What people are saying - Write a review
We haven't found any reviews in the usual places.
AN INTRODUCTION AND OVERVIEW
SOME SCATTERING THEORY
THE METHODS OF DIRECT REACTION THEORY
18 other sections not shown
analogous angles angular distributions angular momentum transfer asymptotic Austern bombarding energy calculations CCBA central potential Chap Clebsch-Gordan coefficients collisions components Consequently contributions coordinates corresponding Coulomb barrier Coulomb excitation coupled equations defined deformation dependence deuteron diagonal differential cross section discussed in Sec distorted waves distorted-waves DW method DWBA effective interaction elastic scattering entrance channel example exit channel expression form factors function given Green function heavy ions heavy-ion imaginary included inelastic isospin kernel Lett matrix elements model space momenta multipole multipole expansion neutron nonlocal Nucl nuclei nucleon nucleon-nucleon obtained one-step optical potential orbital oscillations overlap parameters parity particles Phys polarization projectile proton quantum numbers radial integrals radius reduced representation resonances rotational S-matrix Satchler scattering amplitude shell model simple spherical spherical harmonics spin spin-orbit coupling strong absorption symmetry target tensors theory transfer reactions transition amplitude transition density two-step values vector wavefunction Woods-Saxon zero-range