The treatment of the electron-nucleus interaction based on the Mott differential cross section was extended to account for effects due to screened Coulomb potentials, finite sizes and finite rest masses of nuclei for electrons above 200 keV and up to ultra high energies. This treatment allows one to determine both the total and differential cross sections, thus, subsequently to calculate the resulting nuclear and non-ionizing stopping powers. Above a few hundreds of MeV, neglecting the effect due to finite rest masses of recoil nuclei the stopping power and NIEL result to be largely underestimated; while, above a few tens of MeV the finite size of the nuclear target prevents a further large increase of stopping powers which approach almost constant values
Boschini, M., Consolandi, C., Gervasi, M., Giani, S., Grandi, D., Ivantchenko, V., et al. (2012). Nuclear and non-Ionizing Energy-Loss of Electrons with low and Relativistic Energies in Materials and Space Environment. In Proceedings of the 13th ICATPP Conference "Astroparticle, Particle, Space Physics and Detectors for Physics Application" (pp.961-982). World Scientific [10.1142/9789814405072_0147].
Nuclear and non-Ionizing Energy-Loss of Electrons with low and Relativistic Energies in Materials and Space Environment
CONSOLANDI, CRISTINA;GERVASI, MASSIMO;Grandi, D;PENSOTTI, SIMONETTA;TACCONI, MAURO
2012
Abstract
The treatment of the electron-nucleus interaction based on the Mott differential cross section was extended to account for effects due to screened Coulomb potentials, finite sizes and finite rest masses of nuclei for electrons above 200 keV and up to ultra high energies. This treatment allows one to determine both the total and differential cross sections, thus, subsequently to calculate the resulting nuclear and non-ionizing stopping powers. Above a few hundreds of MeV, neglecting the effect due to finite rest masses of recoil nuclei the stopping power and NIEL result to be largely underestimated; while, above a few tens of MeV the finite size of the nuclear target prevents a further large increase of stopping powers which approach almost constant values
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