The code Inelastic_calculation.cpp calculates the inelastic mean free path, differential inelastic mean free path and cumulative inelastic probabilities for an electron travelling in a target material. These data represent input data for the calculation of Reflection Electron Energy Loss spectra with Monte Carlo simulation or numerical solution of the Ambartsumian-Chandrasekar equation. The calculation is developed starting from the Ritchie dielectric theory. The code requires information about the target material and the parameters to fit the Energy Loss function. Further information can be found in the READ_ME.txt file
Measured reflection electron energy loss spectra excited by 2 keV electrons in Si are simulated by a...
It is investigated how the model used to describe a dielectric function (i.e. a Mermin, Drude, Drude...
This paper deals with the calculation of the differential inverse inelastic mean free path, the inel...
The energy loss functions (ELFs) of three transition metals (Cr, Co and Pd) have been derived from r...
The dataset reports input data regarding electron elastic and inelastic scattering. As investigated...
We present a summary of recent calculations of the electron inelastic mean free paths (IMFPs) of 50-...
This routine, realized for the MATLAB platform, calculates input data regarding electron elasti scat...
Data for the energy loss function (ELF) of selected materials compiled from various publications. T...
The inelastic mean free path of electrons (IMFP) is an important material parameter for description ...
In this work we describe two different models for interpreting and predicting Reflection Electron En...
The QUASES-IMFP-TPP2M-CF software is a user friendly calculator for the inelastic electron mean free...
The inelastic mean free path (IMFP) of electrons with energies up to a few keV is calculated from th...
[[abstract]]©1982 WILEY - Values of k and p are given for predicting inelastic mean free paths for e...
Modelling the inelastic scattering of electrons in water is fundamental, given their crucial role in...
A method is described for extracting the dielectric function directly from a reflection electron ene...
Measured reflection electron energy loss spectra excited by 2 keV electrons in Si are simulated by a...
It is investigated how the model used to describe a dielectric function (i.e. a Mermin, Drude, Drude...
This paper deals with the calculation of the differential inverse inelastic mean free path, the inel...
The energy loss functions (ELFs) of three transition metals (Cr, Co and Pd) have been derived from r...
The dataset reports input data regarding electron elastic and inelastic scattering. As investigated...
We present a summary of recent calculations of the electron inelastic mean free paths (IMFPs) of 50-...
This routine, realized for the MATLAB platform, calculates input data regarding electron elasti scat...
Data for the energy loss function (ELF) of selected materials compiled from various publications. T...
The inelastic mean free path of electrons (IMFP) is an important material parameter for description ...
In this work we describe two different models for interpreting and predicting Reflection Electron En...
The QUASES-IMFP-TPP2M-CF software is a user friendly calculator for the inelastic electron mean free...
The inelastic mean free path (IMFP) of electrons with energies up to a few keV is calculated from th...
[[abstract]]©1982 WILEY - Values of k and p are given for predicting inelastic mean free paths for e...
Modelling the inelastic scattering of electrons in water is fundamental, given their crucial role in...
A method is described for extracting the dielectric function directly from a reflection electron ene...
Measured reflection electron energy loss spectra excited by 2 keV electrons in Si are simulated by a...
It is investigated how the model used to describe a dielectric function (i.e. a Mermin, Drude, Drude...
This paper deals with the calculation of the differential inverse inelastic mean free path, the inel...