Low Energy Ion-Neutral Reactions. IV. : Formation of NO^+ and N^+_2 in O^++N_2 Collisions

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概要

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• Cross sections for formation of NO^+ in O_2^+ in O^++N_2 collisions are measured by the injected-ion drift tube technique from 0.04 eV to 3 eV in the center of mass system. The cross section curve obtained for N_2^+ formation is used to determine the fractional density of the excited state ions in the primary O^+ beam. The cross section for NO^+ formation by O^+(^4S) has a minimum at 0.12 eV, and increases rapidly with the collision energy. The minimum value is determined as 9×10^<-18> cm^2 with 50% accuracy. The results obtained are compared with the previous works. The cross section for NO^+ formation by O^+(^2D) at the same energy is tentatively determined as 1.2×10^<-16> cm^2, and it can be larger if the collisional deexcitation of the ^2D state, possible in the drift tube, has to be taken into account. These results may be useful for the ionospheric research.

• 社団法人日本物理学会の論文
• 1974-06-15

著者

• Kaneko Yozaburo

  Department Of Physics Faculty Of Science Tokyo Metoropoliton University

• Kobayashi Nobuo

  Department Of Electronic Engineering Faculty Of Engineering Yamanashi University

• Kobayashi Nobuo

  Deparment Of Physics Faculty Of Science Tokyo Metropolitan University

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