Pulse discharging operating nuclear fusion reaction method and reaction device of pulse discharging operating nuclear fusion reaction

Abstract

The invention provides a pulse discharging operating nuclear fusion reaction method and a reaction device of a pulse discharging operating nuclear fusion reaction, and relates to the technical field of thermonuclear fusion reactions. According to the pulse discharging operating nuclear fusion reaction method, by means of a pulse discharging operating mode, two conditions of high temperature and high pressure of thermonuclear fusion are met simultaneously. The pulse discharging operating nuclear fusion reaction device comprises a hollow ball vacuum device for achieving ultra-high vacuum, two discharging ball electrodes, a non-inductive ultra-high-voltage energy-storage capacitor, a deuterium and tritium gas conveying and mixing device, a deuterium and tritium mixed gas conveying device and a nuclear energy conversion device. A feasible novel way is developed for achievement of thermonuclear fusion. Deuterium and tritium are conveyed and controlled in a fixed size mode through a deuterium piston-type fixed-size conveying device and a tritium piston-type fixed-size conveying device, control of the thermonuclear fusion reaction and control of energy magnitude are conveniently achieved, safety is guaranteed, the structure is specific, actionability and manual automatic remote control operability are strong, and building cost is reduced.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows charged particles (called atoms) called UHV or DT) to be create when they hit another substance that causes them to become part of their own mass. These charges can then combine with other matter like oxygen molecules inside an explosively formed shell made from these materials. By charging this electricity into special devices such as superconductors, it becomes possible to use laser radiation without causing damage during explosions. Overall, this process makes atomic nuclei work more efficiently than before.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the process of simulating atomic nuclei from thermal neutrons during fusion reactions without requiring complex equipment or costly materials.

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