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Registration Number

0217U006496, 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.

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Head

Makhlai Vadym Oleksandrovych, Кандидат фізико-математичних наук

Registration Date

06-09-2017

Organization

National Science Center "Kharkiv Institute of Physics and Technology

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The powerful plasma hydrogen streams with velocity up to 200 km / s, a power density of 1 MJ / m2 and duration of more than 0.1 ms were obtained by means of optimizing the operating modes of the new plasma accelerator QSPA-M and matching of boundary conditions at the entrance to the magnetic system. The motion of such plasma flows in a longitudinally gradually increasing magnetic field with a maximum induction of up to 0.6 T is accompanied by compression of the plasma flow and almost complete displacement of the magnetic field. A nearly uniform distribution of energy density in a plasma stream near the longitudinal axis is registered. The application of a magnetic field with an induction of more than 1.5 T will allow received plasma flows with a high degree of magnetization. Further coordination of the operating modes of separate elements of the accelerator QSPA-M will improve the main parameters of the plasma flows. The received powerful plasma streams can be used to research prospective materials of nuclear and thermonuclear energy. The calculations of the stellarator-mirror fission-fusion hybrid reactor (FFHR) have been performed on the basis of the equilibrium stellarator configuration DRACON. It is shown that DRAKON can have (a) one (not two) mirror section; (b) this section may be short, which is a requirement of the FFHR. In this version, the DRACON has the system of embedded magnetic surfaces with an angle of rotation of 0.14. The calculations of the motion of ions closed at the mirror section of the DRAKON have been made. It is found that the ions leave the trap in a definite time due to the symmetry of the mirror trap is not perfect. However, such time significantly exceeds the time of energy losses of ions due to pair collisions with plasma particles. It is shown that when a single coil of toroidal magnetic field is disconnected, the torusatron Uragan -2M can operate in a mode which simulated of FFHR. A new diagnostic was installed in this facility, namely the analyzer of fast neutral particles for performance the experiments on splashed ions.

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Є.Д. Крамский
І.Є. Гаркуша
І.В. Найчук
І.В. Рижков
І.Д.Іванов
І.К. Тарасов
І.У. Гур'єв
А. Ю. Єськов
А. Ю. Кулигін
А.В. Лопін
А.Г. Резнiченко
А.К. Марченко
А.М. Міняєв
А.М.Шаповал
А.П. Пуговкін
А.Ф.Штань
В.Є. Осмакова
В.Є.Моісеєнко
В.І.Бирка
В.Б. Коровiн
В.В. Нємов
В.В. Стальцов
В.В. Чеботарьов
В.В. Чечкін
В.В.Яковлєва
В.Г.Котенко
В.К. Пашнєв начальник лабораторії
В.Л. Бережний
В.М. Лагута
В.М. Листопад
В.О. Махлай
В.О.Басаргін
В.П.Єрьомін
В.С. Романов
В.С. Солошенко
В.Ю.Грибанов
Г.І. Татаренко
Г.Г. Лесняков
Г.О. Тюпа
Г.П. Глазунов
Д.І. Барон
Д.А. Ситников
Д.В.Єлісєєв
Д.Г. Соляков
Е.Б.Бабков
К.І. Колосенко
К.К. Третяк
Л.І.Григор’єва
Л.Г. Тарасенко
Л.К. Ткаченко
Л.Л. Карпухін
Л.М. Миронова
М.В. Гнiденко
М.В. Заманов
М.В. Лимар
М.В.Кулик
М.Г. Шеденко
М.М. Аксьонов
М.М. Міняєв
М.М. Махов
М.М.Козуля
М.П.Пономаренко
М.С. Ладигіна
Н.М.Агаркова
О.І. Харюшіна
О.А.Васюков
О.В. Бирка
О.В. Лозін
О.В.Погожев
О.М.Бойко
О.О. Блудов
О.Ю. Красюк
П.Б.Шевчук
Р.І.Журкіна
Р.О. Павліченко
С.І. Лебедєв
С.І. Солодовченко
С.І.Шаболтас
С.А. Трубчанінов
С.В. Войценя
С.М.Мазніченко
С.С. Геращенко
С.Ф.Алент’єв
Т.В.Ситнянська
Т.М. Чередниченко
Т.О.Панаско
Ф.І. Ожерельев
Ю.В. Петров
Ю.К. Миронов
Ю.М.Кучумов
Ю.С.Кулик
Ю.Ф.Коженков
Я.Ф. Лелеко

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2020-04-02