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Information × Registration Number 0218U003614, 0116U006160 , R & D reports Title Studies of high formation and heating of plasma held in toroidal magnetic traps stellarator type. popup.stage_title Head Voitsenya Volodymyr Sergiyovich, Доктор фізико-математичних наук Registration Date 20-04-2018 Organization National Science Center "Kharkiv Institute of Physics & Technology" popup.description2 A plan on 2017 was ratified from four points: - Calculations of magnetic configuration in the fluidizer of U-2M different variants of disconnecting of one of spools of тороідального of the magnetic field. - Preparation of vacuum systems of setting is Hurricane-3? for work with gases of different sorts and research of possibility of creation and heating of plasma by the ions of different sorts. - Analysis of conduct of диверторних streams of the charged particles and atoms of recharge, and also vibrations of plasma for the different scenarios of formation of plasma in setting of U-3M. - Imitation researches of conduct of standards of different sorts of tungsten and his alloys are at of long duration nebulized which can be used in the thermonuclear reactor of ITER for defence of wall near-by a divertor. On all these directions new important results are got. Calculations of magnetic configuration with disconnecting one or two spools of the тороїдального magnetic field must were a purpose find optimum configuration in which it is possible it will be in subsequent to conduct the program on a fission-fusion hybrid. Calculations were conducted for all variants of disconnecting of one spool and for the parallel including of two contiguous spools. It was found, that preeminently this variant of modernization of magnetic configuration is most attractive, because characterized most longitudinal symmetry and almost complete absence of transversal components of the magnetic field. In this variant there is possibility of the use of the union couplings, located between spools, for placing of facilities directly for diagnostics of plasma which is in local magnetic pit. With the purpose of preparation of experiments for work of U-3M on mixture of gases the conduct of pressure of hydrogen was investigational during experiments in the different modes HF formation of hydrogen plasma. It was rotined that directly during a digit has a city of absorption of hydrogen the metallic walls of a vacuum chamber, which considerably exceeds speed of відкачки the stationary system of відкачки. Geared-up equipment for a fall-over in setting of two gases with the controlled correlation them парціальних pressures. The похордове measuring of streams of atoms of recharge is conducted depending on radial position of chord. It is discovered that more high-energetic ions are located nearer to the edge of volume of receipt of plasma. Conducted researches of conduct at of long duration ionic nebulized of standards of different sorts of tungsten - as an imitation of conduct of tungsten that is used for defence of wall thermonuclear a reactor in the area of divertor. For the imitation of neutron influence one group of standards was exhibited to the ions of tungsten with energy 20 MEV to the doses from 0.45 сна to 1.45 сна. Results specify on that at to simultaneous influence of thermonuclear neutrons and atoms of recharge with streams characteristic for ITERu there will not be some uncontrolled сінергічного effect in comparing to influence only of atoms of recharge. Thus grounded leadthrough of imitation experiments on of long duration nebulized on simple stands, without the previous radiation of standards by the ions of MeV-nikh of energies. Product Description popup.authors Бiлецький Олексій Олександрович Білецкий Олексій Олександрович Бирка Володимир Іванович Грігорьєва Людмила Іванівна Заманов Микола Вячіславович Коновалов Володимир Григорович Коровін Валерій Борісович Котенко Володимир Григорович Красюк Олександр Юрійович Кулик Юлія Сергіївна Лозин Олексий Васильович Мазниченко Сергій Михайлович Махов Михайло Миколайович Моісеенко Володимир Евгенович Пашнев Валерій Костінтинович Скорик Ольга Олександрівна Солодовченко Сергій Іванович Тарасов Ігор Кузьмич Шаповал Анатолій Миколайович Штань Анатолій Федорович popup.nrat_date 2020-04-02 Close