Add to ORKGWe have performed Monte- Carlo simulations of slow electrons impinging on semi- infinite aluminum and copper in the energy range 0. 5 4 keV. We present results for the backscattering coefficients, mean penetration depths and stopping profiles. Our results for the backscattering coefficients agree well with the experimental data within the limits of the statistical accuracy. The slight discrepancy between simulated and experimental results regarding the mean penetration depth is discussed
Low energy elastic electron backscattering has been used recently as a new tool for surface analysis...
A Monte Carlo program has been used to simulate the energy dissipation of medium-energy electrons (1...
A Monte Carlo procedure to simulate the penetration and energy loss of low¿energy electron beams thr...
We have performed Monte- Carlo simulations of slow electrons impinging on semi- infinite aluminum an...
We have performed Monte-Carlo simulations of slow electrons impinging on semi-infinite aluminum and...
We have performed Monte-Carlo simulations of slow electrons impinging on semi-infinite aluminum and...
We have performed Monte-Carlo simulations of slow electrons impinging on semi-infinite aluminum and...
The basic aspects related to the scattering processes, useful for both analytical and Monte Carlo ca...
Monte Carlo computations of the electron backscattering coefficient as a function of the primary ene...
After a brief introduction to scattering processes, a Monte Carlo procedure is described and used to...
Monte Carlo simulations are very useful for many physical processes. The transport of particles was ...
When a monoenergetic electron beam bombards a solid target, some electrons are backscattered without...
In this thesis, applications of the Monte Carlo and molecular dynamics simulation methods on differe...
Abstract. The problen of the backscattering of electrons from metal targets is subject of extensive ...
A Monte Carlo procedure to simulate the penetration and energy loss of low¿energy electron beams thr...
Low energy elastic electron backscattering has been used recently as a new tool for surface analysis...
A Monte Carlo program has been used to simulate the energy dissipation of medium-energy electrons (1...
A Monte Carlo procedure to simulate the penetration and energy loss of low¿energy electron beams thr...
We have performed Monte- Carlo simulations of slow electrons impinging on semi- infinite aluminum an...
We have performed Monte-Carlo simulations of slow electrons impinging on semi-infinite aluminum and...
We have performed Monte-Carlo simulations of slow electrons impinging on semi-infinite aluminum and...
We have performed Monte-Carlo simulations of slow electrons impinging on semi-infinite aluminum and...
The basic aspects related to the scattering processes, useful for both analytical and Monte Carlo ca...
Monte Carlo computations of the electron backscattering coefficient as a function of the primary ene...
After a brief introduction to scattering processes, a Monte Carlo procedure is described and used to...
Monte Carlo simulations are very useful for many physical processes. The transport of particles was ...
When a monoenergetic electron beam bombards a solid target, some electrons are backscattered without...
In this thesis, applications of the Monte Carlo and molecular dynamics simulation methods on differe...
Abstract. The problen of the backscattering of electrons from metal targets is subject of extensive ...
A Monte Carlo procedure to simulate the penetration and energy loss of low¿energy electron beams thr...
Low energy elastic electron backscattering has been used recently as a new tool for surface analysis...
A Monte Carlo program has been used to simulate the energy dissipation of medium-energy electrons (1...
A Monte Carlo procedure to simulate the penetration and energy loss of low¿energy electron beams thr...