Quantum Fluid Dynamics Approach to Time-Dependent electronic State Problems in Surface Systems

Abstract

Dynamical properties associated with the electron motion at sufaces are discussed by solving the time-dependent Schrodinger equation based on the quantum fluid dynamics(QFD) scheme. The classical description for the quantum system provides us clear physical picture such as the eletron tunneling, migration, effects of external field. Two dimensional model studies of the electron current are presented at W(001) surface

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