A screened Rutherford cross section is modified by means of a correction factor to obtain the proper transport cross section computed by partial¿wave analysis. The correction factor is tabulated for electron energies in the range 0¿100 keV and for elements in the range from Z=4 to 82. The modified screened Rutherford cross section is shown to be useful as an approximation for the simulation of plural and multiple scattering. Its performance and limitations are exemplified for electrons scattered in Al and Au
Differential and transport electron-atom elastic scattering cross sections have been computed for a ...
Monte Carlo simulations are very useful for many physical processes. The transport of particles was ...
In this Letter, an expression is presented to calculate elastic scattering cross sections for incide...
A screened Rutherford cross section is modified by means of a correction factor to obtain the proper...
A screened Rutherford cross section is modified by means of a correction factor to obtain the proper...
We describe an algorithm for mixed (class II) simulation of electron multiple elastic scattering usi...
A Monte Carlo procedure to simulate the penetration and energy loss of low¿energy electron beams thr...
The interaction of electrons with matter has been a subject of intense work since the beginning of...
Elastic scattering is defined as scattering in which the incident particle or radiation does not giv...
Since the 1940s, much attention has been devoted to the problem of accurate theoretical description ...
ABSTRACT: An approximation of the differential elastic scattering cross-section based on that of Rut...
A robust numerical algorithm for the calculation of multiple-scattering angular distributions of hig...
This work investigates the transport of electrons having energies near those of the atomic binding l...
Data of electron elastic scattering cross-sections calculated by numerically solving the Dirac equat...
This paper is a data basis which includes tables of integral, differential, and momentum transfer cr...
Differential and transport electron-atom elastic scattering cross sections have been computed for a ...
Monte Carlo simulations are very useful for many physical processes. The transport of particles was ...
In this Letter, an expression is presented to calculate elastic scattering cross sections for incide...
A screened Rutherford cross section is modified by means of a correction factor to obtain the proper...
A screened Rutherford cross section is modified by means of a correction factor to obtain the proper...
We describe an algorithm for mixed (class II) simulation of electron multiple elastic scattering usi...
A Monte Carlo procedure to simulate the penetration and energy loss of low¿energy electron beams thr...
The interaction of electrons with matter has been a subject of intense work since the beginning of...
Elastic scattering is defined as scattering in which the incident particle or radiation does not giv...
Since the 1940s, much attention has been devoted to the problem of accurate theoretical description ...
ABSTRACT: An approximation of the differential elastic scattering cross-section based on that of Rut...
A robust numerical algorithm for the calculation of multiple-scattering angular distributions of hig...
This work investigates the transport of electrons having energies near those of the atomic binding l...
Data of electron elastic scattering cross-sections calculated by numerically solving the Dirac equat...
This paper is a data basis which includes tables of integral, differential, and momentum transfer cr...
Differential and transport electron-atom elastic scattering cross sections have been computed for a ...
Monte Carlo simulations are very useful for many physical processes. The transport of particles was ...
In this Letter, an expression is presented to calculate elastic scattering cross sections for incide...