magnetic fluid atomic battery

Abstract

The magnetic fluid atomic battery uses the α particles emitted by the radioactive elements that release α to hit the nitrogen 14 nucleus, and the nitrogen 14 nucleus releases a proton. The energy of the α particles emitted by the radioactive elements is very low, so it needs to be accelerated by a small cyclotron accelerator to increase the α particles and The collision probability of the nitrogen 14 nucleus, and then use the proton released by the nitrogen 14 nucleus to hit the lithium 7 nucleus, and the lithium 7 nucleus will undergo a nuclear reaction with the incident proton to generate nuclear energy and become two alpha particles with greater energy, which will be accelerated by a linear particle accelerator Particles, the kinetic energy of α particles is converted into electric energy through the magnetic fluid power generation device, and the electrical appliances can be driven to work by connecting the voltage to the circuit with a wire. This is the summary of the manual.

Description

Technical field [0001] The patent of the present invention relates to the field of nuclear power and the improvement of conversion efficiency of atomic batteries, acceleration of charged particles, and multiple nuclear reactions in magnetic fluid atomic batteries. Background technique [0002] At present, only one nuclear reaction occurs in the atomic battery. The energy conversion is to convert the heat energy generated by radioactive elements into electrical energy through thermoelectric power generation, or convert the gamma rays emitted by radioactive elements into electrical energy. The conversion efficiency is low, and gamma rays are not easy to protect. Only one nuclear reaction occurs in the atomic battery, and the energy generated by radioactive elements is also very low, while the current magnetic fluid power generation needs to heat the material into plasma through heat, so the generator should not run for a long time because the electrodes must bear huge heat , a...

AI Technical Summary

Problems solved by technology

[0002] At present, only one nuclear reaction occurs in the atomic battery. The energy conversion is to convert the heat energy generated by radioactive elements into electrical energy through thermoelectric power generation, or convert the gamma rays emitted by radioactive elements into electrical energy. The conversion efficiency is low, and gamma rays are not easy to protect. Only one nuclear reaction occurs in the atomic battery, and the energy generated by radioactive elements is also very low, while the current magnetic fluid power generation needs to heat the material into plasma through heat, so the generator should not run for a long time because the electrodes must bear huge heat , and the conversion efficiency of ordinary atomic batteries is too low

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