Перегляд за автором "Martysh, E.V."

Сортувати за: Порядок: Результатів:

  • Atmospheric pressure secondary microdischarge system with vortex gas flow 
    Hamazin, D.K.; Chernyak, V.Ya.; Solomenko, O.V.; Prysiazhna, O.V.; Martysh, E.V.; Trohimchuk, A.K.; Legenchuk, O.V.; Lendiel, V.V. (Вопросы атомной науки и техники, 2016)
    This paper presents the results of investigation of the plasma-liquid system with the secondary discharge which supported by microdischarge in the vortex Ar flow. The plasma treated fluids were aqueous solutions of AgNO₃. ...
  • Hybrid plasma-catalytic reforming of ethanol aerosol 
    Solomenko, O.V.; Nedybaliuk, O.A.; Chernyak, V.Ya.; Iukhymenko, V.V.; Veremii, Iu.P.; Iukhymenko, K.V.; Martysh, E.V.; Demchina, V.P.; Fedirchyk, I.I.; Levko, D.S.; Tsymbalyuk, O.M.; Liptuga, A.I.; Dragnev, S.V. (Вопросы атомной науки и техники, 2015)
    Hybrid plasma-catalytic reforming of the ethanol aerosol with plasma activation of only the oxidant (air) was studied. Part of the oxidant (~20%) was activated by means of rotational gliding arc with solid electrodes and ...
  • Kinetics of processes in air plasma discharges at atmospheric pressure in the transverse flow of gas 
    Chernyak, V.Ya.; Tsymbaliuk, O.M.; Levko, D.S.; Martysh, E.V.; Iukhymenko, V.V.; Kolomiets, O.V.; Khomijak, V.O.; Chernysh, D.O.; Fentisova, O.I. (Вопросы атомной науки и техники, 2019)
    The paper is devoted to the consideration of some features of the kinetics of the formation of nitrogen oxides and the population of the vibrational levels of the basic electronic states of nitrogen and oxygen molecules ...
  • Kinetics of pyrolysis of ethanol-air mixture 
    Tsymbaliuk, O.M.; Chernyak, V.Ya.; Martysh, E.V.; Donchenko, T.S.; Fayzulin, A.O. (Вопросы атомной науки и техники, 2016)
    The article presents the results of studying the high-temperature zone (about 1100 K) of ethanol pyrolysis at atmospheric pressure. Physical model is proposed for this zone and its validation is done. ZDPlaskin software package ...
  • Plasma catalysis of chemical reactions 
    Chernyak, V.Ya.; Nedybaliuk, O.A.; Martysh, E.V.; Iukhymenko, V.V.; Prysiazhnevych, I.V.; Solomenko, Ol.V.; Veremii, Iu.P. (Вопросы атомной науки и техники, 2014)
    The features of the ethanol reforming with the influence of exothermic chemical reactions on the level of non-equilibrium gas-discharge plasma are discussed. It is shown that effect of chemical reactions on the level of ...
  • Plasma-catalytic reforming of liquid hydrocarbons 
    Nedybaliuk, O.A.; Chernyak, V.Ya.; Kolgan, V.V.; Iukhymenko, V.V.; Solomenko, O.V.; Fedirchyk, I.I.; Martysh, E.V.; Demchina, V.P.; Klochok, N.V.; Dragnev, S.V. (Вопросы атомной науки и техники, 2015)
    The series of experiments studying the plasma-catalytic reforming of liquid hydrocarbons was carried out. The dynamic plasma-liquid system based on a low-power rotating gliding arc with solid electrodes was used for the ...
  • Plasma chemistry for concept of sustainable development 
    Chernyak, V.Ya.; Nedybaliuk, O.A.; Tsymbaliuk, O.M.; Fedirchyk, I.I.; Chunikhina, K.I.; Martysh, E.V.; Iukhymenko, V.V.; Veremii, Iu.P.; Prysiazhnevych, I.V.; Prysiazhna, O.V. (Вопросы атомной науки и техники, 2017)
    This work is devoted to the exploration of the compatibility of the hybrid plasma-catalytic conversion of liquid hydrocarbons into syngas with the concept of sustainable development. The results of the experimental ...
  • Plasma-liquid system with rotational gliding discharge with liquid electrode 
    Nedybaliuk, O.A.; Solomenko, O.V.; Martysh, E.V.; Fedirchyk, I.I. (Вопросы атомной науки и техники, 2014)
    Plasma-liquid system based on rotational gliding discharge with one liquid electrode was developed. Emission spectra of plasma of rotational gliding discharge with one liquid electrode were investigated. Discovered effective ...
  • Plasma system with rotational gliding arc between solid electrodes 
    Solomenko, O.V.; Nedybaliuk, O.A.; Chernyak, V.Ya.; Martysh, E.V.; Fedirchyk, I.I.; Prysiazhnevych, I.V. (Вопросы атомной науки и техники, 2013)
    Rotational gliding arc with solid electrodes has been studied at different flow of working gas (air). Plasma torch studies by emission spectroscopy method. Measurements have been made at various levels from the electrode ...
  • Properties of secondary discharge in plasma-liquid system based on rotating gliding discharge 
    Hamazin, D.K.; Iukhymenko, V.V.; Chernyak, V.Y.; Prysiazhna, O.V.; Martysh, E.V.; Bortyshevsky, V.A.; Korzh, R.V. (Вопросы атомной науки и техники, 2017)
    This paper presents the results of secondary discharge based on rotating gliding discharge study in plasma-liquid system at atmospheric pressure. Discharge electrical parameters were investigated and geometrical parameters ...
  • Properties of the pulsed plasma-liquid systems with acoustic waves focusing 
    Sidoruk, S.M.; Yukhymenko, V.V.; Chernyak, V.Ya.; Marchuk, V.E.; Gavrylyuk, E.Yu.; Martysh, E.V.; Fedorovich, O.A. (Вопросы атомной науки и техники, 2012)
    The plasma-liquid system with cylindrical geometry and electric pulse discharge less than 10 microseconds duration was created. The influence of plasma treatment to water pH value was investigated. Dependences of the phenol ...
  • Reforming of bioethanol in the system with reverse vortex air/Сo₂ flow of “Tornado” type with liquid electrode 
    Nedybaliuk, O.A.; Solomenko, Ol.V.; Chernyak, V.Ya.; Martysh, E.V.; Lisitchenko, T.E.; Simonchik, L.V.; Arkhipenko, V.I.; Kirillov, A.A.; Liptuga, A.I.; Belenok, N.V. (Вопросы атомной науки и техники, 2012)
    In this paper we studied the reforming of bioethanol using the combined system that includes a plasma processing and handling in the pyrolysis chamber. As the plasma source was used plasma-liquid system with back-vortex ...
  • Researching of acoustic waves in plasma-liquid system with pulsed discharge 
    Iukhymenko, V.V.; Shapoval, V.O.; Chernyak, V.Ya.; Martysh, E.V.; Fedorovich, O.A.; Tolstyh, M.Yu. (Вопросы атомной науки и техники, 2015)
    The research results of acoustic signals generation by microsecond pulse discharger in cylindrical plasma-liquid system are presented. It was investigated that the gas dissolved in liquid and the duration of electrolysis ...
  • The obtaining and properties investigation of plasma formation at pulse discharge in water aerosol 
    Iukhymenko, V.V.; Fedirchyk, I.I.; Chernyak, V.Ya.; Martysh, E.V.; Fedorovich, O.A.; Lisitchenko, T.E.; Belenok, N.V. (Вопросы атомной науки и техники, 2013)
    The results of investigation of electro-physical and spectral properties of the impulse discharge plasma in aerosol were represented in work. The discharge current, voltage and integral spectrum of plasma were measured. ...
  • The properties of plasma-liquid system with one liquid electrode 
    Nedybaliuk, O.A.; Solomenko, O.V.; Chernyak, V.Ya.; Martysh, E.V.; Fedirchyk, I.I.; Prysiazhnevych, I.V. (Вопросы атомной науки и техники, 2013)
    The results of investigations are presented for a rotational gliding arc with liquid electrode. Emission spectra of rotational gliding arc discharge with liquid electrode were investigated. The discharge voltage as a ...
  • The research of double-pulse discharge in a plasma-liquid system with cylindrical geometry 
    Chernyak, V.Ya.; Sidoruk, S.M.; Yukhymenko, V.V.; Marchuk, V.E.; Martysh, E.V.; Fedorovich, O.A.; Andryuschenko, V.О. (Вопросы атомной науки и техники, 2012)
    The results of acoustic signals generation by two consistent dischargers of microsecond duration in a cylindrical liquid system are presented. The radius/height ratio of the cylinder, made of stainless steel, is ~ 13.5. ...
  • The secondary discharge supported by microdischarge in vortex flow 
    Solomenko, Ok.V.; Lendiel, V.V.; Chernyak, V.Ya.; Kalustova, D.O.; Iukhymenko, V.V.; Martysh, E.V.; Prysiazhnevych, I.V.; Shapoval, V.O. (Вопросы атомной науки и техники, 2014)
    This research studies the DC microdischarges properties in the air vortex flow. The electrical parameters of the discharge and optical characteristics of the microdischarge plasma jet have been studied. The electronic ...