The experiment on the backscattering coefficient of electrons of energies from 3.2 to 14 MeV, published in 1967 by the present author, is reviewed to confirm the usefulness of its results as a benchmark for Monte Carlo calculations. The cause of large discrepancies between Dressel’s and other results is described. Comparisons of compiled experimental data and results of Integrated TIGER Series Monte Carlo Code System are cited and discussed. In Appendix, experimental data of the present author’s group on the charge deposition profile of electrons are mentioned as another useful benchmark. 1
A Monte Carlo code is described, validated, and utilized to calculate the backscattering coefficient...
After a brief introduction to scattering processes, a Monte Carlo procedure is described and used to...
Backscattering is a sensitive probe of the accuracy of electron scattering algorithms implemented in...
Monte Carlo computations of the electron backscattering coefficient as a function of the primary ene...
Abstract—The purpose of the present study is to compare numerical Monte Carlo simulations of backsca...
Electron-matter interaction is described by a Monte Carlo procedure in which the mean free path is c...
A simple equation is derived which describes the electron backscattering coefficient as a function o...
We propose an application of the Monte Carlo method in the field of backscattering. The results obta...
The BSCAT computer code being developed by us for the design of depressed collectors for gyrotrons e...
A Monte Carlo study of backscattering of kilovolt electrons in solids, a process of primary importan...
A Monte Carlo study of backscattering of kilovolt electrons in solids, a process of primary importan...
Abstract. The problen of the backscattering of electrons from metal targets is subject of extensive ...
The backscattering coefficient of low-medium energy electron beams (from 250 eV to 10,000 eV) imping...
We have computed, by a Monte Carlo code, the backscattering coefficient of low-medium energy electro...
In this study, the EGSnrc (Electron Gamma Shower) Monte Carlo radiation transport code is used to si...
A Monte Carlo code is described, validated, and utilized to calculate the backscattering coefficient...
After a brief introduction to scattering processes, a Monte Carlo procedure is described and used to...
Backscattering is a sensitive probe of the accuracy of electron scattering algorithms implemented in...
Monte Carlo computations of the electron backscattering coefficient as a function of the primary ene...
Abstract—The purpose of the present study is to compare numerical Monte Carlo simulations of backsca...
Electron-matter interaction is described by a Monte Carlo procedure in which the mean free path is c...
A simple equation is derived which describes the electron backscattering coefficient as a function o...
We propose an application of the Monte Carlo method in the field of backscattering. The results obta...
The BSCAT computer code being developed by us for the design of depressed collectors for gyrotrons e...
A Monte Carlo study of backscattering of kilovolt electrons in solids, a process of primary importan...
A Monte Carlo study of backscattering of kilovolt electrons in solids, a process of primary importan...
Abstract. The problen of the backscattering of electrons from metal targets is subject of extensive ...
The backscattering coefficient of low-medium energy electron beams (from 250 eV to 10,000 eV) imping...
We have computed, by a Monte Carlo code, the backscattering coefficient of low-medium energy electro...
In this study, the EGSnrc (Electron Gamma Shower) Monte Carlo radiation transport code is used to si...
A Monte Carlo code is described, validated, and utilized to calculate the backscattering coefficient...
After a brief introduction to scattering processes, a Monte Carlo procedure is described and used to...
Backscattering is a sensitive probe of the accuracy of electron scattering algorithms implemented in...