Pilipenko, Vladimir Alexandrovich

Vladimir Aleksandrovich Pilipenko was born on July 18, 1949 in the city of Mozyr, Gomel region, in a family of employees, by nationality - Belarusian. In 1966, he graduated from high school No. 4 in Mozyr with a silver medal and entered the first year of physics at the Faculty of Radiophysics and Electronics of Belorussian State University named after V.I. Lenin. In 1971 he graduated from this faculty and was sent to work at the Special Design Bureau of the Semiconductor Devices Factory named after F. E. Dzerzhinsky , where he went from engineer to deputy director of the State Center "Belmikroanaliz" scientific and technical center "Belmikrosistemy" NPO "Integral". In 1981, after completing extramural postgraduate studies, he defended his thesis on the specialty of solid - state electronics and integrated circuitry , including materials, technology and special equipment. In 1990 he defended his doctoral dissertation in the field of solid - state electronics and microelectronics ^[2] .

Since 1981, working part-time at the Belarusian State University as a teacher. In 1995, he received the title of professor in the Department of Semiconductor Physics, where he now works part-time as a professor . In 2000, he was elected a corresponding member of the NAS of Belarus ^[3] .

He is currently the chairman of the expert council of the Higher Attestation Commission of the Republic of Belarus deputy. Chairman of the State Expert Council for Instrument Engineering, Radioelectronics and Optics of the State Committee for Science and Technology , member of the interdepartmental expert council for the priority area of ​​fundamental and applied research “Competitive products of radio, micro-, nano-, microwave and power electronics, microsensorics , laser-optical equipment, development new types of devices, including for scientific purposes ”, a member of the Council for the Defense of Dissertations at the Belarusian State University, a member of the Academic Council of the Physics Department of BSU , a member of the board I am a Physical Society of Belarus, a member of the editorial board of the journal “BSUIR Reports”, a member of the International Institute of Electrical and Electronics Engineers (IEEE, New York , USA ), a member of the Scientific Advisory Board of the American Biographical Institute ( USA ). ^[2]

In 1997, for his active work in implementing the Belelectronika scientific and technical program and for organizing the work of the State Expert Council on Radio Electronics, Instrument Engineering and Computer Engineering, he was awarded the State Committee for Science and Technology Certificate of Honor, and in 2004 for active work in the preparation and certification of scientific and scientific-pedagogical highly qualified personnel - certificate of honor of the Higher Attestation Commission of the Republic of Belarus. In 2000, with a team of employees of the Institute of Physics of NAS B with the scientific work “Development of equipment and methods for laser cleaning of metal works of art” ^[1], he won the competition in the Department of Physics, Mathematics and Computer Science of NAS B for the best work in the field of scientific and technological developments and practical use of research results in the national economy of the Republic of Belarus ^[3] .

In 2010, for his enthusiasm, high scientific reputation and recognized achievements in the field of science and technology, which enriched the treasury of human knowledge, he was awarded the Da Vinci diamond by the International Biographical Center (Cambridge, England) and included in the information guide “2000 Outstanding Intellectuals of the 21st Century”.

He performed research in the field of controlled modification of the properties of semiconductors , thin films of metals and dielectrics. He discovered the effects that accelerate the processes of modifying the properties of various materials under the influence of light pulses and suggested the mechanisms of their occurrence: doubling the diffusion coefficient of impurities and the absence of the effect of displacing the base by the emitter during solid-phase recrystallization of ion-doped silicon layers; the formation of the equilibrium, thermostable structure of doped aluminum films and their contact with silicon; single-stage formation of titanium disilicide. He developed methods for calculating temperature conditions and determined the optimal conditions to minimize such stresses ^[2] .

He carried out modeling of the processes of formation of various thin-film systems using fast heat treatment: gettering, melting of low-melting glass, recrystallization of aluminum films, diffusion synthesis of silicides of various metals, etc. He developed the technology for creating integrated circuits based on fast heat treatments.

During my scientific career I have published 294 scientific papers, both in our country and abroad, including 7 monographs, 38 inventions and 2 patents of the Republic of Belarus. For inventive activities awarded the badge "Inventor of the USSR." Under my leadership, 6 employees of the Scientific and Technical Center “Belmicrosystems” and other organizations defended their dissertations. Monographs, textbooks, discoveries

• Pilipenko V.A. et al. Physical foundations of fast heat treatment. Temperature fields and design features of the equipment. - Мn .: BSU, 2000 .-- 136 p.
• Pilipenko V.A. et al. Physical foundations of fast heat treatment. Creation of multi-level metallization. - Мn .: BSU, 2000 .-- 146 p.
• Pilipenko V.A. et al. Physical foundations of fast heat treatment. gettering, annealing of ion-doped layers, BTO in VLSI technology. - Мn .: BSU, 2001 .-- 146 p.
• Pilipenko V.A. et al. Physical foundations of fast heat treatment. Annealing of polycrystalline silicon, dielectric films, surface cleaning and epitaxy. - Мn .: BSU, 2002 .-- 131 p.
• Pilipenko V.A. et al. Physical measurements in microelectronics. - Мn .: BSU 2003 .-- 171 p.
• Pilipenko V. A. Fast heat treatments in VLSI technology. - Мn .: BSU 2004 .-- 532 p.
• Pilipenko V.A. et al. Phases of implementation in the technology of semiconductor devices and VLSI. - Kharkov: Institute of Single Crystals 2008. - 408 p.

• Pilipenko V.A., Ponaryazov V.V., Gorushko V.A., Shvedov S.V., Petlitskaya T.V. Influence of vertical scaling on static and dynamic parameters of bipolar microcircuits. Bulletin of BSU, series 1, No. 2, 2011, p.37.
• Pilipenko V.A., Petlitsky A.N., Gorushko V.A., Shvedov S.V., Ponaryadov V.V. Method and installation of flatness control of semiconductor wafers. Instruments and methods of measurement, No. 1 (2), 2011, p. 71
• Pilipenko V.A., Gorushko V.A., Shvedov S.V., Petlitskaya T.V., Ponaryadov V.V. Influence of fast heat treatment on TiSi2 structures and conductivity of metallization tires based on it. Materials of the 8th International Conference “Interaction of Radiations with a Solid”. Minsk, 2011, p.271.
• Pilipenko V.A., Ponaryazov V.V., Gorushko V.A., Shvedov S.V., Petlitskaya T.V., Turtsevich A.S. Features of the formation of ohmic metal-semiconductor contacts for submicron microcircuits. Proceedings of the 7th International Conference "New Electrical and Electronic Technologies and Their Industrial Applications". Zakopane, 2011, p.30.
• Pilipenko V.A., Ponaryazov V.V., Gorushko V.A., Shvedov S.V., Petlitskaya T.V. Influence of vertical scaling on static and dynamic parameters of bipolar microcircuits. Proceedings of the 12th International Scientific and Practical Conference "Modern Information and Electronic Technologies". Odessa, 2011, p. 71.

Materials and structures of modern electronics: a collection of scientific papers of the V International scientific conference (Minsk, October 10–11, 2012) / editorial: V. B. Odzhaev [et al.]. - Minsk, 2012.

https://www.bsu.by/?guid=109971

Pilipenko Vladimir Alexandrovich // Prafesary and Dactars of the Belarusian Studies of the Dzarzhaўnaga Universiteta, 1921-2001: 80 years. - Minsk, 2001 .-- S. 194.