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Your search keyword '"A. N. Ostrikov"' showing total 3 results
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3 results on '"A. N. Ostrikov"'

1. Mathematical modeling of product melt flow in the molding channel of an extruding machine with meat filling feeding

Author

G. Jumabekova, Yesmurat Z. Matevey, N. Muslimov, A. Ospanov, Sergey V. Shakhov, A. Timurbekova, and Alexander N. Ostrikov

Subjects
0301 basic medicine, 030109 nutrition & dietetics, Materials science, General Chemical Engineering, 04 agricultural and veterinary sciences, Molding (process), 040401 food science, 03 medical and health sciences, 0404 agricultural biotechnology, Product (mathematics), Composite material, Food Science, Melt flow index, Communication channel
Published
2018

2. Heating Mechanism of Self-Interaction of Potential Surface Waves in a Warm Nonisothermal Plasma Bounded by Metal

Author

N. A. Azarenkov and K. N. Ostrikov

Subjects
Materials science, Field (physics), business.industry, Plasma, Electron, Condensed Matter Physics, Molecular physics, Metal, Optics, Semiconductor, Surface wave, Dispersion relation, visual_art, visual_art.visual_art_medium, Dispersion (water waves), business
Abstract

The influence of electrons heating in the high-frequency potential surface wave (SW) field on dispersion properties of the considered SW is studied in this paper. High-frequency SW propagate at the interface between a warm nonisothermal plasma and a metal. The nonlinear dispersion relation for the SW is derived and investigated. The obtained results are valid in both semiconductor and gaseous plasmas in a weak heating approximation.

Published
1994

3. Nonlinear interactions of azimuthal surface waves in a magnetoactive plasma waveguide

Author

K. N. Ostrikov and O. A. Osmayev

Subjects
Physics, Surface (mathematics), business.industry, Plasma, Condensed Matter Physics, Computational physics, law.invention, Azimuth, Nonlinear system, Four-wave mixing, Optics, Surface wave, Cylindrical waveguide, law, business, Waveguide
Abstract

Several possible three-wave and four-wave interactions, namely decay and modulational instabilities of a specific type of surface waves-azimuthal sufaces waves (ASW)-in a magnetoactive plasma waveguide are considered. The studied ASW propagate in the azimuthal direction at the cylindrical waveguide wall-plasma interface.

Published
1994

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