Controllable continuous deuteron fusion energy producing method and controllable continuous deuterium fusion energy producing system

Abstract

The invention relates to a controllable continuous deuteron fusion energy producing method and a controllable continuous deuteron fusion energy producing system. The energy producing method comprises the following steps: (1) deuteron separation, (2) deuteron acceleration, (3) calibration, (4) fusion, (5) deuteron collision fusion, (6) return utilization of high-speed particles, (7) energy conversion and (8) recycle of reaction product. The energy producing system mainly comprises a pre-processing device, a nuclear fusion device, a recycling device, a vacuum device, an energy exchange device and a safety protection device. The energy producing method and the energy producing system have the advantages that a theory of rear collision is put forward; energy of high-speed particles is utilized fully, system efficiency is improved, the efficient design that output energy is larger than input energy is achieved; and a loop-locked automatic control device and the reliable safety protection device are included.

Description

technical field [0001] The invention relates to a nuclear fusion production capacity method and a production capacity system, in particular to a controllable continuous deuterium fusion production capacity method and a production capacity system. Background technique [0002] With the improvement of industrialization and the increase of population, the world's energy consumption is also rising rapidly, and the human energy crisis has been revealed. According to statistics, the known total reserves of natural fuels such as coal and petroleum in the world are about 7×10 15 kWh, the possible maximum total reserve will not increase by another 20 times. The reserves of nuclear fission fuels such as uranium and thorium are about 8×10 17 kWh, and the total annual power generation in the world has exceeded 10 15 kWh. [0003] The hydrogen bomb test more than 60 years ago proved that deuterium thermonuclear fusion can generate huge energy. Studies have shown that 1 gram of de...

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Problems solved by technology

[0007] Since then, scientists have tried to use high temperature, magnetic field confinement, strong laser bombardment, electron beam or heavy ion beam confinement to produce controllable and continuous deuterium fusion, but it has not reached the practical stage so far.

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