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Information × Registration Number 0220U104254, 0119U103220 , R & D reports Title Development of radiation-resisting systems for magnetic diagnostics and control of nuclear fission and fusion reactors popup.stage_title Head Bolshakova Inessa A., Доктор технічних наук Registration Date 15-12-2020 Organization Lviv Polytechnic National University popup.description2 A set of design documentation for the production of a prototype of a measuring system for magnetic diagnostics of fusion installations has been developed and an experimental sample of this system has been prepared. A set of preliminary design documents for the manufacture of a model of radiation-resistant magnetic measuring instruments for electromagnetic flowmeters has been developed and a model of radiation-resistant magnetic measuring instruments for electromagnetic flowmeters has been prepared. A measuring system for magnetic diagnostics of fusion facilities, taking into account the conditions of a particular installation, can be implemented in the system of magnetic diagnostics of experimental fusion reactors such as JET and the like. The model of magnetic measuring instruments for electromagnetic flowmeters provides for its introduction into the safety systems of NPPs with the subsequent development of experimental samples. The results of the work will also help to strengthen Ukraine's leading position in the field of magnetic plasma diagnostics, as the authors are currently involved in the development and creation of a magnetic diagnostic system for the first thermonuclear power plant DEMO within Ukraine's participation in Horizon-2020-Euratom. The novelty of the manufactured measuring systems lies in the possibility of on-line measurement of Hall sensor parameters in the process of neutron irradiation, in the possibility of measuring three components of the magnetic induction vector in ionizing radiation of a thermonuclear reactor and in the practical method of measuring the flow of nuclear reactor coolant with use of a radiation-resistant sensor. The obtained results have international recognition and are important for the practical aspects of building modern nuclear and thermonuclear reactors.   Product Description popup.authors Vasyliev Oleksandr V. Kost Yaroslav Ya. Moroz Anatoly P. Shurygin Fedir M. popup.nrat_date 2020-12-15 Close