​​The department was founded in 1932.

 

Summary

The Department of Physics and Technology of Electrical Materials and Components educates specialists and researchers in the field of electrical materials science, electronic materials, electrical insulation and cable technology.

Graduates of the department successfully work in the electrotechnical industry, power engineering, research and production organizations and firms. Among them Vladimir I. Shimko - Minister of Radio Engineering Industry of the USSR, Anatoly F. Trutko - Director of Research Institute "Pulsar", V.G. Ogonykov - Director of VNIIEIM (All-Union Scientific Research Institute of Electrical Insulation Materials), I.B. Peshkov - Director of VNIIKP (All-Russian Scientific and Research Design and Technological Institute of Cable Industry), Ivan A. Scherbakov - Director of IOF RAS (Prokhorov Institute of General Physics, Russian Academy of Sciences), academician of Russian Academy of Sciences and many others.

The department was founded in 1931, when the Department of Electrical Materials Science headed by Professor E.F. Komarkov was created. In 1939 the department of Cable Technology headed by Professor S.M. Bragin was formed. In 1952, on the basis of these departments the Department of Electrical Materials and Cables, headed by Professor N.G. Drozdov was created. In 1992 the department received the current name Physics of Electrical Materials and Components.

Traditionally, the scientific activities of the department are related to the development and research of electrical and electronic engineering materials, the design and development of electrical insulation, cables, wires, semiconductor materials and elements, including:

  • composite radio absorbing materials and coatings;
  • new electrotechnical materials;
  • nanomaterials for various applications;
  • optimization of cable constructions and production technologies, including optical cables;
  • web-applications and electronic textbooks for blended and distance education.

Recent projects

  • Development and research of composite materials.
  • Study of electrical, thermal and mechanical properties of insulating materials.
  • Investigation of electro-physical processes occurring in oil emulsions.​

Features

​A special feature of the department is its focus on solving material science problems in power engineering and electrical engineering. Along with engineering training, graduates of the department gain knowledge and skills in solid state physics, chemistry and technology of electrotechnical materials and products.

Unique equipment

The department uses state-of-the-art equipment for research and testing of electrical materials and products, including:

  • climatic chamber heat-cold-moisture UP-340TXV for testing products of electrical insulation, cable and capacitor technology;
  • planetary mill Pulverisette 5, Fritsch for grinding and mixing of solid powdery materials;
  • Binder FD 53 forced-air drying cabinet for drying electrotechnical materials after different technological modes;
  • table scanning electron microscope SemTrac mini for microanalysis of materials, examination of dispersity of powders, the shape of particles;
  • EDX Spectrometer Quantax 100+ for Table Top SEM;
  • ElmaSonic S60 H5.5 l ultrasonic washer for both removing complex contaminants from test samples and preparing samples for testing;
  • Tracking test apparatus 600V T4-41 for measuring the resistance of electrical products to electric fields in various climatic conditions;
  • GLOW WIRE apparatus for determining the resistance of electrical insulating materials to high temperatures;
  • tensile testing machine Н10К-Т for testing of metals and polymer materials;
  • set of general laboratory equipment for the laboratory practical work on the chemistry of polymeric insulating materials;
  • PG330 AENEA device for testing the resistance of electrical insulating materials to high voltage electric arc;
  • instrument for determining the Vicat softening point (VST) and strain heat resistance (HDT);
  • DTC-300 thermal conductivity meter for studying thermal physical properties of various materials.

In addition, the department has:

  • equipment for synthesis of high-temperature oxide compounds by optical zone melting;
  • equipment for thermographic and microcalorrhythmic analysis.

The department has laboratories for the educational courses "Electrical Materials Science", "Materials of Electronic Technology", "Radio Materials and Radio Components", "Semiconductor Devices and Components" and others.

Laboratory of Chemistry of Insulation Materials

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Climatic chamber

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Tensile testing m​​achine

Vicat softening temperature (VST) and deformation heat resistance (HDT) meter

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High Voltage Arc Resistance Test Instrument "PG-330"

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Tracking Index test apparatus 600V T4-41

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GLOW WIRE hot wire resistance meter

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Computerized test benches for studying the characteristics of semiconductor devices (Hall effect, optoelectronic devices)

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Bench for measuring static characteristics of semiconductor devices

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Educational programs

Bachelor

11.03.04 Electronics and nanoelectronics. Nanotechnology in Electronics

13.03.02 Electric power engineering and electrical engineering. Electrical Insulation, Cable and Capacitor Engineering 

Master

11.04.04 Electronics and nanoelectronics. Semiconductor materials and structures

13.04.02 Electric power engineering and electrical engineering. Electrical Materials, Physics and Techniques of Electric Insulation, Cables and Electric Capacitor Engineering

PhD

1.9 1.3.11 Semiconductor physics

1.13 2.4.1 Theoretical and applied electrical engineering. Electrical materials and products

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