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- Iron-56 abstract "Iron-56 (56Fe) is the most common isotope of iron. About 91.754% of all iron is iron-56.Of all nuclides, iron-56 has the lowest mass per nucleon. With 8.8 MeV binding energy per nucleon, iron-56 is one of the most tightly bound nuclei.Nickel-62, a relatively rare isotope of nickel, has a higher nuclear binding energy per nucleon; this is consistent with having a higher mass per nucleon because nickel-62 has a greater proportion of neutrons, which are slightly more massive than protons. See the nickel-62 article for more information regarding the ordering of binding energy per nucleon, and mass-per-nucleon, for various nuclides.Thus, light elements undergoing nuclear fusion and heavy elements undergoing nuclear fission release energy as their nucleons bind more tightly, and the resulting nuclei approach the maximum total energy per nucleon, which occurs at 62Ni. However, during nucleosynthesis in stars the competition between photodisintegration and alpha capturing causes more 56Ni to be produced than 62Ni (56Fe is produced later in the star's ejection shell as 56Ni decays). This means that as the Universe ages, more matter is converted into extremely tightly bound nuclei, such as 56Fe. This progression of matter towards iron and nickel is one of the phenomena responsible for the heat death of the universe.Production of these elements has decreased considerably from what it was at the beginning of the stelliferous era; in all likelihood, not all matter will be converted into such elements.".
- Iron-56 thumbnail Binding_energy_curve_-_common_isotopes.svg?width=300.
- Iron-56 wikiPageExternalLink pdf.
- Iron-56 wikiPageID "4229687".
- Iron-56 wikiPageLength "3050".
- Iron-56 wikiPageOutDegree "27".
- Iron-56 wikiPageRevisionID "687902125".
- Iron-56 wikiPageWikiLink Alpha_process.
- Iron-56 wikiPageWikiLink Category:Isotopes_of_iron.
- Iron-56 wikiPageWikiLink Electronvolt.
- Iron-56 wikiPageWikiLink Future_of_an_expanding_universe.
- Iron-56 wikiPageWikiLink Heat_death_of_the_universe.
- Iron-56 wikiPageWikiLink Iron.
- Iron-56 wikiPageWikiLink Iron-55.
- Iron-56 wikiPageWikiLink Iron_star.
- Iron-56 wikiPageWikiLink Isotope.
- Iron-56 wikiPageWikiLink Isotopes_of_cobalt.
- Iron-56 wikiPageWikiLink Isotopes_of_iron.
- Iron-56 wikiPageWikiLink Isotopes_of_manganese.
- Iron-56 wikiPageWikiLink Isotopes_of_nickel.
- Iron-56 wikiPageWikiLink Neutron.
- Iron-56 wikiPageWikiLink Nickel-62.
- Iron-56 wikiPageWikiLink Nuclear_binding_energy.
- Iron-56 wikiPageWikiLink Nuclear_fission.
- Iron-56 wikiPageWikiLink Nuclear_fusion.
- Iron-56 wikiPageWikiLink Nucleon.
- Iron-56 wikiPageWikiLink Nuclide.
- Iron-56 wikiPageWikiLink Photodisintegration.
- Iron-56 wikiPageWikiLink Proton.
- Iron-56 wikiPageWikiLink Pure_and_Applied_Chemistry.
- Iron-56 wikiPageWikiLink Stellar_nucleosynthesis.
- Iron-56 wikiPageWikiLink Universe.
- Iron-56 wikiPageWikiLink File:Binding_energy_curve_-_common_isotopes.svg.
- Iron-56 wikiPageWikiLinkText "".
- Iron-56 wikiPageWikiLinkText "Iron-56".
- Iron-56 wikiPageWikiLinkText "iron-56".
- Iron-56 abundance "91.754".
- Iron-56 after "Stable".
- Iron-56 alternateNames "Iron-56".
- Iron-56 before Isotopes_of_cobalt.
- Iron-56 before Isotopes_of_manganese.
- Iron-56 bindingEnergy "492253.892".
- Iron-56 element "iron".
- Iron-56 error "1.354".
- Iron-56 error "1.356".
- Iron-56 excessEnergy "-60601.003".
- Iron-56 heavier Isotopes_of_iron.
- Iron-56 lighter Iron-55.
- Iron-56 mass "55.9349375".
- Iron-56 massNumber "56".
- Iron-56 numNeutrons "30".
- Iron-56 numProtons "26".
- Iron-56 spin "0".
- Iron-56 symbol "Fe".
- Iron-56 wikiPageUsesTemplate Template:Cite_journal.
- Iron-56 wikiPageUsesTemplate Template:Cn.
- Iron-56 wikiPageUsesTemplate Template:Infobox_isotope.
- Iron-56 wikiPageUsesTemplate Template:Isotope.
- Iron-56 wikiPageUsesTemplate Template:Isotope-stub.
- Iron-56 subject Category:Isotopes_of_iron.
- Iron-56 type Element.
- Iron-56 type Isotope.
- Iron-56 comment "Iron-56 (56Fe) is the most common isotope of iron. About 91.754% of all iron is iron-56.Of all nuclides, iron-56 has the lowest mass per nucleon. With 8.8 MeV binding energy per nucleon, iron-56 is one of the most tightly bound nuclei.Nickel-62, a relatively rare isotope of nickel, has a higher nuclear binding energy per nucleon; this is consistent with having a higher mass per nucleon because nickel-62 has a greater proportion of neutrons, which are slightly more massive than protons.".
- Iron-56 label "Iron-56".
- Iron-56 sameAs Q1052454.
- Iron-56 sameAs آهن-۵۶.
- Iron-56 sameAs Fer_56.
- Iron-56 sameAs 鉄56.
- Iron-56 sameAs 철-56.
- Iron-56 sameAs IJzer-56.
- Iron-56 sameAs m.0br4x3.
- Iron-56 sameAs Q1052454.
- Iron-56 wasDerivedFrom Iron-56?oldid=687902125.
- Iron-56 depiction Binding_energy_curve_-_common_isotopes.svg.
- Iron-56 isPrimaryTopicOf Iron-56.