Search Results - "Korolev, Y. D."

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  1. 1

    Methods of triggering for the cold-cathode thyratrons with a trigger system based on an auxiliary glow discharge by Korolev, Y. D., Landl, N. V., Geyman, V. G., Argunov, G. A., Frants, O. B., Bolotov, A. V.

    Published in AIP advances (01-08-2019)
    “…The paper deals with the investigations of the modernized version of the cold-cathode thyratron TPI1-10k/50 as applied to the problem of nanosecond triggering…”
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    Journal Article
  2. 2

    Monte Carlo Simulation for Electron Avalanches at High Reduced Electric Field as Applied to Townsend Discharge Current in Nitrogen by Grishkov, A. A., Korolev, Y. D., Shklyaev, V. A.

    “…We deals with the Monte Carlo simulation of the Townsend discharge current in a vicinity of minimum of Paschen’s curve when the high reduced electric fields, E…”
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  3. 3

    Production of nitrogen oxides in a positive column of a glow-type discharge in air flow by Landl, N. V., Korolev, Y. D., Nekhoroshev, V. O., Frants, O. B., Argunov, G. A., Kasyanov, V. S.

    Published in Plasma chemistry and plasma processing (01-09-2022)
    “…This paper deals with the investigations of a low-current glow-type discharge in air flow as applied to the problem of nitrogen oxide production. The electrode…”
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  4. 4

    Mechanism of Triggering for the Pseudospark Switch with a Trigger Unit Based on Surface Discharge by Korolev, Y. D., Landl, N. V., Frants, O. B., Geyman, V. G., Bolotov, A. V., Nekhoroshev, V. O.

    “…Data on study of the pseudospark switch with the trigger unit based on the pulsed discharge over ceramic surface with a trigger voltage at a level of 3 kV and…”
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  5. 5

    Study of the Plasma Jet Formed by the Glow Discharge in an Air Flow at the Positive Polarity of the Potential Electrode of a Low-Current Coaxial Plasmatron by Landl, N. V., Nekhoroshev, V. O., Korolev, Y. D., Frants, O. B., Kasyanov, V. S.

    Published in Russian physics journal (01-11-2023)
    “…Features of the plasma jet formation by the glow discharge in an air flow in the system of electrodes of a low-current coaxial plasmatron are considered at an…”
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  6. 6

    A Study of the Plasma Jet Formed by the Glow Discharge in an Air Flow in the Electrode System of a Gliding Arc by Landl, N. V., Nekhoroshev, V. O., Korolev, Y. D., Frants, O. B., Kasyanov, V. S.

    Published in Russian physics journal (2024)
    “…The formation of a plasma jet by a glow discharge in an air flow in the electrode system of a so-called gliding arc is considered at an average discharge…”
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  7. 7

    Features of the Current Sustainment in a Low-Current Discharge in Airflow by Korolev, Y. D., Nekhoroshev, V. O., Frants, O. B., Landl, N. V., Suslov, A. I., Bolotov, A. V.

    Published in Plasma chemistry and plasma processing (01-11-2019)
    “…The paper relates to the investigations of a low-current discharge in a vortex airflow with the electrode configuration corresponding to classical coaxial…”
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  8. 8

    Methods for Estimating Plasma Density in a Large-volume Hollow Anode by Landl, N. V., Korolev, Y. D., Kozyrev, A. V., Lopatin, I. V.

    Published in Russian physics journal (01-11-2022)
    “…The results of investigation of a low-pressure glow discharge with a hollow cathode and a large-volume hollow anode in argon and nitrogen are presented. The…”
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  9. 9

    Discharge Formation in a Trigger Unit Based on a Breakdown Over the Dielectric Surface in a Coldcathode Thyratron by Landl, N. V., Korolev, Y. D., Frants, O. B., Geyman, V. G.

    Published in Russian physics journal (01-06-2022)
    “…The results of an investigation of pulsed discharge in a trigger unit based on a breakdown over the dielectric surface in a demountable single-sectioned…”
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  10. 10

    High-Voltage Spark Gap in a Regime of Subnanosecond Switching by Korolev, Y. D., Bykov, N. M.

    Published in IEEE transactions on plasma science (01-10-2012)
    “…This paper describes an investigation of a high-voltage spark gap in the conditions of subnanosecond switching. The high-voltage pulsed generator "Sinus" is…”
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  11. 11

    Transient Processes During Formation of a Steady-State Glow Discharge in Air by Korolev, Y. D., Frants, O. B., Geyman, V. G., Kasyanov, V. S., Landl, N. V.

    Published in IEEE transactions on plasma science (01-11-2012)
    “…This paper describes the investigation of an atmospheric-pressure glow discharge in air at a current of 0.05-0.3 A. Before the glow discharge is established, a…”
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  12. 12

    Triggering of cold-cathode thyratron in electric circuit with grounded grid by Korolev, Y. D., Landl, N. V., Geyman, V. G., Frants, O. B., Bolotov, A. V.

    Published in AIP advances (01-07-2017)
    “…This paper deals with the investigations of the sealed-off hold-cathode thyratron (pseudospark switch) TPI1-10k/50, which is commercially produced by the…”
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  13. 13

    Current Distribution Over the Hollow-Cathode Surface for a Low-Pressure Glow Discharge by Landl, N. V., Korolev, Y. D., Frants, O. B., Geyman, V. G., Argunov, G. A., Nekhoroshev, V. O.

    Published in Russian physics journal (01-11-2021)
    “…The results of an investigation of a low-pressure hollow-cathode glow discharge are presented for the conditions where the cathode cavity depth is comparable…”
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  14. 14

    Nonsteady-state processes in a low-current discharge in airflow and formation of a plasma jet by Korolev, Y D, Nekhoroshev, V O, Frants, O B, Landl, N V, Suslov, A I, Geyman, V G

    Published in Journal of physics communications (01-08-2019)
    “…The paper describes the investigations of a low-current discharge in airflow with the electrode configuration of coaxial plasmatron. An inner diameter of the…”
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  15. 15

    Low-Current "Gliding Arc" in an Air Flow by Korolev, Y. D., Frants, O. B., Geyman, V. G., Landl, N. V., Kasyanov, V. S.

    Published in IEEE transactions on plasma science (01-12-2011)
    “…This paper describes the result of the investigation of a gas discharge in a flow of air with electrode geometry typical for the so-called gliding arc. The…”
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  16. 16

    Propane Oxidation in a Plasma Torch of a Low-Current Nonsteady-State Plasmatron by Korolev, Y. D., Frants, O. B., Landl, N. V., Kasyanov, V. S., Galanov, S. I., Sidorova, O. I., Yongho Kim, Rosocha, L. A., Matveev, I. B.

    Published in IEEE transactions on plasma science (01-02-2012)
    “…This paper describes the plasma-assisted combustion system intended to generate a torch flame with a high power density per unit area. In the system, a kind of…”
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  17. 17

    Investigation of the effect of blocking potential on the static breakdown voltage and discharge initiation in pseudospark switches by Bochkov, V.D., Kolesnikov, A.V., Korolev, Y.D., Rabotkin, V.G., Frantz, O.B., Shemyakin, I.A.

    Published in IEEE transactions on plasma science (01-06-1995)
    “…Measurements on the currents in the pre-breakdown phase and the static breakdown voltage for the pseudospark switch with a blocking electrode and a trigger…”
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  18. 18

    Temporal structure of the fast electron beam generated in the pseudospark discharge with external triggering by Korolev, Y.D., Frants, O.B., Geyman, V.G., Landl, N.V., Ivashov, R.V., Shemyakin, I.A., Bischoff, R.E., Frank, K., Petzenhauser, I.J.

    Published in IEEE transactions on plasma science (01-10-2005)
    “…This paper deals with the investigation of the fast electron beams that form in the high-current pseudospark discharge at different stages of its development…”
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  19. 19

    Low-Current Plasmatron as a Source of Nitrogen Oxide Molecules by Korolev, Yury D., Frants, O. B., Landl, N. V., Suslov, A. I.

    Published in IEEE transactions on plasma science (01-11-2012)
    “…This paper describes a usage of a low-current coaxial plasmatron for generation of nitrogen oxide molecules. Glow-type discharge in vortex air flow is…”
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  20. 20

    Glow-to-Spark Transitions in a Plasma System for Ignition and Combustion Control by Korolev, Y.D., Frants, O.B., Landl, N.V., Geyman, V.G., Matveev, I.B.

    Published in IEEE transactions on plasma science (01-12-2007)
    “…This paper deals with the investigation of a new regime in a plasma ignition and flame control system as applied to air-hydrocarbon mixtures. The system is…”
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