| 摘要 |
A method of producing energy using fusion reaction comprises the steps of impacting a nucleus of a particle production fuel with a neutron or a beta - particle and impacting a nucleus of a energy production fuel with a neutron or a beta - particle to produce energy. The particle production fuel includes beta - particle production fuel and neutron particle production fuel. The beta - particle production fuel can be boron 11 (B<11>), nitrogen 15 (N<15>), lithium 7 (Li<7>), deuterium ammonium (N<15>D3), or a combination thereof, and the neutron particle production fuel can include a hydrogen isotope. The energy production fuel can be helium 3 (He<3>), tritium, deuterium, proton, or a combination thereof. This invention is a method and an apparatus for generating energy from a fusion reaction. This invention involves a pilot to continuously ignite the fuel source to create the neutron or muon or high energy level beta - particles to collide with selected nuclei forming a cycle of production of neutron and beta - particle for the continuous fusion reaction. The collision of these neutron or beta - particle with a selected nucleus will cause fusion reaction within the nucleus to produce extreme high level of energies.
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