The products produced as a result of the fissioning of heavy elements, plus the nuclides formed by the fission fragments' radioactive decay.
Any and all atoms and subatomic particles resulting from splitting atoms in nuclear reactors. All or most such products are highly radioactive.
The atomic fragments resulting from nuclear fission. For instance, the two large atomic fragments produced by the fission of uranium-235 might be isotopes of tin and molybdenum, which themselves are likely to be highly radioactive.
isotopes produced when fissile material is split after colliding with a neutron.
Nuclei from the fission of heavy elements (primary fission products); also, the nuclei formed by the decay of the primary fission products, many of which are radioactive.
Radioactive nuclei and elements formed by the fission of heavy elements.
Elements or compounds resulting from fission.
The nuclei produced by fission of heavy elements, and their radioactive decay products.
a general term for the complex mixture of isotopes produced as a result of nuclear fission
Nuclei formed by the fission of higher mass elements. They are of medium atomic mass and almost all are radioactive. Examples: 90Sr, 137Ce.
Nuclei formed by the fission of heavy elements. They are of medium atomic weight and almost all are radioactive. Examples: strontium-90, cesium-137.
Daughter nuclei resulting either from the fission of heavy elements such as uranium, or the radioactive decay of those primary daughters. Usually highly radioactive.
Nuclides or radionuclides produced as a result of fission.
On this page a discussion of each of the main elements in the fission product mixture from the nuclear fission of an actinide such as uranium or plutonium is set out by element.