 nm range with 33 band heads. The luminescence intensity distribution of NH2, NH, NF(b), IF(B) along the gas flow direction support the mechanism of the production of IF(B)from each reaction system. The vibrational distributions of IF(B) are essentially Boltzmann ones. Implication for an IF chemical laser are also presented.
庄琦, 黄瑞平, 桑凤亭, 崔铁基, 袁启年, 张存浩. 可见光化学激光研究Ⅰ.电子跃迁氟化碘化学激光探索[J]. 中国激光, 1988, 15(1): 5. Zhuang Qi, Huang Euiping, Sang Fengting, Cui Tieji, Yuan Qinian, Zhang Curihao. Studies of visible chemical lasers I. Electronic transition IF chemical laser[J]. Chinese Journal of Lasers, 1988, 15(1): 5.
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