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Alpha decay: Revision history


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  • curprev 21:4621:46, 29 August 2023TKT64 talk contribsm 19,265 bytes +1 Fixed a typo where I missed putting a space after the period. undo Tags: Visual edit Mobile edit Mobile web edit
  • curprev 21:4121:41, 29 August 2023TKT64 talk contribs 19,264 bytes +63 It has been discovered that antominy-104 is actually the lightest known alpha emitter. This has long been updated on the actual isotope table for antimony; however, on the alpha decay article here, it wrongly stated that tellurium-104-109 were the lightest known alpha emitters. This edit is to keep consistency, and I cite the same source used in the "Isotopes of antimony" Wikipedia article. undo Tag: Visual edit

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  • curprev 12:2412:24, 17 November 2022217.105.24.114 talk 19,146 bytes +2 →‎Mechanism: the force which drops above 1 fm is the strong force aided by gluons on quarks, the nuclear force is the residual strong force, that is the one acting on nucleons to form a nucleus, which can act up to 3 fm. source = https://en.wikipedia.org/wiki/Strong_interaction undo

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