RU2014119484A

RU2014119484A - LINEAR INDUCTION ACCELERATOR

Info

Publication number: RU2014119484A
Application number: RU2014119484/07A
Authority: RU
Inventors: Александр Иванович Мащенко
Priority date: 2014-05-14
Filing date: 2014-05-14
Publication date: 2015-11-20
Also published as: RU2583039C2

Abstract

Линейный индукционный ускоритель, содержащий индукционную систему в виде набора ферромагнитных сердечников, охваченных витками намагничивания, которые объединены в два общих вывода, центральный электрод, расположенный по оси индукционной системы, один конец электрода заземлен на корпус ускорителя, а второй связан с защитным экраном, одинарную формирующую линию, заземленный и потенциальный электроды которой соединены с выходом магнитного импульсного генератора, состоящего из последовательных контуров сжатия, каждый из которых образован конденсатором и дросселем насыщения, один из общих выводов витков намагничивания индукционной системы подсоединен к потенциальному электроду формирующей линии, а между вторым общим выводом витков намагничивания индукционной системы и заземленным электродом одинарной формирующей линии включена обмотка магнитного коммутатора, между защитным экраном и выходным фланцем ускорителя расположен цилиндрический вакуумный изолятор, на изоляторе размещена однослойная обмотка размагничивания, подсоединенная одним выводом к импульсному источнику размагничивания, отличающийся тем, что на изоляторе размещена дополнительная обмотка, индуктивно связанная с обмоткой размагничивания, один вывод дополнительной обмотки соединен с защитным экраном, другой подсоединен к обмотке размагничивания и точка соединения обмоток подключена электрическим проводником к центральному электроду, на котором у защитного экрана размещены ферромагнитные сердечники дополнительного дросселя насыщения, при этом контур, образованный дополнительной обмоткой, проводником, частью центрального эA linear induction accelerator containing an induction system in the form of a set of ferromagnetic cores enclosed by magnetization coils, which are combined into two common leads, a central electrode located along the axis of the induction system, one end of the electrode is grounded to the accelerator body, and the other is connected to the protective screen, a single forming a line, the grounded and potential electrodes of which are connected to the output of the magnetic pulse generator, consisting of successive compression circuits, each of which is an image van by a capacitor and a saturation inductor, one of the common conclusions of the magnetization coils of the induction system is connected to the potential electrode of the forming line, and between the second common conclusion of the magnetization coils of the induction system and the grounded electrode of the single forming line, the coil of the magnetic switch is turned on, there is a cylindrical between the protective screen and the output flange of the accelerator vacuum insulator, on the insulator there is a single-layer demagnetization winding connected by one output to a pulse a demagnetizing source, characterized in that an additional winding inductively connected to the demagnetizing winding is placed on the insulator, one output of the additional winding is connected to the protective shield, the other is connected to the demagnetizing winding and the connection point of the windings is connected by an electric conductor to the central electrode on which the protective shield is located ferromagnetic cores of an additional saturation inductor, while the circuit formed by an additional winding, conductor, part of the central

Claims

A linear induction accelerator containing an induction system in the form of a set of ferromagnetic cores enclosed by magnetization coils, which are combined into two common leads, a central electrode located along the axis of the induction system, one end of the electrode is grounded to the accelerator body, and the other is connected to the protective screen, a single forming a line, the grounded and potential electrodes of which are connected to the output of the magnetic pulse generator, consisting of successive compression circuits, each of which is an image van by a capacitor and a saturation inductor, one of the common conclusions of the magnetization coils of the induction system is connected to the potential electrode of the forming line, and between the second common conclusion of the magnetization coils of the induction system and the grounded electrode of the single forming line, the coil of the magnetic switch is turned on, there is a cylindrical between the protective screen and the output flange of the accelerator vacuum insulator, on the insulator there is a single-layer demagnetization winding connected by one output to a pulse a demagnetizing source, characterized in that an additional winding inductively connected to the demagnetizing winding is placed on the insulator, one output of the additional winding is connected to the protective shield, the other is connected to the demagnetizing winding and the connection point of the windings is connected by an electric conductor to the central electrode on which the protective shield is located ferromagnetic cores of an additional saturation inductor, while the circuit formed by an additional winding, conductor, part of the central electrode and a protective screen, covers the cross-section of the cores of the additional saturation inductor and is its short-circuited winding.