Nuclear Fusion Pulse Direct Injection Engine

Abstract

The invention discloses a nuclear fusion pulse type direct-injection engine, which includes an engine body, the engine body includes a combustion chamber, and also includes: an ignition component communicated with the combustion chamber, the ignition component includes a gas delivery pipe, the delivery The inlet end of the air pipe is connected to the steel cylinder through a high-pressure valve; the branch pipe arranged at the outlet end of the air pipe; the gas outlet nozzle connected to the branch pipe, and the gas outlet nozzle is arranged oppositely; Feed tube. It can be seen from the above technical scheme that in the nuclear fusion pulse type direct injection engine provided by the present invention, the gas is compressed to a certain extent, and the relative speed of the collision after the gas is ejected exceeds the critical speed of particle detonation to realize particle detonation. The energy released by the detonation will ignite the nuclear fuel, because the gas compression technology is relatively mature, and it is relatively easy to achieve gas compression, which reduces the difficulty of igniting the nuclear fusion engine to a certain extent.

Description

technical field [0001] The invention relates to the field of power equipment, in particular to a nuclear fusion pulse direct injection engine. Background technique [0002] The nuclear fusion engine uses the energy released by the nuclear reactor to provide forward power for the equipment. The most common way to start the nuclear fusion engine is magnetic confinement nuclear fusion. The ultra-high temperature plasma in thermonuclear reaction state composed of light atomic nuclei and free electrons is confined in a limited volume, so that it can undergo a large number of nuclear fusion reactions in a controlled manner, releasing the energy contained in the atomic nucleus. This method needs to establish a complex guiding magnetic field, and the energy consumption of the starting magnetic field is relatively large, so it is difficult to realize; the other is inertial confinement nuclear fusion. The working principle of inertial confinement nuclear fusion is to emit strong laser...

AI Technical Summary

Problems solved by technology

This method requires the laser to irradiate the metal target pellet or metal target ring multiple times. In the prior art, it is difficult to quickly supply the metal target pellet or metal target ring, which makes it difficult to realize the ignition of the nuclear fusion engine.

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