Quantum-statistical transition probabilities in diabatic 2D-potential surfaces. Influence of coupling in the potential terms.

Exploration of electronic charge transfer requires quantumtheoretical support. On the line of previous work, the dynamical and quantumchemical foundation of electronic charge density transfer, or partial charge transfer in condensed-matter chemical processes, is explicated in terms of charge density conservation and local completeness of finite LCAO expansion. Accompanying discussion is focussed on recent

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Quantum-statistical transition probabilities in diabatic 2D-potential surfaces. Influence of coupling in the potential terms.

Cited by 2 publications

References 26 publications

Charge transfer dynamics of electrochemical dark and photoprocesses on semiconductors Part I: Manifold of stationarity conditions of hydrogen reaction emerging from dark to photoregimes of n-materials, and dark admittance evaluation

Charge transfer dynamics of electrochemical dark and photoprocesses on semiconductors Part I: Manifold of stationarity conditions of hydrogen reaction emerging from dark to photoregimes of n-materials, and dark admittance evaluation

Dynamical and Quantumchemical Characteristics of Electronic Charge Density Transfer Processes

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