ENERGY TRANSFER BETWEEN N<sub>2</sub>（A）,N（<sup>2</sup>D ）AND IF（X）

Zhan Jiping; Huang Ruiping; Zhuang Qi; Zhang Cunhao

Apr. 1992

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Article Navigation > High Power Laser and Particle Beams > 1992 > 04(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 Particle Beams, 1992, 04: 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 Particle Beams, 1992, 04: 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 Particle Beams, 1992, 04: 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 Particle Beams, 1992, 04: 201-208.

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ENERGY TRANSFER BETWEEN N₂（A）,N（²D ）AND IF（X）

Dalian Institute of Chemistry and Physics, Sinica. P. O. Box. 100, Dalian 116011

Received Date: 1991-07-09
Rev Recd Date: 1991-12-27

Abstract

Abstract

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.
- NH₃-F-F₂-CF₃I system,
- energy transfer of N₂（A） and N （²D）,
- IF（B） chemiluminescence