Proposal for a Homemade Fusion Reactor

Proposal of homemade nuclear fusion reactor Introduction of dangerous projects Overview - Parts (pages of each part) Parts list Cost survey Competition Adding future use cost list Electrical system design Radiation calculation safety program list Introduction Fusion is conducted in two or more cases If the nucleus collides at a very high speed, nuclear reaction will occur and a new kind of nucleus will be formed. In this process, a part of the mass of the fusion core is converted to energy, so the substance is not preserved.

The nuclear fusion reactor is basically a furnace that produces freestanding plasma. The reactor continuously extracts energy from the plasma. This may move humankind for thousands of years from now. Since the energy input exceeds the emitted energy, there are currently no viable fusion reactors, in other words, it is not autonomous. The reason for the inefficiency of modern nuclear fusion reactors is that the design of their storage rooms does not allow them to be independent. This raises an optimization problem similar to that resolved by Dreamcatcher. The optimal reactor geometry must be able to maintain the plasma and draw energy without melting.

Proposal of homemade nuclear fusion reactor Introduction of dangerous projects Overview - Parts (pages of each part) Parts list Cost survey Competition Adding future use cost list Electrical system design Radiation calculation safety program list Introduction Fusion is conducted in two or more cases If the nucleus collides at a very high speed, nuclear reaction will occur and a new kind of nucleus will be formed. - Jonathan Swift's satirical work "Humble Proposal" gives the reader a terrible concept of using highly effective languages ​​and logos and Swift offers powerful languages, reasonable tones, and complex grammar To convince using Readers, eating children solves all the problems of Ireland in the 19th century.

The most modern nuclear reactor called fusion reactor uses fuel consisting of hydrogen, oxygen, a part of oxygen, and water. A nuclear reactor works like a sun, in fact it fuses an atom (hence a fusion name) atom. The atom produces more energy than other known nuclear reactors. Another advantage of nuclear power generators is that the use of fuel does not cause pollution. This is in stark contrast to the pillars of black smoke from petroleum and coal-fired power plants. Because there is no air pollution, it can solve the problem of acid rain accompanying the combustion of fossil fuel.

The fusion reactor has great potential for safe and environmentally friendly driving. The safety aspect of nuclear fusion power plants designed on paper can not easily be compared with the safety aspects of nuclear fission power reactors and other operating energy sources. During the fusion process, the majority of radioactive materials are secondary products generated by neutron activation, leaving room for optimum protection through the development and selection of materials, or the use of advanced fuels. Each sequence of events can be represented by an "event tree", and each branch of the tree has an associated occurrence probability. For example, if the valve is commanded to close, because it is a limited probability of failure, in the coolant loss and flow loss events, the temperature rise of the first wall and the blanket as a function of time It must be calculated. Thereafter, mobilization of various factors is estimated based on laboratory data. Testing