01.04.14 (Heating physics and theoretical heating engineering)
Birth date:
10.05.1965
E-mail:
Keywords:
plasmatron, design, gas dynamics, gas vortex stabilization, numerical modeling, efficiency, air plasma cutting
UDC:
533.924, 536.244.621.785.5.6, 533; 621.791
Subject:
Development of scientific foundations for the design of plasma torches and their application in industrial and environmental technologies, heat and mass transfer in solids, problems of industrial and environmental safety.
Main publications:
Anakhov S.V., Printsipy i metody proektirovaniya plazmotronov, Izd-vo Ros. gos. prof.-ped. un-ta, Ekaterinburg, 2018
Anakhov S.V., Pykin Yu.A., Plazmotrony: problema akusticheskoi bezopasnosti. Teplofizicheskie i gazodinamicheskie printsipy proektirovaniya maloshumnykh plazmotronov., RIO UrO RAN, Ekaterinburg, 2012
S.V. Anakhov, Yu.A. Pykin, A.V. Matushkin, “Narrow Jet Plasma as the Energy Efficient and Safe Technology for Metal Cutting”, Solid State Phenomena (Material Science Forum)., Volume 870 (2016), p. 523-527
Anakhov S., Singer X., Singer W., Wen H., “Gases and RRR distribution in high purity niobium EB welded in Ultra-High Vacuum”, Proceedings ISOHIM-2005, V.837, AIP, New-York, USA, 2006, p.71-85
S. V. Anakhov, N. N. Alekseenko, Yu. A. Pykin, S. I. Fominykh, “A method for calculating temperature fields in the process of plasma hardening with scanning”, TVT, 32:1 (1994), 40–43; High Temperature, 32:1 (1994), 38–41
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