Effects of the electron's anomaly in relativistic laser-assisted Mott scattering

摘要: We investigate the influence of electron's anomalous magnetic moment on process relativistic Mott scattering in a powerful electromagnetic plane wave for which ponderomotive energy is order magnitude rest mass. For this purpose, we use Coulomb - Dirac Volkov and functions with anomaly to describe initial final states respectively. First- Born differential cross-sections induced inverse bremsstrahlung are obtained linearly polarized laser light. Numerical calculations carried out various parameters values (i.e. angle, nucleus charge, photon energy, electrical field) compared results by Li et al 2004 ( J. Phys. B: At. Mol. Opt. 37 653). It found that used present work, incorporating electron yields strongly modified whatever geometry as outcome previous treatment.