LINEAR INDUCTION ACCELERATOR Russian patent published in 2002 - IPC

Abstract RU 2185041 C1

FIELD: acceleration engineering. SUBSTANCE: accelerator used for generating electron and ion beams of nanosecond length with high pulse repetition rate has ferromagnetic induction system in the form of set of ferromagnetic cores with magnetizing turns around them. Electrodes of single shaping line are attached to ends of turns. Electrodes are connected on opposite end to magnetic pulse generator designed to charge shaping line. One of shaping-line electrodes is grounded and open. Magnetic switch in the form of single-turn saturable reactor is inserted in the open circuit. Magnetic pulse generator is, essentially, sequence of circuits set up of capacitors and saturable reactors. Load is proposed to be furnished with shaping line of capacitance lower by two-four times than that of last-circuit capacitor of magnetic pulse generator; magnetic switch characteristics are proposed to be in definite relationship with accelerator components. Charging voltage amplitude of single shaping line is maintained at charging voltage level of CN. EFFECT: reduced discharge time of single shaping line through load. 1 cl, 1 dwg

Similar patents RU2185041C1

Title Year Author Number
LINE INDUCTION ACCELERATOR 2000
  • Vintizenko I.I.
RU2178244C1
LINEAR INDUCTION ACCELERATOR 2002
  • Vintizenko I.I.
RU2231937C1
INDUCTION-TYPE LINEAR ACCELERATOR FOR VARIOUS PROCESSES 2003
  • Vintizenko I.I.
RU2242851C1
LINEAR INDUCTIVE ACCELERATOR 2004
  • Vintizenko I.I.
RU2265973C1
LINEAR INDUCTIVE ACCELERATOR 2005
  • Vintizenko Igor' Igorevich
RU2286034C1
PULSE ACCELERATOR 1991
  • Zavrazhin S.V.
  • Usov Ju.P.
  • Furman Eh.G.
RU2040126C1
LINEAR INDUCTION ACCELERATOR 2001
  • Vintizenko I.I.
RU2197795C1
NANOSECOND ACCELERATOR 1991
  • Furman Eh.G.
RU2032283C1
HEAVY-CURRENT NANOSECOND ACCELERATOR 1990
  • Furman Еh.G.
SU1769690A1
GENERATOR OF HIGH VOLTAGE LINEARLY INCREASING IMPULSES OF MICROSECOND DURATION 2006
  • Vintizenko Igor' Igorevich
RU2305379C1

RU 2 185 041 C1

Authors

Vintizenko I.I.

Dates

2002-07-10Published

2000-12-18Filed