Dissociation stochastic approach

Quantum Effects in Collisional Friction The Tlansition Regime of Aerodynamics Hydrodynamic and Viscoelastic Effects Mass Dependence of Self-Diffusion Pair Dissociation—A Stochastic Approach A. Diatomic Dissociation on a J-Averaged Potential Adiabatic Effects in Diatomic Dissociation... 

The following three sections describe the Bohmian quantum-classical approach [22,23] that uniquely solves the quantum back-reaction branching problem, the stochastic mean-field approximation [20] (SMF) that both resolves the back-reaction problem and incorporates the quantum decoherence and Franck-Condon overlap effects into NA-MD, and the quantized mean-field method [21] (QMF) that takes into account ZPE. The Bohmian and QMF approaches are illustrated by a model designed to capture some features of the O2 dissociation on a Pt surface. The concluding section summarizes the features of the methods and discusses further avenues for development and consideration. 

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