This paper deals with the calculation of the differential inverse inelastic mean free path, the inelastic mean free path, the stopping power, the range of penetration, and the distribution function for inelastic collisions causing energy losses less than or equal to given values, for fast electrons impinging upon polymethylmethacrylate. Numerical tables are provided along with the comparison with computations of other investigators
A first principles quantum mechanical method for estimating intrinsic breakdown field of insulating ...
A dominant force of inhibition of fast electrons in normal density matter is due to an axially direc...
doi:10.1088/1367-2630/11/1/013004 Abstract. Classical molecular dynamics (MD) is a frequently used t...
In this work, the influence of recoil effect and surface excitations on the inelastic mean free path...
Electrons continually interact with the matter around us. We use electron beams for our purposes, ei...
We present a summary of recent calculations of the electron inelastic mean free paths (IMFPs) of 50-...
The code Inelastic_calculation.cpp calculates the inelastic mean free path, differential inelastic ...
[[abstract]]©2005 Elsevier - Theoretical derivations of the inelastic differential inverse mean free...
An attempt was made to construct a simple theory of tunneling electron inelastic losses due to the e...
We have developed an instantaneous inelastic energy loss algorithm for use in molecular dynamics sim...
Expressions for the energy loss due to interaction with surfaces experienced by fast electrons passi...
The inelastic mean free path of electrons (IMFP) is an important material parameter for description ...
Inelastic scattering of fast electrons passing through a metal slab is studied. The energy‐loss prob...
This new edition describes all the mechanisms of elastic and inelastic scattering of electrons with ...
The ionization yield of ion tracks in polymers and bio-molecular systems reaches a maximum, known as...
A first principles quantum mechanical method for estimating intrinsic breakdown field of insulating ...
A dominant force of inhibition of fast electrons in normal density matter is due to an axially direc...
doi:10.1088/1367-2630/11/1/013004 Abstract. Classical molecular dynamics (MD) is a frequently used t...
In this work, the influence of recoil effect and surface excitations on the inelastic mean free path...
Electrons continually interact with the matter around us. We use electron beams for our purposes, ei...
We present a summary of recent calculations of the electron inelastic mean free paths (IMFPs) of 50-...
The code Inelastic_calculation.cpp calculates the inelastic mean free path, differential inelastic ...
[[abstract]]©2005 Elsevier - Theoretical derivations of the inelastic differential inverse mean free...
An attempt was made to construct a simple theory of tunneling electron inelastic losses due to the e...
We have developed an instantaneous inelastic energy loss algorithm for use in molecular dynamics sim...
Expressions for the energy loss due to interaction with surfaces experienced by fast electrons passi...
The inelastic mean free path of electrons (IMFP) is an important material parameter for description ...
Inelastic scattering of fast electrons passing through a metal slab is studied. The energy‐loss prob...
This new edition describes all the mechanisms of elastic and inelastic scattering of electrons with ...
The ionization yield of ion tracks in polymers and bio-molecular systems reaches a maximum, known as...
A first principles quantum mechanical method for estimating intrinsic breakdown field of insulating ...
A dominant force of inhibition of fast electrons in normal density matter is due to an axially direc...
doi:10.1088/1367-2630/11/1/013004 Abstract. Classical molecular dynamics (MD) is a frequently used t...
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