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. The overall characteristics of the OH internal energy distributionsfor both reactions were qualitatively similar. The population propensity of the П(A′) Λ-doublet sub-levelsuggested that both reactions proceeded via an insertion/elimination mechanism. Bimodal rotational populationdistributions supported the existence of two parallel mechanisms for OH production, i.e., statistical insertionand nonstatistical insertion. However, detailed analysis revealed that, despite the higher exoergicity of thereaction, the rotational distribution of the OH following the reaction of O(

Dynamics of OH Production in the Reaction of O(1D2) with Cyclopropane

Dynamics of OH Production in the Reaction of O(¹D₂) with Cyclopropane