Abstract
Spin asymmetries for elastic and inelastic scattering of electrons from thallium are presented. Thallium is a heavy target (Z = 81) and the spin asymmetries can be caused by relativistic effects (spin-orbit interactions) in addition to exchange effects.
Highlights
The relativistic convergent close-coupling (RCCC) method has been successfully applied to the calculation of the spin asymmetry for elastic scattering on Cd, Cs, Zn and Hg, and recently indium [1]
Many of the RCCC spin asymmetries presented are the first theoretical results provided for comparison with measurements that were made two decades ago
The full details of the RCCC method applied to electronthallium spin asymmetries are described in [2]
Summary
The relativistic convergent close-coupling (RCCC) method has been successfully applied to the calculation of the spin asymmetry for elastic scattering on Cd, Cs, Zn and Hg, and recently indium [1].
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