Distorted-wave theory of the one-meson-exchange reaction.
Distorted wave one-meson-exchange /DWOME/ for high-energy elementary particle reaction analysis, leading to different expression for transition amplitude
WAVE DIFFRACTION↗
Engineering topics
Tobocman, W.
Publications and source records attributed to Tobocman, W..
Test of the boundary-condition constraint method for nuclear reactions.
Boundary condition constraint method for generalizing R-matrix theory, permitting use of shell model as basis for nuclear-reaction calculations
GREEN THEOREM↗
Calculation of inelastic alpha-particle scattering by ni super 58.
Distorted-wave born approximation of angular distribution of elastic and inelastic alpha- particle scattering from nuclei at energies above Coulomb barrier
ELASTIC SCATTERING↗
Boundary-condition constraints for the shell model - a method for nuclear structure and nuclear reactions.
Asymptotic boundary conditions as constraints in shell model for scattering, reactions and nuclear structure calculations
NUCLEAR STRUCTURE↗
The equivalence of elementary and composite particles.
Equivalence of elementary and composite particles established by generalized Weinberg formalism for addition of discrete eigenstates of free-particle Hamiltonian to Hilbert space of system
PARTICLE THEORY↗
A fortran program for analysis of spin zero elastic scattering with the nuclear optical model
Fortran program for elastic scattering of spin- zero particles from atomic nucleus
FORTRAN↗
GAUGE INVARIANT FORMULATION OF THE BARDEEN-COOPERSCHRIEFFER THEORY OF SUPERCONDUCTIVITY
Gauge invariant formulation of the bardeen-cooper- schrieffer theory of superconductivity
GAUGE INVARIANCE↗