Kardashev Genrih

Doctor of Technical Sciences.

Professor of Moscow State University of Environmental Engineering.

Contact Information:

127055, Moscow, st. Novolesnaya, 3- 2-57
e-mail: gkardashev@yandex.ru
Tel. mob.: 8 (915) 250 68 80
Website: http://michm.ru/

Profile

  • Honorary Worker of Higher Professional Education of the Russian Federation.
    Author of over 100 works, including 2 scientific monographs, 3 books on electronics, 68 certificates of industry and state registration of development (including one UK patent).
  • Professor-consultant of the MOSCOW INSTITUTE FOR ADVANCING THE QUALIFICATION OF WORKERS OF THE CHEMICAL INDUSTRY and ENGINEERINGFILTER (NIICHIMMASH), Moscow.
  • Head of the site “Virtual MIKhM” http://michm.ru/

Research interests

Investigation of the mechanisms of the processes of chemical technology under special physical influences (acoustic fields, especially ultrasound and shock waves; electromagnetic fields, including the microwave range; lasers), the development on this basis of non-standard high-tech processes and their hardware design, as well as the intensification of existing technological processes; energy and resource conservation, development of these studies in the field of electromagnetic ecology and nanotechnology.

Engineering education problems and popularization of scientific and technical achievements.

Primary publications

  1. Kardashev G.A., Mikhailov P.E. Heat and mass transfer acoustic processes and devices. M., “Mechanical Engineering”, 1973, 223 p.
  2. Kardashev G.A. Physical methods of intensification of chemical technology processes. – M .: Chemistry, 1990 .– 208 p.
  3. Kardashev GA .. Virtual electronics. Computer simulation of analog devices. – M .: Hot line-Telecom, 2002, 260 p.
  4. Kardashev G. A. Digital electronics on a personal computer. – M .: Hotline-Telecom, 2003, 311 p.
  5. Kardashev G. A .. Radio electronics with a computer and a soldering iron. – M .: Hot line-Telecom, 2007, 350 p.
  6. Generalized approach to automation of control and intensification of complex chemical engineering systems. // SSTU, 2011. № 3 (58), issue 2, pp. 92 – 99. (Co-author Mokrova N.V.)
  7. Computer analysis of the influence of the design and operating parameters of the vortex ejector on the injection coefficient. Chemical and Oil and Gas Engineering, No. 3, 2012, p. 5 – 9. (Co-authors Lagutkin M.G., Isaev S.V.)
  8. Modernization of high-tech systems for processing natural raw materials. // Automation and modern technologies. 2012, No. 6. P. 34 – 39. (Co-author Mokrova N.V.)