282

Argon ionlarining kichik burchaklarda InP(001), sirtidan sochilishi kompyuterda modellashtirildi. Yuqorida keltirilgan yarim kanallardan sochilgan ionlarning trektoriyalari, energetik va burchak taqsimotlari o’rganildi.

  • Количество прочтений250
  • Дата публикации01-07-2018
  • Язык статьиO'zbek
  • Страницы5
English

The Ar+ ions scattering from the InP(001), surfaces at the grazing incidence have been simulated by the computer simulation method. The trajectory, energy and angular distributions of scattered argon ions on above mentioned surface semichannels have been calculated.

Русский

С методом компьютерного моделирования смоделировано рассеяния ионов Ar+ с поверхностью InP(001),. Рассчитаны траек-тории, энергетические и угловые распределения ионов аргон полуканалах вышеупомянутых поверхностей

Ўзбек

Argon ionlarining kichik burchaklarda InP(001), sirtidan sochilishi kompyuterda modellashtirildi. Yuqorida keltirilgan yarim kanallardan sochilgan ionlarning trektoriyalari, energetik va burchak taqsimotlari o’rganildi.

Имя автора Должность Наименование организации
1 Tangriberganov I.U. teacher, physics department, Urgench State University UrDU
2 Qurbanov M.K. candidate of science , technical faculty, Urgench State University, UrDU
3 Kutliev U.O. DSc , physics department, Urgench State University UrDU
4 Otaboev M.U. Otaboev Mexroj Uchkun o’g’li, Student of Tagan college
5 Karimov .K. PhD student, physics department, UrDU
Название ссылки
1 N.Bouarissa. Phonons and related crystal properties in indium phosphide under pressure//Physica B: Condensed Matter. 2013.406 (13):2583–2587. doi:10.1016/j.physb.2011.03.073.
2 D.M.Muradkhabilov, D.A.Tashmukhamedova, B.E.Umirzakov// Journal of surface investigation,X-ray,Synchroton and Neutron Techniques. 2013,vol.7.No.5.Р.967-971.
3 B.E.Umirzakov,D.A.Tashmukhamedova, M.K.Ruzibaeva,A.K.Tashatov, S.B. Donaev, B.B.Mavlyanov.//Technical Physics, 2013.vol.58.No.9.P.1383-1386.
4 Óvari L., Kiss J.,Farkas F., and Solymosi F. Surface and subsurface oxidation of Mo2C/Mo(100): Low-energy ion-scattering, auger electron, angle-resolved X-Ray photoelectron and mass spectroscopy studies// Phys. Сhem. B, – Amsterdam, -109 (10), 4638 - 4645, 2005. 10.1021/jp045693a S1089-5647 (04) 05693-7.
5 Taglauer E., Beikler R. Surface segregation studied by low-energy ion scattering: experiment and numerical simulation//doi:10.1016/j.vacuum. – Amsterdam, 2003.12.040.
6 Danailov D ., Pfandzelter R ., Igel T ., Winter H . Multimodal angular distributions in grazing scattering of fast He-atoms from Fe(001) surfaces // Nucl. Instr. and Methods in Phys.B.–Amsterdam,2000. –Vol 164-165.-P.583 – 587.
7 Gou F., Kleyn A.W., Gleeson M.A. MD simulation of Ar scattering from defected Si(1 0 0) at grazing incidence// Nucl. Instr. and Methods in Phys. – Amsterdam, 2007. -V.258. -P.52-56
8 Redemonte L., Tatarek R., Aschoff M., Bruning K., Heiland W.Surface structure and dynamics of the Ag(110) surface studied by low energy ion scattering//Nucl.Instr.and Method B, –Amsterdam,2000. -N164-165.-P.645- 649.
9 O’Connor D.J.,Biersack J.P. Comparison of theoretical and empirical potentials //Nucl.Instr.Meth.Phys.Res. –Amsterdam, 1986.-V.B15.P.14-17.
10 Parilis E.S., Kosshinevsky L.M., Turaev N.Yu.et al. Atomic collisions on solid surfaces. -Amsterdam: North-Holland, 1993.664p.
В ожидании