Exoergicity, defined

Charge transfer can produce reactant ions in fairly well defined internal-energy states. Important work in this area was initially conducted by Lindholm and co-workers.6 In an exoergic-charge transfer reaction of the general type... 

Luminescence spectra resulting from pure vibrational or V-R transitions involving excited-product states formed in ion-neutral collisions have not yet been observed. However, vibrational and rotational excitation of the products of reactive ion-neutral collisions may be determined indirectly from measurements of Q, the translational exoergicity, which is defined as the difference between the translational energy of the products and that of the reactants. According to the energy-conservation principle, then,... 

Before discussing the deviations from spectator stripping which provide the basis for current mechanistic ideas, we introduce a useful quantity. This is the translational exoergicity Q, defined simply as the difference in relative translational energy of the products, 7, and the reagents, 7] ... 

A. The exoergicity of the reaction is defined as the change in energy between the ground state of the reactants and that of the products. Why is the H + D2 (v = 0) D + HD just a shade endoergic Much of our understanding of isotope... 

The surprisal associated with the formation of CO in a particular v level in thermal studies of the exoergic reaction is defined in terms of the observed probability, P v ) and that expected on prior grounds, P v ) ... 

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