The objective of this work is to establish a program that determines the electron
trajectories and backscattered electrons in a solid material bombed by an electron beam and
using the statistical Monte Carlo method. From ...
The microwaves present a very significant application in physics, it is the characterization of materials. In our project, we are interested in uniaxial materials (determination of their tensor of permittivity). The test ...
The structural materials perovskite were and are always the subject of many studies. This particular structural type arouses the interest of the physicists of the solid because of the remarkable properties frequently ...
The purpose of this work is to obtain compression ratio as high as possible using a hybrid method. The treatment is made line by line of the matrix image of the material (V2O5-TeO2) amorphous thin film by a model autoregressive ...
We present an ab-initio and analytical study of the Jahn-Teller effect in two diluted magnetic
Semiconductors (DMS) with d4 impurities, namely Mn-doped GaN (III-V) and Cr-doped ZnS( II-VI). We show that only the combined ...
Using the first-principles method we investigate the electronic and magnetic properties of the diluted magnetic
semiconductors Zn1-xMnxO and Cd1-xMnxO with x = 25%. The calculations are performed by a developed ...