Search Results - "Revazov, V. O."

Equipment and Apparatus for Studying the Vacuum Properties of Materials and Highly Sensitive Control of the Leak Detection of Gas-Filled Spark Gaps by Bushin, S. A., Davydov, S. G., Revazov, V. O., Yakubov, R. Kh

“…The paper presents the results on work on the development and creation of electrophysical equipment designed for in-depth study of issues related to the…”
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Creation of Promising Thin Film Electrode Using Vacuum Deposition Methods by Davydov, S. G., Dolgov, A. N., Kozlov, A. A., Maksimov, V. A., Revazov, V. O., Yakubov, R. Kh

“…The automated vacuum technology complex LOTUS 2I-VE is presented, and the current state in the field of creation of film electrode systems is considered. The…”
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Installation for Diagnostics of Physical Processes in a Laser-Triggered Switch by Davydov, S. G., Revazov, V. O., Seleznev, V. P., Skorobogatykh, M. S., Yakubov, R. H.

“…The paper presents the results of the creation of a new tool that allows one to study the physical processes occurring during the operation of a pulsed switch…”
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Investigation of Laser-Produced Plasma in a Dilute-Gas Environment by Means of a Single Electrostatic Probe by Davydov, S. G., Dolgov, A. N., Katorov, A. S., Revazov, V. O., Yakubov, R. Kh

“…Processes accompanying the action of nanosecond laser radiation with an intensity of about 10 13 W/m 2 on a metal target in vacuum are investigated. A single…”
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Fast Shadow Visualization of a Pulsed Discharge in a Short Gas Gap by Davydov, S. G., Dolgov, A. N., Kozlov, A. A., Revazov, V. O., Yakubov, R. Kh

“…A study of the switching process of a short (1 mm) gas gap initiated by a spark discharge along the dielectric surface was carried out by the metho d of…”
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Probe Investigation of Laser-Produced Plasma at Radiation Intensity on the Target at the Level of 109 W/cm2 by Davydov, S. G., Dolgov, A. N., Katorov, A. S., Revazov, V. O., Yakubov, R. Kh

“…Appearance of three groups of charged particles upon interaction of an optical laser pulse with intensity of ~10 9 W/cm 2 with a metal target in a dilute-gas…”
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Some Results of the Application of the Probe Method to Studying Laser Plasma at the Radiation Intensity on the Target of ~109 W/cm2 by Davydov, S. G., Dolgov, A. N., Katorov, A. S., Revazov, V. O., Yakubov, R. Kh

“…Three groups of charged particles are recorded at the impact of the laser radiation pulse with a metal target in a rarefied gas medium. The optical range laser…”
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THE TEMPORARY CHARACTERISTICS OF VACUUM DISCHARGE WITH LASER IGNITION by Davydov, S. G., Dolgov, A. N., Katorov, A. S., Revazov, V. O., Yakubov, R. Kh

“…A study was made of the switching process of a vacuum discharger ignited by a pulsed solid-state laser operating in the Q-switched mode. The dependence of the…”
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The process of commutation of small vacuum gaps with initiation by an electric spark plasma and laser plasma by Asyunin, V. I., Davydov, S. G., Dolgov, A. N., Kozlovskaya, T. I., Revazov, V. O., Seleznev, V. P., Yakubov, R. H.

“…For a vacuum spark gap with initiation by an electric spark plasma, the limited possibilities of controlling the delay time of switching by varying the energy…”
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Laser triggered discharge gap by Revazov, V. O., Davydov, S. G., Dolgov, A. N., Seleznev, V. P., Yakubov, R. K.

“…For vacuum discharge gap with ignition by plasma of the electric spark it is demonstrated that there is insufficiency of the possibilities to control duration…”
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Study of the effect of properties of material on vacuum breakdown initiated by laser radiation by Seleznev, V. P., Revazov, V. O.

“…In this work, the effect of various properties of materials on vacuum breakdown initiated by laser radiation is considered. Estimating calculations are…”
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Process of commutation of a vacuum electric-discharge gap by laser plasma by Davydov, S. G., Dolgov, A. N., Kozlovskaya, T. I., Revazov, V. O., Seleznev, V. P., Yakubov, R. Kh

“…The temporal parameters of a process of vacuum gap commutation under exposure to a nanosecond pulse of laser radiation incident on the cathode has been studied…”
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The effect of pulsed vacuum-arc discharge on the surface of elements of a discharger by Asyunin, V. I., Bushin, S. A., Davydov, S. G., Dolgov, A. N., Pilyushenko, A. V., Pshenichnyi, A. A., Revazov, V. O., Yakubov, R. Kh

“…Regularities of erosion and transport of the material of discharger elements have been studied by the methods of surface structure visualization and X-ray…”
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