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Information × Registration Number 0215U009332, 0113U006194 , R & D reports Title Carrying out of express simulation of radiation tests of corrosive and tribological characteristics of graphite and carbon-carbon structural materials by using charged particle accelerators and estimation of the received characteristics to model the behavior of materials under conditions of operation of nuclear power systems of generation IV popup.stage_title Head Odeychuk Mykola Petrovych, Кандидат технічних наук Registration Date 25-12-2015 Organization National Science Center "Kharkiv Institute of Physics and Technology popup.description2 Methods and technological instructions on carrying out the accelerated radiation tests (oxidation and abrasion) of graphite and CCCM with using particle accelerators in an oxygen atmosphere at temperatures of 400-600 °C have been developed and implemented (STP KIPT 065: 2013 and STP KIPT 066: 2013 ); factual economic effect of from introduction of these methods in 2015 amounted to UAH 170,880.00; expected economic effect for 2016 will amount to UAH 341,760.00; experimental set of high-temperature corrosion and tribological tests carbon materials in oxygen оn the basis of charged particle accelerator was designed and built; experimental study of the effect of high temperatures, radiation and oxygen environment on the corrosion and tribological characteristics of graphite and CCCM at temperatures of 400-600 °С was carried out; theoretical studies have been conducted, algorithms have been developed and computer modeling of corrosion and abrasion resistance of graphite and CCCM at high temperatures irradiation with charged particles in oxygen was carried out; comparative analysis of results for experimental study of the oxidation and abrasion of graphite and CCCM under irradiation with the results obtained by computer simulation was conducted and was found that the error is less than 9%; by the criterion of stability to oxidation and abrasion resistance for use in nuclear power systems Generation IV is recommended to use GSP graphite; complex for studying the thermal effects and induced gamma activity in the systems of deuterium / natural hydrogen - metal has been designed, built and tested; conducted researches experimental confirm the validity of the script chemo-nuclear fusion as a qualitative cold fusion model for systems of deuterium / natural hydrogen - nickel, in particular: the generation of excess heat was detected; the generation of hydrogen was detected; growth of ?-activity in the line E = 0,067 MeV was observed, which may indicate the flow of bineutrons reaction; the output of the fast electrons was detected; proposals for program draft "Nuclear processes in systems of deuterium / natural hydrogen- metal" was developed. Product Description popup.authors Бовкуненко Ганна Семенівна Борисенко Валерій Миколайович Гамов Віктор Олегович Зеленський Віктор Федотович Комір Антон Ігоревич Лаптєв Георгій Миколайович Одейчук Андрій Миколайович Одейчук Микола Петрович Рижов Василь Петрович Ткаченко Віктор Іванович Улибкін Олександр Леонідович Яковлев Вадим Костянтинович popup.nrat_date 2020-04-02 Close