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There is a page named "File:NeutronDecay.png" on Wikipedia
Beta decay of a neutron into a proton, electron, and electron antineutrino via an intermediate heavy W boson. Credit: Saul Cohen...(677 × 560 (15 KB)) - 07:08, 11 March 2019
DescriptionNeutron Decay.PNG Feynman graph of Neutron Decay Date 1 February 2008 Source Own work Author HPaul Permission (Reusing this file) GCFL Other...(728 × 599 (36 KB)) - 09:03, 7 September 2020
copied from en.wikipedia.org English...(576 × 560 (6 KB)) - 04:47, 15 September 2020
This image is a derivative work of the following images: File:NuclideMap.PNG licensed with PD-USGov-DOE 2008-04-02T22:13:59Z The viewer 9610x4667 (4090032...(13,019 × 9,010 (590 KB)) - 12:18, 13 June 2022
following license: English Scheme showing the release of a helium-4 nucleus (alpha particle) and a lithium-7 ion upon neutron capture by a boron-10 atom....(1,469 × 117 (13 KB)) - 14:01, 26 April 2024
0 truetrue English The beta decay Portuguese A força nuclear fraca é responsável pelo decaimento beta, no qual um nêutron converte-se em um próton, liberando...(360 × 244 (19 KB)) - 20:50, 5 March 2021
2}\right)-T^{-0.2}\right]} Retran 11 group model http://www.exitech.com/models/core_neutronics.htm archive copy at the Wayback Machine PP0=∑i=111Pie−λt.{\displaystyle...(784 × 583 (28 KB)) - 01:28, 13 March 2023
of isotopes by type of nuclear decay. The graph shows that elements with more than 20 protons must have more neutrons than protons, in order to be stable...(580 × 830 (215 KB)) - 20:37, 12 June 2021
gamma ray being emitted from an atomic nucleus. Red are protons, blue are neutrons, green are electrons or positrons, and yellow are photons. author name...(1,090 × 807 (344 KB)) - 14:18, 3 August 2023
this full-size version: [http://commons.wikimedia.org/wiki/Image:NuclideMap.PNG]''' Source: National Nuclear Data Center, Uploaded with derivativeFX English...(3,935 × 2,661 (2.27 MB)) - 20:09, 9 January 2024
Bytes) {{Information |Description=Table of isotopes by type of nuclear decay. |Source=*[[:File:Table_isotopes.svg|]] |Date=2009-05-05 10:23 (UTC)...(581 × 830 (85 KB)) - 08:34, 17 November 2020
Bytes) {{Information |Description=Table of isotopes by type of nuclear decay. |Source=*[[:File:Table_isotopes.svg|]] |Date=2009-05-05 10:23 (UTC)...(419 × 600 (65 KB)) - 17:02, 9 January 2024
désintégration de l'uranium 238. Sont indiqués sur la figure: le nombre de neutrons des isotopes, leur numéro atomique, leur période radiocative ainsi que...(1,004 × 604 (18 KB)) - 21:47, 23 May 2023
DescriptionFeynman Diagram - Negative Beta Decay.png English: An English version of Feynman Diagram.. Date 4 April 2009 Source Own work by Thymo Author...(500 × 500 (26 KB)) - 07:53, 22 September 2020
DescriptionAbcWeakDecay.png English: Decay of a neutron into a proton, electron and anti neutrino via the ABC Preon Model. Date 19 February 2014, 19:15:31...(1,693 × 1,493 (158 KB)) - 21:17, 2 July 2023
DescriptionDecayModeNuDat2.png English: Nuclear decay mode as a function of neutron and proton number. Date 25 July 2017 Source Own work Author Bdushaw...(1,000 × 700 (53 KB)) - 10:16, 19 November 2023
atomic nucleus, to illustrate the physical dispalcement of a quark in a decaying neutron. Date 17 October 2021 Source Own work Author Institutnucléaire...(320 × 332 (8 KB)) - 15:33, 10 July 2022
DescriptionNuclideMap.PNG English: Map of the nuclides stable nuclide alpha decay (moves atom ↙↙ two places diagonally down and to left) beta+ /...(9,610 × 4,667 (537 KB)) - 22:22, 9 January 2024
DescriptionZerfallsschema.png The decay of a proton rich nucleus A with Z protons and N neutrons populates excited states of a daughter nucleus B by β+...(668 × 365 (2 KB)) - 21:11, 4 January 2021
DescriptionDésintégration du noyau.png Français : désintégration, radioactivité, neutron, poids atomique, gamma, beta, alpha, capture électronique, atome...(538 × 499 (41 KB)) - 06:28, 28 September 2020
