“…In the phase shift technique [65,66,76,84], oxb-gen atoms are generated by mercury photosensitized decomposition of N20 at 253.7 nm, and, in the presence of NO, the following reactions occur: Table II reported by Sato [87,88], using pulse radiolysis-resonance absorption, and the relative values of McClenny [89] are generally in good agreement with the mean values determined by photochemical methods for the series of olefins in Table II. The data in Table II [75] in contrast to the phase shift 4722 cal/mol) [76] and FP-CL results 4515 cal/mol) [77].…”