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- Internal_conversion abstract "Internal conversion is a radioactive decay process where an excited nucleus interacts electromagnetically with an electron in one of the lower atomic orbitals, causing the electron to be emitted (ejected) from the atom. Thus, in an internal conversion process, a high-energy electron is emitted from the radioactive atom, but not from a nucleon in the nucleus. Instead, the electron is ejected as a result of an interaction between the entire nucleus and an outside electron that interacts with it. For this reason, the high-speed electrons from internal conversion are not beta particles, since the latter come from beta decay, where they are newly created in the process. Since no beta decay takes place during internal conversion, the element atomic number does not change, and thus (as is the case with gamma decay) no transmutation of one element to another is seen. However, since an electron is lost, an otherwise neutral atom becomes ionized. Also, no neutrino is emitted during internal conversion.Internally converted electrons do not have the characteristic energetically spread spectrum of beta particles, which results from varying amounts of decay energy being carried off by the neutrino (or antineutrino) in beta decay. Internally converted electrons, which carry a fixed fraction of the characteristic decay energy, have a well-specified discrete energy. The energy spectrum of a beta particle is thus a broad hump, extending to a maximum decay energy value, while the spectrum of internally converted electrons has a sharp peak.".
- Internal_conversion wikiPageExternalLink c5.
- Internal_conversion wikiPageID "516756".
- Internal_conversion wikiPageRevisionID "578245808".
- Internal_conversion hasPhotoCollection Internal_conversion.
- Internal_conversion subject Category:Nuclear_physics.
- Internal_conversion subject Category:Radioactivity.
- Internal_conversion comment "Internal conversion is a radioactive decay process where an excited nucleus interacts electromagnetically with an electron in one of the lower atomic orbitals, causing the electron to be emitted (ejected) from the atom. Thus, in an internal conversion process, a high-energy electron is emitted from the radioactive atom, but not from a nucleon in the nucleus. Instead, the electron is ejected as a result of an interaction between the entire nucleus and an outside electron that interacts with it.".
- Internal_conversion label "Conversion interne".
- Internal_conversion label "Conversione interna".
- Internal_conversion label "Conversión interna".
- Internal_conversion label "Innere Konversion".
- Internal_conversion label "Internal conversion".
- Internal_conversion label "Konwersja wewnętrzna".
- Internal_conversion label "Внутренняя конверсия".
- Internal_conversion label "内部転換".
- Internal_conversion sameAs Innere_Konversion.
- Internal_conversion sameAs Conversión_interna.
- Internal_conversion sameAs Conversion_interne.
- Internal_conversion sameAs Conversione_interna.
- Internal_conversion sameAs 内部転換.
- Internal_conversion sameAs 내부_전환.
- Internal_conversion sameAs Konwersja_wewnętrzna.
- Internal_conversion sameAs m.02km1b.
- Internal_conversion sameAs Q544431.
- Internal_conversion sameAs Q544431.
- Internal_conversion wasDerivedFrom Internal_conversion?oldid=578245808.
- Internal_conversion isPrimaryTopicOf Internal_conversion.