Перегляд за автором "Khromiuk, I.F."

Сортувати за: Порядок: Результатів:

  • Composite scintillators based on organic grains and their pulse shape discrimination capability 
    Khromiuk, I.F.; Karavaeva, N.L.; Krech, А.V.; Lazarev, І.V.; Martynenko, Ye.V.; Tarasenko, О.А.; Khabuseva, S.U. (Problems of Atomic Science and Technology, 2022)
    Studies of photoluminescence, relative light output and optical transmission of organic single-layer composite scintillators with different grain sizes have been carried out. The paper presents the dependences of these ...
  • Creation of composite scintillators with a short decay time 
    Krech, A.V.; Kofanov, D.O.; Khromiuk, I.F.; Okrushko, O.M.; Gerasymov, Ia.V.; Karavaeva, N.L.; Levchuk, L.G.; Popov, V.P.; Khabuseva, S.U. (Problems of Atomic Science and Technology, 2023)
    To date, LuAG:Ce crystals are one of the most common scintillators, since they have been known for a long time and there are technologies for mass production of large-volume crystals. However, the scintillation properties ...
  • Development of radiation resistant scintillators based on rare-earth aluminates 
    Krech, A.V.; Kofanov, D.O.; Khromiuk, I.F.; Okrushko, O.M.; Karavaeva, N.L.; Khabuseva, S.U. (Problems of Atomic Science and Technology, 2022)
    LuYAG∶Ce and YAG∶Ce,Ca crystals were obtained by the Czochralski method using tungsten crucibles in reducing surroundings. Crystals (LuₓY₁₋ₓ)₃Al₅O₁₂∶1%Ce and crystals of YAG:Ce,Ca with different concentrations of Ce and ...
  • Heterostructured organic scintillators with a high pulse-shape discrimination capability for radioecology problems 
    Khromiuk, I.F.; Galunov, N.Z.; Karavaeva, N.L.; Krech, A.V.; Polupan, Ya.I.; Tarasenko, O.A. (Вопросы атомной науки и техники, 2021)
    Studies of the relative Light output and optical transmission of organic composite scintillators with different grain sizes were performed. The research results showed that for samples with grains 0.06…0.3 mm in size, in ...
  • Influence of radiation conditions on cracking of composite scintillators 
    Krech, A.V.; Boyarintsev, A.Yu.; Galunov, N.Z.; Karavaeva, N.L.; Gorbacheva, T.E.; Khromiuk, I.F.; Levchuk, L.G.; Popov, V.F. (Вопросы атомной науки и техники, 2021)
    The article analyzes two main hypotheses describing the cracking of a composite scintillator in the irradiation zone. This is the "temperature" and "radiation-chemical" hypothesis of cracking. The analysis is based on ...