Investigation of Defect InP(001) Surface by Low Energy Ion Scаttering Spectroscopy
М. K. KаrimovUrgench State UniversityF.O. KuryozovUrgench Branch of Tashkent Medical AcademySh.R. SadullaevUrgench State UniversityM. U. OtabaevUrgench State UniversityS.B. BobojonovaUrgench State University
ABI
Abstract
In this paper presents the computer simulation results on the investigations of the ion scattering processe on the defect InP(001)<110>,<ī10> surface under low-energy grazing ion bombardment have been presented. The peculiarities trajectories of the scattered ions from surface defect, atomic chain and semichannel have been investigated by computer simulation. It was found some trajectories nearby surface atomic chain which have loop shape and a line form. At grazing ion incidence, from a correlation of the experimental and calculated energy distributions of the scattered particles, one may determine a spatial extension of the missing atom on the monocrystal surface damaged by the ion bombardment.