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Linea 1: [[Fasciculus:Nuclear fission.svg\|150px\|thumb\|left\|Inducta fissionis reactio. [[Neutron tardum\|Neutron tarde movens]] a nucleo [[atomus\|atomi]] [[uranium\|uranii]]-235 absorbetur, qui vicissim diffinditur in leviora elementa rapide moventia (productus fissionis) et tria neutrona libera liberat.]] [[Fasciculus:UFission.gif\|thumb\|200px\|Imago inductae fissionis reactionis ubi [[neutron]] tarde movens absorbetur a nucleo [[atomus\|atomi]] [[uranium\|uranii]]-235, qui vicissim diffinditur in duo [[elementum\|elementa]] rapide moventia (productus fissionis) et neutrona addita. Plurima energia liberata formam habet velocitatum kineticarum productuum fissionis et neutronum. Etiam in imagine ~~est~~ostenditur captura neutronis ab [[uranium\|uranio]]-238 ut ~~fieret~~fiat uranium-239.]] '''Fissio nuclearis''' in [[physica nuclearis\|physica nucleari]] et [[chemia nuclearis\|chemia nucleari]] est [[reactio nuclearis]] quo [[nucleus atomicus\|nucleus]] [[atomus\|atomi]] diffinditur in partes minores (leviores [[nucleus atomicus\|nucleos]]), saepe libera [[neutron]]a et [[photon]]a (forma [[radii gamma\|radiorum gamma]]) generantes.~~<!--~~ Fissio [[elementum\|elementorum]] gravium est [[reactio exothermica]], quae magnam [[energia]]m liberare potest, formá [[radiatio electromagnetica\|radiationis electromagneticae]] et [[energia kinetica\|energiae kineticae]] fragmentorum (materiem ubi fissio fit [[calefactio\|calefaciens]]). Ut fissio energiam gignat, summa [[energia conligans\|energiae conligantis]] elementorum generatorum necesse est humilior quam summa elementi ab initio. Fissio est genus [[transmutatio nuclearis\|transmutationis nuclearis]] quia fragmenta generata non sunt eadem [[elementum chemicum\|elementa]] ut primus atomus. Fission of heavy elements is an [[exothermic reaction]] which can release large amounts of [[energy]] both as [[electromagnetic radiation]] and as [[kinetic energy]] of the fragments ([[heat]]ing the bulk material where fission takes place). For fission to produce energy, the total [[Binding energy#Nuclear binding energy\|binding energy]] of the resulting elements has to be lower than that of the starting element. Fission is a form of [[nuclear transmutation]] because the resulting fragments are not the same [[chemical element\|element]] as the original atom.--> ==Vide etiam==

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