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Information × Registration Number 0218U005144, 0116U006132 , R & D reports Title Generation of powerful plasma streams for radiation-beam influences on perspective materials of nuclear and thermonuclear energy. Improvement of the concept of fusion-fission hybrid based on the fast nuclear blanket and a combination of the mirror and the stellarator traps. popup.stage_title Head Makhlai Vadym Oleksandrovych, Кандидат фізико-математичних наук Registration Date 23-03-2018 Organization National Science Center "Kharkiv Institute of Physics and Technology popup.description2 An experiments on the irradiation of metal targets by powerful plasma streams (with a specific power up to 10 GW / m2) in a magnetic field with an induction of up to 1 T was carried out within a quasi-stationary accelerator of the new generation QSPA-M. The process of energy transfer from a quasi-stationary plasma flows to irradiated surfaces is studied. It has been found that the presence of a longitudinal field leads to a decrease of the part of the energy transferred to the irradiated surface due to the formation of a dense layer of cold plasma near the irradiated surface. The possibility of application of powerful magnetized plasma streams in experiments simulating the conditions of a thermonuclear reactor, as well as for testing promising materials of nuclear and thermonuclear energy is shown. A magnetic configuration with a built-in magnetic trap was created in the Uragan-2M with the disconnection of one toroidal coil for analyze the proposed concept of a stellarator-probcotron nuclear fusion. Investigations of motion of trapped ions in the probcotron part of the Uragan-2M device were carried out using motion invariants. It is found that without a radial electric field the particles fast drift from a proctotron-stellarator. A weak radial electric field, which can be spontaneously created by ambipolar losses of radial particles, could to close a drift trajectory. It is significantly improves the trapping of particles. It is shown that the improvement works for both positive and negative charges. Based on the analysis, a script and an antenna system for the high-frequency generation of a population of hot ions in the Uragan-2M were prepared. As a possible scenario, it is proposed to create such ions by means of high-frequency (HF) heating in the magnetic shore mode. For this scheme a simple and effective three-half antenna is proposed. Product Description popup.authors Є.Д. Крамський І.Є. Гаркуша І.В. Найчук І.Д. Iванов І.У. Гур'єв А.Є. Кулага А.В. Лопiн А.К. Марченко А.С. Кальченко А.Ф. Штань В.Є. Моiсеєнко В.Є. Осмакова В.І. Бирка В.Б. Коровiн В.В. Стальцов В.В. Чеботарьов В.В. Чечкiн В.В. Яковлєва В.Г. Коновалов В.Г. Котенко В.М. Лагута В.М. Листопад В.М. Панасюк В.О. Басаргiн В.О. Махлай В.П. Єрьомін В.С. Войценяx В.С. Романов В.С. Солошенко В.Ю. Грібанов Г.І. Татаренко Г.О. Тюпа Г.П. Глазунов Д.І. Барон Д.В. Єлiсєєв Д.Г. Соляков К.І. Колосенко К.В. Ковтун Л.І. Григор'єва Л.К. Ткаченко Л.М. Миронова М.Є. Мазніченко М.В. Гнiденко М.В. Кулик М.Г. Шеденко М.М Аксьонов М.М. Бондаренко М.М. Козуля М.М. Міняєв М.П. Пономаренко М.С. Ладигiна Н.Є. Селезньова Н.М. Гаркуша О.І. Харюшiна О.В. Євсюков О.В. Бирка О.В. Лозiн О.В. Погожев О.В. Скорина О.Л. Конотопський О.О. Бiлецький О.С. Славний О.Ю. Красюк П.Б. Шевчук Р.І. Журкіна Р.А. Васеленко молодший науковий співробітник Р.О. Павлiченко С.І. Лебедєв С.І. Шабалтас С.А. Цибенко С.М. Мазніченко С.Ф. Алент'єв Т.Н. Чередниченко Т.О. Панаско Ф.І. Ожерельєв Ю.В. Петров Ю.К. Миронов Ю.С.Кулик popup.nrat_date 2020-04-02 Close