FUSION REACTORS NUCLEAR REACTORS , FUSION REACTORS , FUSIONFusion, Nuclear
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Today’s nuclear reactors have a big mess to clean up, thanks to fission. By splitting heavy atoms, fission leaves behindradioactive waste. What to do with that nuclear waste for millions of years to come is an environmental nightmare that the US stillhasn’t figured out. ...
Fusion reactors will use abundant sources of fuel, will not leak radiation above normal background levels, and will produce less radioactive waste than current fission reactors. Learn about this promising power source.
Fusion reactors are under development to achieve nuclear fusion as a practical energy source. The reactors are based on maintaining plasmas at high temperature through magnetic confinement in a tokamak. The word “tokamak” is derived from the Russian toroidal kamera ee magnetnaya katushka, meaning ...
Engineers around the world are using simulation to optimize nuclear fusion reactors with the aim to produce reliable, low-carbon energy.
The declining reserves of fossil fuels and their detrimental effects on the environment have thrust nuclear power based on fission reaction into the limelight as a promising option to energy-starved economies around the world. However, the 1986 Chernobyl
Whereas fusion fuses two or more atoms together, fissionis the opposite; it is the process of splitting a larger atom into two or more smaller ones. Nuclear fission is thekind of energythat powers nuclear reactors around the world today. Like fusion, the heat created from splitting atoms is...
The nature of the fusion reaction and the equipment used for the production of energy are addressed. There are several types of reactor with promise. These are described, to provide insight into the types of reactor potentially available as the basis for future energy systems....