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| 1 | Decay energy |
| The decay energy is the energy released by a nuclear decay. The difference between the mass of the reactants and the mass of products is often written as Q: Q = (mass of reactants) - (mass of products) This can be expressed as energy by Albert Einstein's famous formula E=mc² . Types of decay ... | |
| 2 | Beta minus particle |
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| 3 | Carbon-14 |
| Carbon-14 is the radioactive isotope of carbon discovered February 27th, 1940 by Martin Kamen and Sam Ruben. Its presence in organic materials is used in radiocarbon dating. The half-life of Carbon-14 is 5,730 years. It decays into nitrogen-14 through beta-decay ... | |
| 4 | Topsoil |
| Top soil is the upper layer of soil containg decayed plant, animal, and bacterial matter ... | |
| 5 | Proton emission |
| Neutron Capture The R-process The S-process Proton capture: The P-process Proton emission is a type of radioactive decay in which a proton is simply ejected from the nucleus. Example isotopes... Nuclear processes Radioactive decay processes Alpha decay Beta decay Electron capture Gamma ... | |
| 6 | Positron emission |
| Neutron Capture The R-process The S-process Proton capture: The P-process Positron emission is a type of beta decay, referred to as "beta plus" (β +). In beta plus decay, a proton is... Nuclear processes Radioactive decay processes Alpha decay Beta decay Electron capture Gamma ... | |
| 7 | Radioactive decay |
| until it reaches a stable combination. The observed forms of decay are alpha decay, beta decay... the difficulty of manufacturing a nuclear bomb from lower grades of plutonium. Radioactive decay is observed astronomically in supernovae. The light curve of a supernova is generated via the decay of ... | |
| 8 | Beta plus particle |
| ... | |
| 9 | Alpha decay |
| number are conserved. Alpha decay can essentially be thought of as nuclear fission where the parent... Neutron Capture The R-process The S-process Proton capture: The P-process Alpha decay is a form of radioactive decay in which an atomic nucleus ejects an alpha particle and transforms into a ... | |
| 10 | Neutron emission |
| Neutron Capture The R-process The S-process Proton capture: The P-process Neutron emission is a type of radioactive decay in which a neutron is simply ejected from the nucleus. An example... Nuclear processes Radioactive decay processes Alpha decay Beta decay Electron capture Gamma ... | |
| 11 | Decay product |
| from the radioactive decay of a parent or precursor nuclide. Decay products are extremely important in understanding radioactive decay and the management of radioactive waste. In practice nearly all decay products are themselves radioactive. The result of this is that most radionuclides do not have ... | |
| 12 | Radiometric dating |
| the decay of radioactive isotopes that were incorporated into the material when it was created and... dating, which is based on the decay of carbon-14 to carbon-12. Other types of radiometric dating include... applicability. Most materials decay radioactively to some extent, but the decay rates of most are so ... | |
| 13 | Proton decay |
| 35 years. The observation of neutrino oscillations also point towards proton decay being a real..., rather than breaking the law of conservation of the baryon number, proton decay is actually the... vast period of time (protons are theorized to have a half-life of 10 36 years), a proton will decay ... | |
| 14 | Decay chain |
| Nearly all the decay products of radioactive decay are themselves radioactive. Because of this... all nuclides into four classes. The members of any possible decay chain must be drawn entirely from one of these classes. Three main decay chains are observed in nature, commonly called the uranium ... | |
| 15 | Sartoris |
| Sartoris is a novel by William Faulkner portraying the decay of the Mississippi aristocracy following the social upheaval of the Civil War ... |