Gurevich, Vladimir Igorevich

V.I. Gurevich was born in 1956 in Kharkov. In 1973, he graduated from 61 high school in Kharkov with an honorary diploma in physics. In 1978 he graduated with honors from Kharkov National Technical University. Petra Vasilenko , Faculty of Electrification (now the Institute of Energy and Computer Technology) with a degree in Power Supply. From 1980 to 1983 he studied at graduate school. In 1986 he defended his thesis on the topic: “Quasistatic switching and control equipment with high potential isolation” (DSP) at the National Technical University “Kharkov Polytechnic Institute” with a degree in “Electrical Appliances”

Bronze medal of VDNH of the USSR "For achievements in the development of the national economy of the USSR", 1976

Bronze medal of VDNH of the USSR "For achievements in the development of the national economy of the USSR", 1984

Silver medal of VDNH of the USSR "For achievements in the development of the national economy of the USSR", 1991

Medal of the Ministry of Higher and Secondary Special Education of the USSR "For the Best Student Scientific Work", 1977

Honorary Badge "Inventor of the USSR", 1976

Laureate Diploma of the All-Union Exhibition of Scientific and Technical Creativity of Youth, 1976

Diploma of the All-Union Council of Scientific and Technical Societies (VSNTO USSR), 1977

Diploma of the Ministry of Higher and Secondary Special Education of the USSR, 1978

Prize winner Komsomol of Ukraine, 1978

Certificate of Presidium of the Academy of Sciences of Ukraine, 1983

Professor Emeritus, 2006

V.I. Gurevich worked as a teacher, acting Associate Professor of Kharkov National Technical University. Petra Vasilenko, chief engineer and director of the Inventor Scientific and Technical Enterprise (Kharkov). He led several projects for the development of new types of equipment, commissioned by the Ministries of Defense Industries of the USSR, including those included in the types of special equipment, such as:

• ground equipment of the S-300 anti-aircraft missile system (NIEMI, Moscow)
• special power plant based on the effect of superconductivity for demagnetization of the hulls of nuclear submarines (TsNIISET, St. Petersburg)
• TWT protection device of a powerful ship communication transmitter (FGPU NIIRadio, Moscow)
• power supply system of increased survivability of maintenance-free reinforcing points (NUP) of long wire lines of special communications (Research Institute "Soliton", Ufa)
• power supply system for modulator cabinets of a powerful ground-based radar for early detection of air defense (FGPU Pravdinsky Radio Plant, Pravdinsk, Nizhny Novgorod Region)
• power supply system of the radio complex “Bumblebee” in the radar for long-range radar detection and control (DRLO) type A-50 (VNIIRT, Moscow)
• device for testing the insulation of airborne multicore cables in the process of rocket production (Scientific Research Institute of Engineering Technologies, Perm)
• powerful electrophysical installations for special purposes (NIIEFA named after Efremov, St. Petersburg),

and also engaged in the development and organization of the production of automation devices for the energy and industry.

Currently V.I. Gurevich works in the Electrical Company of Israel as a Senior Specialist, Head of Section of the Central Electric Laboratory. Main research interests: reliability of microprocessor relay protection devices , protection of electronic and electrical equipment of power systems from an electromagnetic pulse of a high-altitude nuclear explosion (EMR).

V. I. Gurevich - member of the editorial boards of international scientific and technical journals:

Electrotechnics and Electromechanics

International Journal of Research Studies in Electrical and Electronics Engineering

Journal of Electrical and Electronic Engineering

Energy and Computer-Integrated Technology ii in agribusiness

1. High-voltage automation devices on reed switches . - Haifa, 2000 .-- 367 p.
2. Electrical relays. Device, principle of action, application. Handbook of Electrical Engineering - M .: Solon-Press, 2011. 688с.
3. Microprocessor protection relays. Device, problems, prospects. - M .: Infra-Engineering, 2011 .-- 336 p., ISBN 978-5-9729-0043-5
4. Relay protection power supplies. Problems and solutions. - M .: Infra-Engineering, 2013 .-- 288 p., ISBN 978-5-9729-0057-2
5. Vulnerabilities of microprocessor protection relays. Problems and solutions. - M .: Infra-Engineering, 2014 .-- 256 p., ISBN 978-5-9729-0077-0
6. Problems of standardization in relay protection . - St. Petersburg: Publishing House DEAN, 2015. -168 p.
7. Protection of substation equipment from electromagnetic impulse. M .: Infra-Engineering, 2016 .-- 302 p., ISBN 978-5-9729-0104-3
8. The electromagnetic pulse of a high-altitude nuclear explosion and the protection of electrical equipment from it. - M .: Infra-Engineering, 2018 - 508 p., ISBN 978-5-9729-0273-6 .

1. ↑ Vladimir Gurevich (neopr.) . Goodreads. Date of treatment May 29, 2017.
2. ↑ Dr. Vladimir Gurevich - Google Scholar Citations (Neopr.) . scholar.google.com Date of treatment May 29, 2017.
3. ↑ Books, articles, and patents of V. Gurevich (Neopr.) . gurevich-publications.com. Date of treatment May 29, 2017.

• Personal site of Vladimir Gurevich