Abstract
Reaction pathways for the decomposition of fluoroformic and chloroformic acids, FC(O)OH and CIC(O)OH, have been studied using ab initio methods. Equilibrium geometries and transition state structures have been fully optimized at the Hartree-Fockand second-order Møller-Plesset levels of theory. The most favorable reaction pathway is molecular dissociation into CO 2 and hydrogen halide (HF or HCl). Dissociation into radical fragments are energetically non-favorable processes.
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