Recent Posts.

Alexander Minchenko

Dipl.-Eng. in Electronics with major in Laser Technologies and Optoelectronics

Innovation Engineer
Principal Technical Writer

  1. Determination of the ignition threshold of the polychlorovinyl insulation at leakage currents // Problems of electromagnetic ecology in science, technology and education. VII scientific-practical seminar. Ulyanovsk: UlGTU, 2008.
  2. Optimization of the sensor interrogation algorithm of the defective connections detection system in the auxiliary needs systems of the stations and substations (in Russian) // 58th scientific and technical conference MIREA. MOSCOW: MIREA, 2008.
  3. Experiment to determine the ignition threshold of the polychlorovinyl insulation at the leakage currents with the subsequent arc ignition (in Russian) // 57th Scientific and Technical Conference MIREA. MOSCOW: MIREA, 2008.
  4. Research of electrical and lighting characteristics of artificial light sources. M.: MIREA, 2009.
  5. Multistage selective protection – an effective means to reduce damage from fires and electrical injuries. Donetsk: DSTU, 2009.
  6. Investigation of lighting characteristics of artificial light sources. Methodical instructions for laboratory works at the Department of IET. M.: MIREA, 2009.
  7. Reduction of damage from under-utilization of electric power by introduction of systems of complex control of isolation in networks of own needs of power stations and substations. Donetsk: DSTU, 2009.
  8. Localization of feeders with reduced level of insulation resistance relative to the ground in the system of operational direct current of power facilities. Penza, 2010.
  9. Investigation of electrical and lighting characteristics of artificial light sources. 2nd edition. Methodical instructions for laboratory works at the Department of IET. M.: MIREA, 2010.
  10. Concept of organization of automatic search of damaged group network. S-Pb, 2010.
  11. Application of microprocessor devices of control of isolation of a network with isolated neutral in systems of operating current. S-Pb, 2010.
  12. Protective disconnection devices: development trends and prospects. M.:MIREA, 2010.
  13. Patent for utility model No. 117686 dated 01.08.2011. Device for protection of electrical installation with function of emergency electric arc detection. (Authors: A.V. Minchenko, V.K. Monakov, A.A. Kozyrev, S.V. Frolov).
  14. Patent for utility model No. 117734 dated 20.02.2012. Device for dynamic detection of emergency electric discharge. (Authors: Minchenko A.V., Kudryavtsev D.Yu., Kozyrev A.A.)
  15. Patent for invention No. 2479866 dated 20.04.2013. Method of emergency electric arc detection and device for its realization. (Authors: Minchenko A.V., Monakov V.K., Kozyrev A.A., Frolov S.V.)
  16. Patent for invention No. 2515996 dated 20.05.2014. Method of dynamic detection of emergency electric discharge and device for its realization. (Authors: Minchenko A.V., Kudryavtsev D.Yu., Kozyrev A.A.)

Dr. Dmitry Kudriavtsev

Dipl.-Eng. in Electronics with major in Laser Technologies and Optoelectronics

Innovation Engineer
Principal Technical Writer

  1. Mathematical modeling of the heating of a dielectric plate in a rectangular waveguide of variable cross section // Scientific and Practical Conference of Students, Postgraduates and Young Specialists of MIEM. 2006.
  2. Wave phenomena in heat conduction problems and their application in electromagnetic heat treatment of materials // Scientific and practical conference of students, graduate students and young specialists of MIEM. 2007.
  3. Investigation of a rectangular waveguide with a variable cross section and an inhomogeneous absorbing dielectric filling. // Proceedings of the VIII interuniversity scientific school of young specialists “Concentrated energy flows in space technology, electronics, ecology and medicine”. 2007.
  4. Device for dynamic detection of emergency electrical discharge. // Patent of the Russian Federation No. 117734 dated 06/27/2012. // FGBU FIPS.
  5. Method for dynamic detection of emergency electrical discharge and device for its implementation. // Patent of the Russian Federation No. 2515996 dated 05/20/2014. // FGBU FIPS.
  6. Simulator of recognition system of non-stationary switching process. // Certificate of registration of the computer program No. 2013615933 dated 05/20/2013. // FGBU FIPS.
  7. Approach to detection of a non-stationary switching process and synthesis of a recognition system // Scientific and practical conference of students, graduate students and young specialists of MIEM NRU HSE. 2013.
  8. Algorithm for determining the presence of an emergency electrical discharge in power networks. // Sensors and systems. 2013. No. 2. S. 49-51.
  9. Method for recognizing indications of arrow indicators. // Innovative Information Technologies: Materials of the International Scientific and Practical Conference. Prague, 2014, April 21-25. Part 3. P.3-7. HSE, 2014.
  10. The principle of operation of the device for protecting electrical installations from arc faults. // Electro: Electrical engineering, power industry, electrical industry. 2014. No. 1. S. 28-31.
  11. Development of an ultrasonic pulse sphygmometry device. // Collection of articles of the International scientific-practical conference ”Actual problems of medicine of the XXI century”. Ufa: Aeterna, 2014, pp. 35-39.
  12. Telemetry of water pressure of sprinkling equipment during the entire irrigation cycle // Quality. Innovation. Education. 2014. No. 11. S. 50-54.
  13. Relative Navigation for Node of Wireless Decentralized Network. // Distributed Computer and Communication Networks (DCCN). 2015. Communications in Computer and Information Science (CCIS). Vol.601. P.157-166. Springer.
  14. The principle of protection of electrical installations from arc faults. // Collection of scientific papers of the Second International Scientific and Practical Conference ”Actual problems and prospects for the development of radio engineering and infocommunication systems” (Radioinfocom-2015). pp.161-166. // MSTU MIREA. 2015.
  15. Calculation of the time-current characteristic of an arc-fault/flash protection device based on the model of a series arc fault when a cable conductor breaks. // Fire and explosion safety. Fire and Explosion Safety. 2016. Volume 25. No. 11. pp. 45-50. // DOI:10.18322/PVB.2016.25.11.45-50.
  16. Computationally efficient mathematical model of flight of aircraft // Izvestiya vuzov. Aviation technology. 2016. No3. pp. 45-51.
  17. Computationally Effective Mathematical Model of Airplane Flight. // Russian Aeronautics. 2016. Vol.59. P.344-350.
  18. Arc fault protection. Time-current characteristic of the device. // Energy safety and energy saving. 2016. No. 6(72). pp. 5-8. // DOI: 10.18635/2071-2219-2016-6-5-8.
  19. Application of combinatorial optimization methods to the choice of the optimal element base of a technical system. // Design and technology of electronic means. 2017. No3.
  20. Electrical safety: Theory and practice: monograph. M.: Infra-Engineering, 2017.

Dmitry Budnikov

Dipl.-Eng. in Electronics with major in Laser Technologies and Optoelectronics

Innovation Engineer
Principal Technical Writer

  1. Software for the interaction and management of an autonomous platform designed to move the payload in stores and warehouses with a dynamic change in the environment (version 2). Certificate of state registration of a computer for computers No. 202166609 October 18, 2021
  2. Patent research on the topic “Comprehensive solutions for processing related, heterogeneous primary medical information in the diagnosis of cardiological diseases.” 2021

Ostap Dregval

Dipl.-Eng. in Electronics with major in Laser Technologies and Optoelectronics

Innovation Engineer
Principal Technical Writer

  1. “Macroporous Hyaluronic Acid/Chitosan Polyelectrolyte Complex-Based Hydrogels Loaded with Hydroxyapatite Nanoparticles: Preparation, Characterization and In Vitro Evaluation”