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Your search keyword '"Yu. M. Bazhenov"' showing total 4 results
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4 results on '"Yu. M. Bazhenov"'

2. Dependence of penetration of highway bitumens on temperature

Author

Yu. M. Bazhenov and V. P. Bukhaev

Subjects
Fuel Technology, Materials science, Asphalt, General Chemical Engineering, Energy Engineering and Power Technology, Thermodynamics, General Chemistry, Penetration (firestop), Research purpose
Abstract

1. A simple formula is proposed making it possible to determine the value of penetration of highway bitumens in a temperature interval of from plus 30 to minus 30 °C and giving good agreement with experimental results. 2. The determination of penetration of highway bitumens at various temperatures should be carried out with an identical charge of 100 g and a time of 5 sec for research purposes.

Published
1971
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3. Calculation of hydrocarbon-gas separation in a turbulent tube

Author

Yu. M. Bazhenov, A. N. Chernov, A. V. Kilinnik, and N. P. Ignin

Subjects
Condensed Matter::Quantum Gases, chemistry.chemical_classification, Materials science, Turbulence, Mechanical Engineering, General Chemical Engineering, Separation (aeronautics), General Engineering, Thermodynamics, Condensed Matter Physics, Physics::Fluid Dynamics, Hydrocarbon, chemistry, Tube (fluid conveyance), Gas separation, Physics::Chemical Physics
Abstract

The separation of hydrocarbon gases in a turbulent tube is calculated by means of the material-balance method. The results are compared with experimental data.

Published
1976
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4. Use of a cathode-ray tube with a semiconductor laser screen for recording of phase holograms in photoolastic materials

Author

I. M. Pochernyaev, Vladimir I Kozlovskii, A N Pechenov, Yu M Bazhenov, N G Kuvshinskii, V. P. Papusha, A S Nasibov, and L A Mitrofanova

Subjects
Materials science, business.industry, Cathode ray tube, General Engineering, Phase (waves), Holography, Plane wave, Laser, law.invention, Pulse (physics), Optics, Semiconductor, law, Tube (fluid conveyance), business
Abstract

Holograms of plane wave fronts were recorded in photoplastic materials using a cathode-ray tube with a CdS laser screen. The output power of the laser pulses was 1.5 W and their duration was 200 nsec, which was sufficient for the recording of one hologram in a pulse. The light-modulation characteristics of the recorded holograms were determined.

Published
1974
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