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- Cold_fission abstract "Cold fission or cold nuclear fission is defined as involving fission events for which fission fragments have such low excitation energy that no neutrons or gammas are emitted.Cold fission events have so low a probability of occurrence that it is necessary to use a high flux nuclear reactor to study them.The first observation of cold fission events was in experiments on fission induced by thermal neutrons of uranium 233, uranium 235 and plutonium 239 using the High Flux Reactor at the Institut Laue-Langevin in Grenoble, France. Other experiments on cold fission were also done involving 248Cm and 252Cf . A unified approach of Cluster decay, alpha decay and cold fission was developed by Dorin N Poenaru et al. A phenomenological interpretation was proposed by Gönnenwein and Duarte et al.The importance of cold fission phenomena lies in the fact that fragments reaching detectors have the same mass that they obtained at the \"scission\" configuration, just before the attractive but short-range nuclear force becomes null, and only Coulomb interaction acts between fragments. After this Coulomb potential energy is converted in fragments kinetic energies, which-–added to pre-scission kinetic energies—is measured by detectors.The fact that cold fission preserves nuclear mass until the fission fragments reach the detectors permits the experimenter to better determine the fission dynamics, especially the aspects related to Coulomb and shell effects in low energy fission. and nucleon pair breaking. Adopting several theoretical assumptions about scission configuration one can calculate the maximal value of kinetic energy as a function of charge and mass of fragments and compare them to experimental results.".
- Cold_fission wikiPageID "19464175".
- Cold_fission wikiPageLength "4717".
- Cold_fission wikiPageOutDegree "16".
- Cold_fission wikiPageRevisionID "701452684".
- Cold_fission wikiPageWikiLink Alpha_decay.
- Cold_fission wikiPageWikiLink Category:Nuclear_chemistry.
- Cold_fission wikiPageWikiLink Category:Nuclear_physics.
- Cold_fission wikiPageWikiLink Cluster_decay.
- Cold_fission wikiPageWikiLink Coulombs_law.
- Cold_fission wikiPageWikiLink Dorin_N._Poenaru.
- Cold_fission wikiPageWikiLink Gamma_ray.
- Cold_fission wikiPageWikiLink Institut_Laue–Langevin.
- Cold_fission wikiPageWikiLink Mass–energy_equivalence.
- Cold_fission wikiPageWikiLink Neutron.
- Cold_fission wikiPageWikiLink Nuclear_fission.
- Cold_fission wikiPageWikiLink Nuclear_reactor.
- Cold_fission wikiPageWikiLink Nucleon_pair_breaking_in_fission.
- Cold_fission wikiPageWikiLink Plutonium-239.
- Cold_fission wikiPageWikiLink Uranium-233.
- Cold_fission wikiPageWikiLink Uranium-235.
- Cold_fission wikiPageWikiLinkText "Cold fission".
- Cold_fission wikiPageWikiLinkText "Cold test".
- Cold_fission wikiPageWikiLinkText "cold fission test".
- Cold_fission wikiPageWikiLinkText "cold fission".
- Cold_fission wikiPageWikiLinkText "cold test".
- Cold_fission wikiPageUsesTemplate Template:Distinguish.
- Cold_fission wikiPageUsesTemplate Template:Reflist.
- Cold_fission subject Category:Nuclear_chemistry.
- Cold_fission subject Category:Nuclear_physics.
- Cold_fission hypernym Events.
- Cold_fission type SportsEvent.
- Cold_fission type Mechanic.
- Cold_fission type Physic.
- Cold_fission type Thing.
- Cold_fission comment "Cold fission or cold nuclear fission is defined as involving fission events for which fission fragments have such low excitation energy that no neutrons or gammas are emitted.Cold fission events have so low a probability of occurrence that it is necessary to use a high flux nuclear reactor to study them.The first observation of cold fission events was in experiments on fission induced by thermal neutrons of uranium 233, uranium 235 and plutonium 239 using the High Flux Reactor at the Institut Laue-Langevin in Grenoble, France. ".
- Cold_fission label "Cold fission".
- Cold_fission differentFrom Cold_fusion.
- Cold_fission sameAs Q5142450.
- Cold_fission sameAs m.04n1m04.
- Cold_fission sameAs Q5142450.
- Cold_fission wasDerivedFrom Cold_fission?oldid=701452684.
- Cold_fission isPrimaryTopicOf Cold_fission.