The present paper deals with the theoretical study of phonon modes and elastic properties of RE55Al25Co20 RE Rare Earth =Y, La, Ce, Pr, Nd, Sm, Gd, Tb, Dy, Ho, Er, Tm, Lu bulk metallic glasses. The Hubbard Beeby approach combine with Jani et al. local model potential has been utilized to compute the collective modes for present glasses. Three different local...
Showing posts with label Computational Physics. Show all posts
Showing posts with label Computational Physics. Show all posts
Sunday, 27 September 2020
Thursday, 7 February 2019
Theoretical Study of Thermodynamic and Elastic Properties of Ti50Be34Zr16 BMG - A Pseudopotential Method
Pseudo-Alloy atom model under pseudopotential concept is effectively exploited to determine the elastic and thermodynamic properties of a bulk metallic glass B
MG . Such a study helps in finding novel applications of BMG. Here, the vibrational or phonon dynamics of BMG has been theoretically studied in terms of longitudinal and transverse mode of phonon...
Tuesday, 23 August 2016
The effect ion refocusing at the small angle scattering Ne+ ions from the GaP(001) surface have been studied by the computer simulation method. The characteristic trajectories refocusing ions have been studied.
By Kutliev UchkunOtoboevich | Tangriberganov Ismoil Urazboyevich | Karimov Muxtor Karimberganovich | Otaboeva Kamola Uchqun qizi" Investigation of...
Wednesday, 27 January 2016
Study of Ion Scattering Process by the Method of Binary Collision Approximation
In this paper presents the computer simulation method based on binary collision approximation for a study of low energy (E 0 = 1-15 keV) ion collisions on the surface of a solid and of the accompanying effect like namely scattering. The peculiarities of the process of correlated small angle scattering of 1'“5 keV Ne Ar ions by the Cu(100) single-crystal surfaces...
