Bremsstrahlung reflection triode

Abstract

The invention relates to a bremsstrahlung reflection triode for generating strong pulse hard X rays. The problems that the gap potentials of two cathodes and anodes of an existing bremsstrahlung reflection triode are inconsistent, and a radiation field cannot be fully utilized are solved. The triode comprises a reflection triode cavity, an anode base, an anode, cathodes, transverse cover plates, aforward cover plate, an insulation plate fixing nut, an insulation plate transition piece and an insulation plate. The part, connected with the insulation plate, of the reflection triode cavity is acylinder, the part, away from the insulation plate, of the reflection triode cavity is transited into a closed cavity, and two parallel flat plates are arranged on the opposite surfaces of the closedcavity; the two cathodes are respectively arranged on the two flat plates of the closed cavity; the anode is positioned between the two cathodes; the anode is arranged on the anode base, the anode base is installed on a water line inner cylinder through the insulation plate transition piece, and the insulation plate transition piece is fixed through the insulation plate fixing nut. The transversecover plates are arranged on the two flat plates of the closed cavity respectively, and the forward cover plate is arranged at the axial tail end of the closed cavity.

Description

technical field [0001] The invention relates to the technical field of pulse power, in particular to a bremsstrahlung reflective triode for generating strong pulse hard X-rays. Background technique [0002] Intense pulsed hard X-ray sources are widely used in experimental studies of various radiation effects. In traditional single-gap diodes, the high-current pulsed electron beam emitted by the cathode bombards a target with a high atomic number to generate bremsstrahlung. Since the electromagnetic pulse effect of the system requires pulsed hard X-rays with an energy spectrum of 10-100keV, the maximum energy of the pulsed electron beam used for targeting must be less than 300keV, which requires the terminal voltage of the single-gap diode to be lower than 300kV. In a single-gap bremsstrahlung diode, the high-current pulsed electron beam emitted by the cathode only interacts with the anode conversion target once, so it is difficult to fully utilize the energy of the electron...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to solve the problems that the two anode and cathode gap potentials of the existing bremsstrahlung reflective triode are inconsistent and the radiation field cannot be fully utilized, and propose a bremsstrahlung reflective triode that emits electrons laterally, and the high-power pulse is output through the coaxial Converted to flat panel transmission for lateral output of the radiation field

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