Abstract
The reflection of D and T from amorphous targets of Be, Fe, Mo, and W has been studied with the TRIM Monte Carlo, computer program. Results for the particle and energy reflection coefficients are presented for the various combinations of monoenergetic and Maxwell-Boltzmann energy distributions and normal, cosine, and isotropic angular distributions. The incident particle energies, E 0, for the monoenergetic cases and characteristic energies, kT, for the Maxwell-Boltzmann distributions ranged from 0.1 to 10 keV. For a given incident angular distribution, the energy dependent Maxwell-Boltzmann results scale well in most cases with that of the monoenergetic results when plotted at kT and (3/2)kT for the particle and energy reflection coefficients, respectively. The particle reflection coefficients at normal incidence agree well with previous monoenergetic calculations, but they are greater than recent experimental measurements.
Published Version
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