Nitrous Oxide, Ozone, and Nitrogen Dioxide

Nitrous Oxide, Ozone, and Nitrogen Dioxide.28 I(52Py2) undergoes slow, spin orbit relaxation in the presence of nitrous oxide (Table IX) rather than chemical reaction according to 

Rate Data for the Decay of 1(52Pa) in the Presence of Nitrosyl Halides28 I(5aPyJ + NOX IX + NO (95) 

The strong visible system of IO(y42II x2H)28-152 was not detected when 1(52Py2) decayed in the presence of N20. 

Although IO with up to four vibrational quanta in the ground electronic state can be observed in photolyzing CF3I in the presence of ozone, there is no strong evidence for the exothermic reaction 

The absorption maxima in the ultraviolet of both CF3I, the source of I(52/,i,-), and 03 almost coincide,153,82 and thus photolysis of both of these materials take place, giving rise to the reaction 

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