Vladislav Vekselman

Most-cited papers

1. Numerical simulations of runaway electron generation in pressurized gases

   D. Levko, S. Yatom, Vladislav Vekselman, J. Gleizer +2 more

   201176 citations Open access

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2. Space- and time-resolved characterization of nanosecond time scale discharge at pressurized gas

   S. Yatom, Vladislav Vekselman, J. Gleizer, Y. Krasik

   201154 citations Open access

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3. Complex structure of the carbon arc discharge for synthesis of nanotubes

   Vladislav Vekselman, M. Feurer, T.-Y. Huang, B. Stratton +1 more

   2017Plasma Sources Science & Technology48 citations Open access

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4. Characterization of a Heaterless Hollow Cathode

   Vladislav Vekselman, Y. Krasik, S. Gleizer, V. Gurovich +2 more

   201348 citations

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5. Plasma characterization in a diode with a carbon-fiber cathode

   Vladislav Vekselman, J. Gleizer, D. Yarmolich, J. Felsteiner +3 more

   200842 citations

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6. Two-dimensional model of orificed micro-hollow cathode discharge for space application

   D. Levko, Y. Krasik, Vladislav Vekselman, I. Haber

   201341 citations

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7. Synthesis of nanoparticles in carbon arc: measurements and modeling

   S. Yatom, A. Khrabry, J. Mitrani, A. Khodak +4 more

   201831 citations Open access

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8. Effect of explosive emission on runaway electron generation

   D. Levko, S. Yatom, Vladislav Vekselman, J. Gleizer +2 more

   201224 citations

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9. Plasma Emission Sources for High-Current Electron Beam Generation

   Y. Krasik, J. Gleizer, D. Yarmolich, Vladislav Vekselman +2 more

   2008International Conference on Plasma Science21 citations

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10. Spectroscopic study of plasma evolution in runaway nanosecond atmospheric-pressure He discharges.

    S. Yatom, E. Stambulchik, Vladislav Vekselman, Y. Krasik

    2013Physical review. E, Statistical, nonlinear, and soft matter physics20 citations

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11. Time evolution of nanosecond runaway discharges in air and helium at atmospheric pressure

    S. Yatom, Vladislav Vekselman, Y. Krasik

    201220 citations

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12. X-ray diagnostics of runaway electrons generated during nanosecond discharge in gas at elevated pressures

    S. Yatom, D. Levko, J. Gleizer, Vladislav Vekselman +1 more

    201220 citations

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13. Validated two-dimensional modeling of short carbon arcs: Anode and cathode spots

    J. Chen, A. Khrabry, I. Kaganovich, A. Khodak +2 more

    2020Physics of Plasmas19 citations Open access

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14. Time-resolved investigation of nanosecond discharge in dense gas sustained by short and long high-voltage pulse

    S. Yatom, J. Gleizer, D. Levko, Vladislav Vekselman +4 more

    201119 citations

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15. Simulation of Plasma Parameters During Hollow Cathodes Operation

    J. Mizrahi, Vladislav Vekselman, V. Gurovich, Y. Krasik

    201216 citations

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16. Electron emission mechanism during the nanosecond high-voltage pulsed discharge in pressurized air

    D. Levko, S. Yatom, Vladislav Vekselman, Y. Krasik

    201216 citations

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17. Growth of nanoparticles in dynamic plasma.

    Vladislav Vekselman, Y. Raitses, M. Shneider

    2018Physical Review E15 citations Open access

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18. High-current large-area uniform electron beam generation by a grid-controlled hollow anode with multiple-ferroelectric-plasma-source ignition

    J. Gleizer, D. Yarmolich, Vladislav Vekselman, J. Felsteiner +1 more

    200615 citations

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19. Analytical model of low and high ablation regimes in carbon arcs

    A. Khrabry, I. Kaganovich, A. Khodak, Vladislav Vekselman +1 more

    202014 citations Open access

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20. In situ diagnostics for nanomaterial synthesis in carbon arc plasma

    B. Stratton, A. Gerakis, I. Kaganovich, M. Keidar +6 more

    2018Plasma Sources Science & Technology13 citations Open access

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21. Fully magnetic printing by generation of magnetic droplets on demand with a coilgun

    Vladislav Vekselman, Luke Sande, K. Kornev

    201513 citations

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22. A concept of ferroelectric microparticle propulsion thruster

    D. Yarmolich, Vladislav Vekselman, Y. Krasik

    200813 citations

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23. Coulomb microexplosions of ferroelectric ceramics.

    D. Yarmolich, Vladislav Vekselman, V. Gurovich, Y. Krasik

    2008Physical Review Letters12 citations

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24. Microparticle flow generation by a ferroelectric plasma source

    D. Yarmolich, Vladislav Vekselman, H. Sagi, V. Gurovich +1 more

    200612 citations

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25. Determining the gas composition for the growth of BNNTs using a thermodynamic approach.

    A. Khrabry, I. Kaganovich, S. Yatom, Vladislav Vekselman +3 more

    2018Physical Chemistry, Chemical Physics - PCCP8 citations Open access

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26. Micron-scale width multislot plasma cathode

    D. Yarmolich, Vladislav Vekselman, V. Gurovich, J. Gleizer +2 more

    20088 citations

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27. Energetic particle and photon emission during dense plasma formation at the ferroelectric surface

    D. Yarmolich, Vladislav Vekselman, V. Gurovich, J. Felsteiner +1 more

    20086 citations

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28. Thomson scattering diagnostics of the plasma generated in a hollow anode with a ferroelectric plasma source

    D. Yarmolich, Vladislav Vekselman, J. Gleizer, Y. Hadas +2 more

    20076 citations

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29. Laser induced fluorescence of the ferroelectric plasma source assisted hollow anode discharge

    Vladislav Vekselman, J. Gleizer, S. Yatom, D. Yarmolich +4 more

    20092010 Abstracts IEEE International Conference on Plasma Science5 citations

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30. Validated Modeling of Atmospheric-Pressure Anodic Arc

    A. Khrabry, I. Kaganovich, A. Khodak, Vladislav Vekselman +1 more

    20194 citations

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31. Erratum: Spectroscopic study of plasma evolution in runaway nanosecond atmospheric-pressure He discharges (Physical Review E - Statistical, Nonlinear, and Soft Matter Physics (2013) 88 (013107))

    S. Yatom, E. Stambulchik, Vladislav Vekselman, Y. Krasik

    20134 citations Open access

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32. High-current diode with ferroelectric plasma source-assisted hollow anode

    Vladislav Vekselman, J. Gleizer, S. Yatom, V. Gurovich +1 more

    20104 citations

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33. A Comparative Study of Heaterless Hollow Cathode: 2D PIC Modeling vs. Experiment

    Vladislav Vekselman, D. Levko, E. Krasik

    20133 citations

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34. Non-disturbing measurements of hollow-anode plasma parameters

    D. Yarmolich, Vladislav Vekselman, J. Gleizer, Y. Hadas +3 more

    20073 citations

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35. Nanoparticles growth in dynamic plasma

    Vladislav Vekselman, M. Shneider, Y. Raitses

    20182 citations

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36. Particle-in-cell modeling of the heaterless hollow cathode operation: Keeper region

    Vladislav Vekselman, D. Levko, I. Haber, Y. Krasik

    20142014 IEEE 41st International Conference on Plasma Sciences (ICOPS) held with 2014 IEEE International Conference on High-Power Particle Beams (BEAMS)2 citations

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37. 0-D Plasma Model for Orificed Hollow Cathodes

    J. Mizrahi, Vladislav Vekselman, Y. Krasik, V. Gurovich

    20112 citations

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38. Low-energy electron beam source

    J. Gleizer, Vladislav Vekselman, S. Yatom, J. Felsteiner +1 more

    20112 citations

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39. Energetic Particles and Radiation Intense Emission During Ferroelectric Surface Discharge

    D. Yarmolich, Vladislav Vekselman, V. Gurovich, J. Felsteiner +1 more

    2009IEEE Transactions on Plasma Science2 citations

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40. Multicapillary and carbon fiber cathodes for high-current electron beam generation

    J. Gleizer, Vladislav Vekselman, Y. Hadas, V. Gurovich +1 more

    20092009 IEEE Pulsed Power Conference2 citations

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41. Model of a transition from low to high ablation regime in a carbon arc

    A. Khrabry, I. Kaganovich, A. Khodak, Vladislav Vekselman +1 more

    20201 citations

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42. Using Laser-Induced Rydberg Spectroscopy diagnostic for direct measurements of the local electric field in the edge region of NSTX/NSTX-U: Modeling.

    L. Reymond, A. Diallo, Vladislav Vekselman

    2018Review of Scientific Instruments1 citations Open access

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43. Self-Consistent Numerical Simulation of Carbon Arc for Nanoparticle Synthesis

    A. Khrabry, A. Khodak, I. Kaganovich, Vladislav Vekselman +1 more

    2017International Conference on Plasma Science1 citations

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44. Laser-induced incandescence (LII) diagnostic for in situ monitoring of nanoparticle synthesis in a high-pressure arc discharge

    S. Yatom, Vladislav Vekselman, J. Mitrani, B. Stratton +1 more

    20161 citations

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45. The layered structure of the carbon arc discharge plasma

    Vladislav Vekselman, B. Stratton, Y. Raitses

    20161 citations

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46. Research of heaterless thermionic hollow cathode for micro electric propulsion systems

    Vladislav Vekselman, Y. Krasik, S. Gleizer, A. Warshavskii +2 more

    2012International Conference on Plasma Science1 citations

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47. E 99 , 063205 ( 2019 ) Growth of nanoparticles in dynamic plasma

    Vladislav Vekselman, Y. Raitses

    20190 citations

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48. Validated modeling of plasma boundary physics coupled to surface response for atmospheric arcs

    I. Kaganovich, A. Khrabry, A. Khodak, Vladislav Vekselman +3 more

    20180 citations

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49. Interaction of boron and nitrogen-rich plasmas with tungsten wall

    Y. Raitses, S. Yatom, Vladislav Vekselman, A. Khrabry +1 more

    20180 citations

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50. Nanoparticles growth regions in carbon arc: simulations and experiments

    A. Khrabry, S. Yatom, Vladislav Vekselman, I. Kaganovich +2 more

    20180 citations

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