This routine, realized for the MATLAB platform, calculates input data regarding electron elasti scattering for the the simulation of Reflection Electron Energy Loss spectrum. The code computes the electron elastic mean free path, differential elastic scattering cross section and cumulative elastic probability distribution for a defined target material and a fixed kinetic energy of the electron beam. The computation is realized by applying the Mott theory. Further details can be found in the READ_ME.txt file
The approximate expressions for the differential inelastic scattering cross sections of electrons in...
Data of electron elastic scattering cross-sections calculated by numerically solving the Dirac equat...
The influence of multiple elastic scattering on the shape of the energy distribution of elastically ...
This routine, realized for the MATLAB platform, calculates input data regarding electron elasti scat...
The dataset reports input data regarding electron elastic and inelastic scattering. As investigated...
When a monoenergetic electron beam bombards a solid target, some electrons are backscattered without...
The code Inelastic_calculation.cpp calculates the inelastic mean free path, differential inelastic ...
We describe an algorithm for mixed (class II) simulation of electron multiple elastic scattering usi...
Since the 1940s, much attention has been devoted to the problem of accurate theoretical description ...
Aiming at the simulation of the fine process of the electron transportation in gamma detectors, we c...
Differential and transport electron-atom elastic scattering cross sections have been computed for a ...
[[abstract]]©1992 IOP - The electron inelastic mean free path is of basic importance in theoretical ...
Aspects of a theoretical and computational basis for the simulation of fast electron scattering in a...
In this Letter, an expression is presented to calculate elastic scattering cross sections for incide...
This new edition describes all the mechanisms of elastic and inelastic scattering of electrons with ...
The approximate expressions for the differential inelastic scattering cross sections of electrons in...
Data of electron elastic scattering cross-sections calculated by numerically solving the Dirac equat...
The influence of multiple elastic scattering on the shape of the energy distribution of elastically ...
This routine, realized for the MATLAB platform, calculates input data regarding electron elasti scat...
The dataset reports input data regarding electron elastic and inelastic scattering. As investigated...
When a monoenergetic electron beam bombards a solid target, some electrons are backscattered without...
The code Inelastic_calculation.cpp calculates the inelastic mean free path, differential inelastic ...
We describe an algorithm for mixed (class II) simulation of electron multiple elastic scattering usi...
Since the 1940s, much attention has been devoted to the problem of accurate theoretical description ...
Aiming at the simulation of the fine process of the electron transportation in gamma detectors, we c...
Differential and transport electron-atom elastic scattering cross sections have been computed for a ...
[[abstract]]©1992 IOP - The electron inelastic mean free path is of basic importance in theoretical ...
Aspects of a theoretical and computational basis for the simulation of fast electron scattering in a...
In this Letter, an expression is presented to calculate elastic scattering cross sections for incide...
This new edition describes all the mechanisms of elastic and inelastic scattering of electrons with ...
The approximate expressions for the differential inelastic scattering cross sections of electrons in...
Data of electron elastic scattering cross-sections calculated by numerically solving the Dirac equat...
The influence of multiple elastic scattering on the shape of the energy distribution of elastically ...