TY - JOUR
KW - non-Palaiseau
KW - paper
AU - C Szymanowski
AU - Valérie Véniard
AU - Richard Taïeb
AU - Alfred Maquet
AU - CH Keitel
AB - Qualitative and quantitative results of a complete relativistic calculation of the S-matrix transition amplitudes and first Born cross sections for the Mott scattering of an electron in the presence of an ultraintense single-mode laser field are compared in detail to a spinless and a nonrelativistic treatment. The role of the fermion character of the electron leading to spin-orbit and spin-laser interactions is discussed depending on the laser intensity and on the incoming electron kinetic energy. The differences between radiative transfer spectra of the electron energy in the relativistic and nonrelativistic regimes are addressed.
BT - PHYSICAL REVIEW A
DA - NOV
M1 - 5
N2 - Qualitative and quantitative results of a complete relativistic calculation of the S-matrix transition amplitudes and first Born cross sections for the Mott scattering of an electron in the presence of an ultraintense single-mode laser field are compared in detail to a spinless and a nonrelativistic treatment. The role of the fermion character of the electron leading to spin-orbit and spin-laser interactions is discussed depending on the laser intensity and on the incoming electron kinetic energy. The differences between radiative transfer spectra of the electron energy in the relativistic and nonrelativistic regimes are addressed.
PY - 1997
SP - 3846
EP - 3859
T2 - PHYSICAL REVIEW A
TI - Mott scattering in strong laser fields
VL - 56
SN - 1050-2947
ER -