Font size
Line spacing
Color
Звание: Доцент
Степень: Кандидат физико-математических наук
Institute of Computer Technologies and Information Security - Associate Professor
Таганрог, пер. Некрасовский, 44, office № Д - 408
Research interests:
Condensed matter physics, the electron energy structure of solids with structural defects, disordered alloys and nanostructures.
Education. Rostov State University, Faculty of Physics, 1976; 1981, specialized in the Department of Theoretical and Nuclear Physics. Qualification: physicist, teacher. Postgraduate study in the Physics Department of RSU, 1985; 1988, supervisor - Professor I.Ya. Nikiforov. In 1989, he defended his PhD dissertation.
1981-1982 Engineer at the Research Institute of TRTU, 1983-1985 and 1988-1992; Assistant of the Physics Department of TRTU; TRTU. 1992-2003 Associate Professor of the Physics Department of TRTU. From 2003-2014; Professor of the Physics Department of TRTU; TI SFedU, from 2014 to 2023 - Associate Professor of the Physics Department of INEP SFedU, since 2023 - Associate Professor of the Department of Physics and Mathematics Foundations of Engineering Education of ICTTB SFedU.
Research interests: condensed matter physics, study of the electronic energy structure of disordered compounds and alloys, compounds containing structural defects, and nanostructures. Over 100 scientific papers have been published.
Scientific papers:
1. Nikiforov I. Ja., Kolpachev A.B. Electronic structure of niobium nitrocarbides // Phys. Status Solidi (b), ; 1988, ; v. 148, ; No. 2, ; pp. 205 ; 211.
2. Bazhin I.V., Kolpachev A.B., Nikiforov I. Ja. Electronic Energy Structure of Substoichiometric Molybdenum Carbides in Different Crystallographic Modifications. // Physica Status Solidi (b), ; 1989, ; v.156, ; No. 2, ; pp. 309 - 317.
3. Ya. Nikiforov, O. V. Kolpacheva, I. V. Bazhin, A. B. Kolpachev Electronic structure of nonstoichiometric transition metal carbides: A comparison of theory with XPS, EELS and XANES spectra // Journal of Electron Spectroscopy and Related Phenomena, -1994, ; 68, ; pp. 215 - 222.
4. Zakharov A.G., Kolpachev A.B., Arzumanyan G.V. Calculation of the densities of electron states in a silicon-tungsten-silicon heterostructure. // News of higher educational institutions. Ser. Electronics. ; 1996, N 1-2. ; P. 90-94.
5. U. Gelius, A. B. Kolpachev, O. V. Kolpacheva, I. Ya. Nikiforov, A. A. Chularis. Electronic Energy Structure of Titanium Cuprides TiCu and Ti2Cu // Russ. Zh. Structural Chemistry, 2001, Vol. 42, N 4, pp. 695 - 700.
6. U. Gelius, A. B. Kolpachev, O. V. Kolpacheva, I. Ya. Nikiforov, A. A. Chularis. X-ray Photoelectron Spectra and Electronic Energy Structure of Tetragonal Alloys CuxNi1-xTi. // Russ. Zh. Structural Chemistry, 2002, Vol. 43, N 6, pp. 1008 - 1015.
7. A. A. Chularis, O.V. Kolpacheva, A.B. Kolpachev, U. Gelius, I. Y. Nikiforov. The XPS spectrum and the electron energy structure of tetragonal titanium cuprides and TiCuxNi1-x alloys. // Journal of Electron Spectroscopy and Related Phenomena, 2004, v. 137; 140, p. 475 - 480.
8. O. Kolpacheva, A. Kolpachev, I. Nikiforov. The electron energy structure of titanium and zirconium cuprides / ®k-Conference, Berlin, 2010, p. 232.
9. Kolpachev A.B., Kolpacheva O.V. Electron energy structure of titanium cuprides and CuTiNi alloys. // LAP Lambert Academic Publishing, 2011, 194 p.
10. Lavrentyev A.A., Gabrielyan B.V., Wu V.T., Shkumat P.N., Kolpachev A.B. Quantum-mechanical calculations of the electronic structure of phosphorus-containing sulfides Sn2P2 S6 and Tl3Ps4 // Bulletin of the Russian Academy of Sciences. Physical Series, 2015, Vol. 79, No. 6, p. 888; 892.
11. Kolpachev A.B., Kolpacheva O.V., Topolov V.Yu. The role of the distance learning system in the independent work of students in the fundamental discipline "Physics". - Modern information technologies: trends and development prospects [Electronic resource]: Proceedings of the XXXII scientific conference (Southern Federal University, Rostov-on-Don, April 17-19, 2025) - Rostov-on-Don; Taganrog: Publishing House of the Southern Federal University, 2025. p. 218–221.
1998. Laureate of the Rostov Region Governor's Grant for his significant contribution to the development of natural science education in the Rostov Region.
From 1991 to the present, he has taught a course in general physics at the department. He taught the course "Modern Concepts of Natural Science." Recently, he has developed and taught the following courses at the department: "Thermodynamics and Heat Transfer," "Special Sections of Physics. Mechanics," and "Quantum Mechanics." He has published over 30 methodological works on various sections of physics courses, thermodynamics, quantum mechanics, and concepts of modern natural science. For his success in using the SFedU Incampus information environment in the educational process, he was awarded the Incampus Master 2009 award. Recently, he has been working on the implementation of modern information technologies in the educational process, as well as testing and interactive methods for assessing student knowledge. He is the author of two educational programs (electronic textbooks). He developed and implemented three electronic courses in various areas of physics into the curriculum, and published several papers on the application of modern technologies in physics education. In recent years, he has published seven textbooks on various sections of the physics curriculum.
He participates in organizing of the SFedU Physics Olympiad and the "Engineer - Profession of the Future" Olympiad for schoolchildren.
Along with his work in the Physics Department from 1990 to 2007, and from 2014 to 2018, he taught at the Taganrog Municipal Comprehensive Lyceum. During this time, he has trained numerous winners of city, regional, and state physics olympiads, for which he has been repeatedly awarded prizes and certificates.
Since 2023, he has been teaching advanced training courses in physics for teachers in the region as part of the Scientific and Educational Center for MP at the ICTIS of Southern Federal University.
