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... Nuclear fission is a nuclear reaction in which a heavy nucleus (such as uranium) splits into two or more, lighter nuclei. As this splitting (transmutation) occurs, new, smaller / different isotopes are produced and there is a release of energy. The release of energy occurs whenever new nuclei are ma ...
... Nuclear fission is a nuclear reaction in which a heavy nucleus (such as uranium) splits into two or more, lighter nuclei. As this splitting (transmutation) occurs, new, smaller / different isotopes are produced and there is a release of energy. The release of energy occurs whenever new nuclei are ma ...
Uranium
... is the reason uranium still exists on the Earth. Three additional isotopes of uranium are not naturally present but can be produced by nuclear transformations. These are uranium-232, uranium-233, and uranium-236. Like the natural uranium isotopes, these three also decay by emitting an alpha particle ...
... is the reason uranium still exists on the Earth. Three additional isotopes of uranium are not naturally present but can be produced by nuclear transformations. These are uranium-232, uranium-233, and uranium-236. Like the natural uranium isotopes, these three also decay by emitting an alpha particle ...
