A Self Consistent Calculation of the Dissociation of Oxygen in the Upper Atmosph
A Self Consistent Calculation of the Dissociation of Oxygen in the Upper Atmosph
Harry Elecks Moses
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. Only above this altitude does dissociation be- come important. If we use the pressure vs. Altitude results of reference 'i, we find thst x is about 90 Km. The graphs of n- and n are given in I'l/mre 1. We h^vp also superposed the graph of n^ as it would be if no dissocl. Ition took piece - the vrlues ere obtained from the ordinary "baro- metric equation. _ 1 _ It l8 seen that in the present model dissociation occurs at higher altitudes (about 5 Km. Higher) than in the model of reference 2. Th...is result is a consequence of the use in this paper of a greater •«ilue for the effective two-hody reconhination cross-section Cn„. Hence in the present model the oxygen atoms can recombine more readily than in the model of reference 2 and only at higher altitudes are dissociations numerous enough to ensure number balance. Another striking difference between the present results and those of reference 2 is the broadness of the region in which dissociation takes place - about 25 Km. , as opposed to less than 15 Km.
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