A semi-circular coaxial high power pulse forming line

Abstract

The invention discloses a semicircular coaxial high-power pulse formation line and aims at solving the problem that an existing high-power pulse formation line is relatively high in axial length and incompact in structure. The semicircular coaxial high-power pulse formation line is composed of N coaxial pulse formation lines. The axial section of each coaxial pulse formation line is semicircular. Adjacent semicircular coaxial pulse formation lines are connected through screw rods. Each coaxial pulse formation line is different in bending semidiameter and same in structure. Each coaxial pulse formation line is composed of a high-voltage conductor, a grounding conductor, an energy storage media, a media input port, a media output port and a support plate. The high-voltage conductor is nested in the grounding conductor. The energy storage media is distributed in the space between the high-voltage conductor and the grounding conductor. According to the line, the electric length of the high-power pulse formation line can be effectively improved, the pulse width of the electric pulse output by a device is increased, a size is effectively reduced by splicing the plurality of pulse formation lines, and the pulse width output by the high-power pulse formation line is adjusted.

Description

technical field [0001] The invention relates to a pulse forming line in the technical field of high-power pulse driving sources, in particular to a semicircular coaxial high-power pulse forming line. Background technique [0002] High-power (greater than 100 megawatts) pulse drive source technology is to study the energy stored at a lower power, and release the stored energy to the load in a short period of time through switching, pulse modulation and other technologies, so that the load can be obtained A technique of high-power electrical pulses with specific waveforms. High-power electric pulses with quasi-square waveforms have the advantages of high energy efficiency and good effects, and have been most widely used. In recent years, driven by the application of high-performance pulse-driven source devices, quasi-square wave high-power electric pulses have been used in high-power microwaves, high-energy pulsed lasers, plasma physics, shock wave generators, material surfac...

AI Technical Summary

Problems solved by technology

[0006] The technical problem to be solved by the present invention is to provide a semi-circular coaxial high-power pulse forming line for the existing high-power pulse forming line with relatively large axial length and uncompact structure.

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