Перегляд за автором "Ostryzhnyi, M."

Зараз показано 1 - 3 з 3
  • Зображення мініатюри
    Публікація
    Experimental investigation of pulse sterilization of viral infection
    (bioRxiv, 2020) Chumakov, V. I.; Ostryzhnyi, M.; Kharchenko, O.; Naumenko, K.; Zagorodnya, S.; Muraveinyk, V.; Tarasevich, A.
    The results of experimental investigations of the effect of high-intensity pulsed UV radiation on the influenza virus type A (H1N1) are presented. The research methodology is developed and the structure of the experiments is described. An end-face plasma accelerator was used as a radiation source, which provides a power pulsed discharge in an open atmosphere. The high efficiency of inactivation of the infectiousness of the virus was shown within a short period of time. The possibility of providing urgent 100% sterilization of a viral infection has been shown for the first time. A model for calculating the efficiency of pulse sterilization has been developed. The prospects for the application of pulse sterilization technology to combat coronavirus infection are considered.
  • Зображення мініатюри
    Публікація
    Hige-current managed switch
    (2010) Chumakov, V. I.; Stoliarchuk, O.; Koniakhin, H. F.; Ostryzhnyi, M.
    A high-current switch comprises two main electrodes, an auxiliary control electrode. In one of main electrodes along the central axis thereof a plasma gun is made as an empty through cylindrical camera, inside of which a cylindrical auxiliary control electrode is installed, isolated by an insulator from body of the main electrode. A butt-end of the empty through cylindrical camera which is connected to a charge gap between two electrodes is made as a cone having opening angle in the limits of 30° > j >0°. The main electrode and a cylindrical auxiliary control electrode installed in it are connected via a voltage source.
  • Зображення мініатюри
    Публікація
    Pulse UV Sterilization of Viral Infection
    (2021) Chumakov, V. I.; Ostryzhnyi, M.; Kharchenko, O.; Naumenko, K.; Zagorodnya, S.; Muraveinyk, V.; Tarasevich, A.
    The results of experimental investigations of the effect of high-intensity pulsed UV radiation on the influenza virus type A (H1N1) are presented. The research methodology is developed and the structure of the experiments is described. An end-face plasma accelerator was used as a radiation source, which provides a power pulsed discharge in an open atmosphere. The high efficiency of inactivation of the infectiousness of the virus was shown within a short period of time. The possibility of providing urgent 100% sterilization of a viral infection has been shown for the first time. A model for calculating the efficiency of pulse sterilization has been developed. The prospects for the application of pulse sterilization technology to combat coronavirus infection are considered