Nuclear fusion vs fission
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Nuclear fusion offers the promise of unlimited energy to mankind. How is fusion different from fission? Where do on-going fusion reactions occur? Is the development of fusion as an energy source worth the risk? What are the risks?
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Solution Summary
The solution discusses the difference between fusion and fission for the generation of energy and the risks involved.
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How is fusion different from fission?
Response: Nuclear fusion is the process by which nuclei from more than one atom join together. A heavier nucleus is formed in the process.
Depending on the nuclei involved, it may result in either the release or absorption of energy. Generally speaking, when nuclei lighter than iron and nickel fuse, energy is released. On the other hand, when nuclei heavier than these nuclei join, energy is absorbed.
Of course, the reverse process, i.e. the disintegration of a ...
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