โ Scribed by W.C. Wells; W.L. Borst; E.C. Zipf
No coin nor oath required. For personal study only.
AR estimate of the aeronomiully important CIOSS section for the production of 0('S') by electron impact dissociation of02 has been made based on the recently published work of several groups: The cross section reaches P maximvm value of 7 X 10-*8 cm' r 50% at about 100 eV.The assumptions made in arriving at this cross section suggest sever31 experiments which might be performed to further refine this estimate.
Recently several investigators have studied the product!on of OlsSo) atoms by electron impact dissociation of02. Ajeilo [ 1 ] observed O(sSo) atoms optical-
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ScvcraI mcaurcments have been made by various authors on the relative contnbutmn to the Halmcra crntrsiun or the 35 state of hydrogen atolns rcsultlng frown the dlrsociatwe evcltation of El2 by electrons in the energy range 20 to 500 cV. Thcsc mcasurcmcnts, however, arc mutually Inconsistent c\cept
We report the first experimental and theoretical observation of a broad peak in the kinetic energy dependence of the total cross sections for the title reaction with v~ = 0 and 1, in the laboratory collision energy range of 8-400 eV. A theoretical analysis reveals that the peak in the total cross se