Zhan Jiping, Huang Ruiping, Zhuang Qi, et al. ENERGY TRANSFER BETWEEN N2（A）,N（2D ）AND IF（X）J. High Power Laser and Partical Beams, 1992, 4(02): 201-208.
Citation:
Zhan Jiping, Huang Ruiping, Zhuang Qi, et al. ENERGY TRANSFER BETWEEN N2（A）,N（2D ）AND IF（X）J. High Power Laser and Partical Beams, 1992, 4(02): 201-208.
Zhan Jiping, Huang Ruiping, Zhuang Qi, et al. ENERGY TRANSFER BETWEEN N2（A）,N（2D ）AND IF（X）J. High Power Laser and Partical Beams, 1992, 4(02): 201-208.
Citation:
Zhan Jiping, Huang Ruiping, Zhuang Qi, et al. ENERGY TRANSFER BETWEEN N2（A）,N（2D ）AND IF（X）J. High Power Laser and Partical Beams, 1992, 4(02): 201-208.
By means of microwave discharge the reaction mechanism of NH3-F-F2-CF3I system is experimentally investigated, and the conclusion has been reached that the production of IF(B)is mainly due to the energy transfer between N2(A), N(2D) and IF(X). This is confirmed by another experiment, in which CF3I reacts directly with microwave excited N2 gas.
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