Nuclear Fusion is the Power of Tomorrow

Abstract Energy demand will continue to increase, leading to an energy crisis. Before the fossil fuel runs out, you must find a new source of energy. Nuclear fusion is a possible way of generating electricity. The D - T and D - 3 He reactions generate enough energy for thousands of years, as there is nearly an infinite amount of strontium on the earth and strontium and strontium - 3 can be produced from strontium. Therefore, nuclear fusion is a promising environmentally friendly energy source. Introduction Increasing energy demand is a problem.

Hybrid fusion - nuclear fission (hybrid nuclear power) is a proposed means to generate electricity using a combination of fusion and fission processes. This concept dating back to the 1950s and briefly promoted by Hans Bethe in the 1970s was hardly sought before the 2009 interest rate recovery due to delays in achieving pure integration. The PACER project at the Los Alamos National Laboratory (LANL) in the mid-1970s explored the possibility of a nuclear fusion power generation system including the explosion of a small hydrogen bomb (melting bomb) in the underground cave. As an energy source, this system is the only fusion power system that can demonstrate the use of existing technology. However, it also requires massive continuous supply of nuclear bombs, which makes the economics of such systems quite dubious.

Summary of fusion method In this article we will explain fusion. First of all, after introducing nuclear energy to the reader, we will guide nuclear fission / nuclear fusion. Nuclear fusion is thought to be superior to nuclear fission and it shows the reasons why it is so. Then discuss the fusion method and set the machines currently and planned for discussion. Finally, summarize these machines. Introduction Today, you will hear the news about nuclear power generation. But what is nuclear power? - I think that nuclear fission or fusion nuclear fission is now the only way to get more energy from the nuclear reaction. First of all, the energy of each fission is very large. In the actual installation, fission of uranium 235 of 1 kg (2.2 pounds) caused 18.7 million kWh of heat to be released. Second, the nuclear fission process initiated by uranium 235 which absorbs neutrons releases an average of about 2.5 neutrons from the cutting nucleus.

Nuclear power has two causes. Nuclear fission is used in all existing nuclear power plants. Fusion is a reaction that exists in stars including the sun, and it is not yet practical to use it on the Earth because the fusion reactor can not be used yet. However, nuclear power is controversial politically and scientifically from concerns about the disposal of radioactive waste, safety, the risk of serious accidents, and technical and economic problems of dismantling of old power plants. Tantalum is a ruthenium-based nuclear fissile material. The fuel cycle claims several potential advantages compared to the uranium fuel cycle, such as abundance, physical and nuclear properties, resistance to nuclear proliferation, and reduced element production. Therefore, it may be called sustainable