radioactive decay or simply decay.
Radioactivity
Isotopes of elements with unstable nucleus release nuclear radiation. Generally theinstabilityis related to the neutron to proton ratio in the nucleus of an atom.
There are two major types of nuclear energy, fusion and fission. Fusion comes from hydrogen nuclei sticking together in the hearts of stars, which liberates energy. Fission energy comes from the splitting of heavy nuclei. A third type of nuclear energy comes from the slow decay of unstable isotopes, most generally through the release of alpha or beta particles. Both of these are the result of a transmutation of the isotope. Fissionable isotopes are produced naturally in supernova.
"phosphorescence"Scattering is the release of light energy by particles of matter that have absorbed energy. The transfer of energy carried by light waves to particles of matter is absorption.
By nuclear fusion, a hot plasma of hydrogen isotopes will convert to helium and release energy
Radioactivity
Nuclear fission
If it is related to Nuclear studies, then the answer would be fusion.
No. If they did, they would be radioactive and unstable.
stable nuclei are formed, usually accompanied by the release of Alpha, Beta, Gamma radiation.
It is called radioactivity.
Isotopes of elements with unstable nucleus release nuclear radiation. Generally theinstabilityis related to the neutron to proton ratio in the nucleus of an atom.
dii cuu nGah aLam ei..tAnuNg pfah..
When it reaches its boiling point.
There are two main processes where particles of matter release energy. These two processes are known as freezing and condensation.
There are two major types of nuclear energy, fusion and fission. Fusion comes from hydrogen nuclei sticking together in the hearts of stars, which liberates energy. Fission energy comes from the splitting of heavy nuclei. A third type of nuclear energy comes from the slow decay of unstable isotopes, most generally through the release of alpha or beta particles. Both of these are the result of a transmutation of the isotope. Fissionable isotopes are produced naturally in supernova.
Due to unstable atomic structures (or a weak nuclear force), radioactive materials release alpha particles as radiation.