This article is cited in 1 paper

Theoretical Physics

Wave Equation of Discrete Spectrum States Transition Processes

A. Yu. Samarin

Dept. of General Physics, Samara State Technical University, Samara

Abstract: For the dynamic description of object quantum transition, function of space coordinates matrix elements and time (transition wave function) is determined. It plays the role for transition analogous, to wave function for state. Matrix elements of coordinates and energy are offered in the form, allowing describe spatial distribution of system localization coordinates during its transition between states of a discrete spectrum. The differential equation for transition wave function is obtained. The time dependence of transition wave function is determined. Boundary conditions for a spatial part of transition wave function are established.

Keywords: transition wave function, matrix elements of transition, continual integral, virtual space of transition, spatial system localization.

UDC: 53.03:(539.183-539.194)

MSC: 81S40, 58D30

Original article submitted 07/II/2010
revision submitted – 11/III/2010

DOI: 10.14498/vsgtu783

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