0000000000768918

AUTHOR

S. L. Yakovlev

showing 2 related works from this author

Coulomb Fourier Transformation: Application to a Three-Body Hamiltonian with One Attractive Coulomb Interaction

2003

Consider a three-body system consisting of one neutral particle 1 and two charged particles characterized by the indices 2 and 3 with charges of opposite sign, i.e., e2e3 < 0. We use the following notation: (x ν , y ν ), v = 1, 2, 3, denotes the (mass-renormalized) coordinate vector within the pair ν, and between the center of mass of the pair ν and particle ν, respectively. The corresponding canonically coniugate momenta are (k ν , p ν ).

Physicssymbols.namesakeFourier transformQuantum mechanicsCoulomb wave functionCoulombsymbolsCoordinate vectorCoulomb barrierNeutral particleHamiltonian (quantum mechanics)Charged particle
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Coulomb-Fourier representation approach to three-body scattering with charged particles

2004

Abstract We present a novel approach for calculating charged-composite particle scattering. It consists in eliminating by means of a suitably chosen representation that part of the interaction which is of longest range and, hence, gives rise to all the troublesome feaures which plague charged particle scattering theories. In this paper only the simplest case is considered, namely that of two charged and one neutral particles which interact via pairwise strong potentials, and a repulsive Coulomb potential between the charged particles.

PhysicsNuclear and High Energy PhysicsRange (particle radiation)Classical mechanicsScatteringCoulombScattering theoryElectric potentialMott scatteringCharged particle beamCharged particleNuclear Physics A
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