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...r exclusive processes from the [[Atomic nucleus|nuclei]] to those of the [[nucleons]]. ...

...etween them. This is done either exactly for very light nuclei (up to four nucleons) or by employing certain well-controlled approximations for heavier nuclei. ...the size of their contributions. The degrees of freedom in this theory are nucleons and [[pion]]s, as opposed to [[quark]]s and [[gluon]]s as in QCD. The effec ...

...demic.oup.com/ptp/article/5/5/883/1850344 On the Interaction of Mesons and Nucleons, September 1950] ...e/6/3/435/1852629 On the Mass of Cohesive Meson and the Mass Difference of Nucleons, II, June 1951] ...

...that a projectile may interact with more than one constituent (e.g., the [[nucleons]] of a target nucleus) as it passes through the target nucleus. These inter ...hi(\vec b)</math> is expressed as the sum of contributions from individual nucleons, <math>\chi(\vec b) = \sum_j \chi_j (\vec b- s_j)</math> where <math> \vec{ ...

{{Short description|Atoms of different elements with the same number of nucleons}} ...|⁴⁰Ca]]. While the nuclei of these nuclides all contain 40&nbsp;nucleons, they contain varying numbers of protons and neutrons.<ref>[[#refSprawls199 ...

...whose research concerns computational methods for [[few-body systems]] of nucleons.{{r|aiming}} She is the director of the Strangeness Nuclear Physics Laborat ...

...mmetry energy''' reflects the variation of the [[binding energy]] of the [[nucleons]] in the [[nuclear matter]] depending on its [[neutron]] to [[proton]] rati ...

{{Short description|Core of an atom; composed of nucleons (protons and neutrons)}} ...ry small nuclei. A more accurate image is that the spatial distribution of nucleons in a helium nucleus is much closer to the helium electron cloud shown here, ...

...ucleon potential, which ultimately governs the distance between individual nucleons,<ref name="Reid-1968" /> while a dip in the charge density of some light nu ...mbled from them) ultimately involves quark interactions within and between nucleons. The quark itself does not have measurable size at the experimental limit s ...

...between the charge distributions of the two isomer states, the rest of the nucleons being ''filtered out''. This applies in particular for isomers in odd-proto ...ree-proton interaction. This is a consequence of the fact that the optical nucleons are not free, but bound particles.<ref name="Weiner1956"/> Thus the results ...

*''M'''_nuc = Mass of nucleus, bound nucleons *''M_Σ'' = Sum of masses for isolated nucleons ...

...=2002PhRvC..65d5211M }}</ref> Meanwhile the mass spectrum and structure of nucleons can be solved within this model from the Faddeev equation.<ref>{{Citation | ...

...s]]. Their magnetic strengths are measured by their magnetic moments. The nucleons interact with normal matter through either the [[nuclear force]] or their m ...and the magnetic moments of these elementary particles combine to give the nucleons their magnetic moments. ...

The ratio of atomic mass to [[mass number]] (number of nucleons) varies from {{val|0.9988381346|(51)}} for ⁵⁶Fe to {{val|1.00782 ...lly a small fraction (less than 1%) of the mass of an equal number of free nucleons. When compared to the average mass per nucleon in carbon-12, which is moder ...

...ved. Another observation is that the Fermi transitions illustrate how the nucleons inside the nucleus interact as free particles despite being surrounded by m ...cay rate is quite different from a calculation of α decay. In α decay the nucleons of the original nucleus are used to form the final state α particle (<sup>4 ...

...nteracting currents are the [[#The Yukawa potential: The force between two nucleons in an atomic nucleus|Yukawa potential]], the [[#The Coulomb potential in a === Yukawa potential: the force between two nucleons in an atomic nucleus === ...

...g a proton or a neutron, respectively, to a given nucleus. However, adding nucleons one at a time to a given nucleus will eventually lead to a newly formed nuc ...an exothermic nuclear transition can occur by the emission of one or more nucleons (not to be confused with [[particle decay]] in [[particle physics]]). As su ...

* Nilsson, S.G. "Binding states of individual nucleons in strongly deformed nuclei," doctoral thesis, 1955 ...