Search Results - "Emlin, R. V."

Electronic Mechanism of Propagation of Nanosecond Breakdown Channel in Liquid Organic Dielectrics by Emlin, R. V., Punanov, I. F., Kulikov, V. D.

“…The mechanism of anode-initiated breakdown in liquid organic dielectrics with long molecular chains is proposed on the basis of the experimental data on high…”
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Studying the fine structure of a nanosecond breakdown channel in potassium chloride by Emlin, R. V., Punanov, I. F.

“…The fine structure of a breakdown channel from a positive electrode in KCl single crystal is studied in the multipulse exposure at a voltage of 140 kV. The…”
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Measurement of ion concentration in plasma bunches of nanosecond vacuum surface flashover at 140 KV by Punanov, I. F., Emlin, R. V., Morozov, P. A., Cholakh, S. O.

“…Ion concentration and velocity spectra of ions generated by nanosecond pulsed high-voltage discharge over polyethylene and lithium fluoride in vacuum are…”
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Resistance of a pulsed electrical breakdown channel in ionic crystals by Punanov, I. F., Emlin, R. V., Kulikov, V. D., Cholakh, S. O.

“…A technique for estimating the resistance of the electrical breakdown channel in ionic crystals is proposed. This technique is based on measuring the channel…”
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Measurement of the high-voltage breakdown channel propagation velocity in crystalline and amorphous quartz on a subnanosecond time scale by Emlin, R. V., Gilev, A. S.

“…The formation time of a breakdown channel in 0.5- to 1.6-mm-thick crystalline and amorphous quartz samples is measured at a pulse voltage of 240 kV, and the…”
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Anisotropy of electrical breakdown in crystalline quartz by Emlin, R. V., Barakhvostov, S. V., Kulikov, V. D.

“…Partial breakdown of crystalline silicon dioxide in a pulsed nonuniform electric field is considered. Breakdown channels lie in planes of silicon ions that are…”
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Study of breakdown in yttrium aluminum garnet at subnanosecond times of increasing voltage by Punanov, I. F., Emlin, R. V., Gilev, A. S., Cholakh, S. O.

“…Crystallographically oriented channels with bottlenecks in the regions of reflection of the pulses have been obtained in aluminum yttrium garnet during…”
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Investigation of breakdown in porous ceramics initiated by nanosecond pulses by Punanov, I. F., Emlin, R. V., Morozov, P. A., Cholakh, S. O.

“…Breakdown delay times are measured and velocities of forming a conductive channel in aluminum oxide based porous ceramic materials impregnated with transformer…”
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Influence of the magnetic field on the velocity of the ion component of the particle beam generated during a nanosecond vacuum dielectric flashover by Gilev, A. S., Morozov, P. A., Emlin, R. V., Punanov, I. F., Cholakh, S. O.

“…Results of experimental investigations into the influence of the direction of magnetic field of 0.06 T on the velocity of ion component of particle flux…”
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Measurement of Parameters of Particle Beams Generated by High-Voltage Surface Vacuum Discharge in Coaxial and Linear Electrode Geometry by Morozov, Pavel A., Punanov, Ivan F., Emlin, Rafail V., Gilev, Arkady S.

“…The results of the measurement of the parameters of particle beams generated by a high-voltage nanosecond anode-initiated surface vacuum discharge are…”
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Plasma generation by a pulsed nanosecond discharge on a surface of porous dielectric saturated with liquid by Morozov, P. A., Emlin, R. V., Punanov, I. F.

“…This work presents the results of the experimental study of a method of liquid propellant supply by the means of a porous ceramic diffusion element placed in a…”
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Multi-pulse nanosecond electrical breakdown in perfluorinated liquids at 140 kV by Punanov, I. F., Emlin, R. V., Morozov, P. A., Cholakh, S. O.

“…In this work, we present the results of measurements of the electrical breakdown velocity in perfluorinated liquids of several chemical classes. Breakdown is…”
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Investigation of parameters of plasma in nanosecond breakdown channels in alkali-halide single crystals by Punanov, I. F., Emlin, R. V., Morozov, P. A., Cholakh, S. O.

“…In this work parameters of plasma in channels of nanosecond pulsed breakdown in alkali-halide single crystals at 140 kV were investigated. It has been shown…”
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