1979•Journal of Physics G Nuclear PhysicsRequires access

The use of Coulomb wavefunctions in momentum space for two-particle scattering

K. Dreissigacker, H. Pöpping, P. U. Sauer, Hans Walliser

Abstract

The repulsive Coulomb interaction is included in the integral-equation approach to two-particle scattering. The partial-wave projected momentum-space Coulomb wavefunctions are studied and their application is discussed. Practical examples for their successful use (i) in determining scattering parameters from a given potential and (ii) in the inverse scattering theory are given.

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Key concepts: Wave function, Position and momentum space, Physics, Coulomb, Scattering, Coulomb wave function, Scattering theory, Quantum electrodynamics