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Plasma Sources Science and Technologyжурнал

Статьи, опубликованные в журнале

• • 2023 Comparison between 1D radial and 0D global models for low-pressure oxygen DC glow discharges
  • Viegas Pedro, Dias Tiago C., Fromentin Chloé, Chukalovsky Alexander, Mankelevich Yu A., Proshina O.V., Rakhimova T.V., Guerra Vasco, Voloshin D.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England) DOI
• • 2023 On CO2 conversion in discharges in CO2-N2 mixtures
  • Babaeva N.Yu, Naidis G.V., Popov N.A.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 32, № 8, с. 085019 DOI
• • 2023 Oxygen atom and ozone kinetics in the afterglow of a pulse-modulated DC discharge in pure O2: an experimental and modelling study of surface mechanisms and ozone vibrational kinetics
  • Booth J-P, Guaitella O., Zhang S., Lopaev D., Zyryanov S., Rakhimova T., Voloshin D., Chukalovsky A., Volynets A., Mankelevich Yu
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 32, № 9, с. 095016 DOI
• • 2023 Plasma density determination from ion current to cylindrical Langmuir probe with validation on hairpin probe measurements
  • Voloshin D., Rakhimova T.V., Kropotkin A., Amirov I.I., Izyumov Mikhail, Lopaev Dmitry, Zotovich Alexey, Zyryanov S.M.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 32, № 4 DOI
• • 2023 Streamer-to-filament transition in pulsed nanosecond atmospheric pressure discharge: 2D numerical modelling
  • Zhang B., Zhu Y., Zhang X., Popov N.A., Orriere T., Pai D., Starikovskaia S.M.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 32, № 11, с. 115014 DOI
• • 2022 Effect of an electron beam on a dual-frequency capacitive rf plasma: experiment and simulation
  • Bogdanova Maria, Lopaev Dmitry, Zotovich Alexey, Proshina O.V., Rakhimova T.V., Zyryanov S.M., Rakhimov A.T.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 31, № 9, с. 1-30 DOI
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  • 2022 Fast gas heating and kinetics of electronically excited states in a nanosecond capillary discharge in CO2
  • Pokrovskiy G.V., Popov N.A., Starikovskaia S.M.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 31, № 3, с. 035010 DOI
• 
  • 2022 Fine structure of streamer-to-filament transition in high-pressure nanosecond surface dielectric barrier discharge
  • Ding Ch, Jean A., Popov N.A., Starikovskaia S.M.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 31, № 4, с. 045013 DOI
• • 2022 Measurements and interpretation of EEDF in a discharge with a hollow cathode in helium: effect of the measuring probe and the anode on the form of the distribution function
  • Andreev S.N., Bernatskiy A.V., Dyatko N.A., Kochetov I.V., Ochkin V.N.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 31, № 10, с. 105016 DOI
• • 2022 On electric field measurements based on intensity ratio of 1- and 2+ systems of nitrogen in discharges with high specific deposited energy
  • Lepikhin N.D., Popov N.A., Starikovskaia S.M.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 31, № 8, с. 084002 DOI
• • 2022 Oscillations of convective flow around a continuous optical discharge in high-pressure xenon
  • Kotov M.A., Lavrentyev S.Yu, Shemyakin A.N., Solovyov N.G., Yakimov M.Yu
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 31, № 12 DOI
• • 2022 Polarization and frequency-controlled amplification in a nonequilibrium plasma in the presence of an external magnetic field
  • Bogatskaya A.V., Volkova E.A., Popov A.M.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 31, № 9, с. 095009 DOI
• • 2022 Quenching of O2(b1Σg+) by O(3P) atoms. Effect of gas temperature
  • Booth J.P., Chatterjee A., Guaitella O., Lopaev D., Zyryanov S., Volynets A., Rakhimova T., Voloshin D., Chukalovsky A., Mankelevich Yu, Guerra V.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 31, № 6, с. 065012 DOI
• • 2022 Self-consistent modeling of microwave activated N2/CH4/H2 (and N2/H2) plasmas relevant to diamond chemical vapor deposition
  • Ashfold Michael N.R., Mankelevich Yuri A.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 31, № 3, с. 035005 DOI
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  • 2021 Addendum: Effect of charging solid particles on their growth process and parameters of microwave discharge in liquid n-heptane (2020 Plasma Sources Sci. Technol. 29 065013)
  • Lebedev Yu A., Tatarinov A.V., Epstein I.L.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 30, с. 059401
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  • 2021 Electron sink on the Langmuir probe in plasma, its influence on measurements and methods to account for it
  • Andreev S.N., Bernatskiy A.V., Dyatko N.A., Kochetov I.V., Ochkin V.N.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 30, № 9, с. 095004-095004 DOI
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  • 2021 Influence of external parameters on RF inductive discharge plasma characteristics
  • Kralkina Elena Alexandrovna, Nekliudova Polina, Nikonov Aleksandr, Vavilin Konstantine, ZADIRIEV Ilia, Tarakanov Vladimir P.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 30, № 11 DOI
• 
  • 2021 New method of unipolar THz pulses generation in photoionized xenon plasma
  • Bogatskaya A.V., Volkova E.A., Popov A.M.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 30, № 8, с. 085001 DOI
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  • 2021 Structure of DC magnetron sputtering discharge at various gas pressures: a two-dimensional particle-in-cell Monte Carlo collision study
  • Ryabinkin A.N., Serov A.O., Pal A.F., Mankelevich Yu A., Rakhimov A.T., Rakhimova T.V.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 30, № 5, с. 1-16 DOI
• 
  • 2021 “Virtual IED sensor” for df rf CCP discharges
  • Bogdanova M., Lopaev D., Rakhimova T., Voloshin D., Zotovich A., Zyryanov S.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 30, с. 075020 DOI
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  • 2020 Determination of absolute O(3P) and O2(a1Δg) densities and kinetics in fully modulated O2 dc glow discharges from the O2(X3Σg-) afterglow recovery dynamics
  • Booth J-P, Chatterjee A., Guaitella O., Santos Sousa J., Lopaev D., Zyryanov S., Rakhimova T., Voloshin D., Mankelevich Yu, de Oliveira N., Nahon L.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 29, № 11, с. 115009 DOI
• 
  • 2020 Effect of charging solid particles on their growth process and parameters of microwave discharge in liquid n-heptane
  • Lebedev Yu A., Tatarinov A.V., Epstein I.L.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 29, № 6, с. 065013-065013 DOI
• 
  • 2020 Electron energy probability function in plasma controlled by high-energy run-away electrons
  • Lopaev D.V., Bogdanova M.A., Volynets A.V., Zotovich A.I., Zyryanov S.M.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 29, № 2, с. 025026-1-025026-8 DOI
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  • 2020 Experimental and PIC MCC study of electron cooling - re-heating and plasma density decay in low pressure rf ccp argon afterglow
  • Proshina O.V., Rakhimova T.V., Kovalev A.S., Anna Vasilieva, Alexey Zotovich, Zyryanov S.M., Rakhimov A.T.
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England), том 29, № 1, с. 1-14 DOI
• • 2020 Fast quenching of metastable O2(a1Δg) and O2(b1Σg+) molecules by O(3P) atoms at high temperature
  • Volynets A.V., Lopaev D.V., Rakhimova T.V., Proshina O.V., Chukalovsky A.A., Booth Jean-Paul
  • в журнале Plasma Sources Science and Technology, издательство IOP Publishing ([Bristol, UK], England) DOI