THE POSITION OPERATORS OF CHARGED PARTICLES OF SPIN 0 OR h 2 IN A CONSTANT MAGNETIC FIELD

M. Baktavatsalou

Published Jan 13, 1964• 0 citations

OpenAlex

Related papers

ALGEBRAIC APPROACH TO AN ELECTRON IN A UNIFORM MAGNETIC FIELD

Shi‐Hai Dong

Springer eBooksJan 1, 20070 citations

Charged Particle in a Magnetic Field

Stephen P. Martin

Graduate texts in physicsJan 1, 20260 citations

PATH INTEGRALS IN POLAR COORDINATES: CHARGED PARTICLES IN A UNIFORM MAGNETIC FIELD.

Akira Inomata

The statistical density matrix for a system of charged particles in a uniform magnetic field is derived by Feyman's path integral method. The integrations over all paths are directly carried out by use of cylindrical coordinates. As limiting cases, the density matrices for free particles, rigid rotators, and harmonic oscillators are also discussed. (Author)

Feb 1, 19670 citations

Charged spin particles in a homogenous magnetic field

P. А. Vlasov

Ukrainian Journal of PhysicsJan 1, 19850 citations

BEHAVIOR OF PARTICLES WITH NONZERO SPIN IN CROSSED CONSTANT AND VARYING MAGNETIC FIELDS

A.I. Rivin

An exact solution for the behavior of particles of arbitrary spin in crossed constant and varying magnetic fields is given. (M.H.R.)

May 1, 19570 citations

The Problem of the Electron Spin within a Magnetic Field

IMPERIAL COLLEGE PRESS eBooksJul 7, 20150 citations