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Nuclear binding and nuclear structure
International Journal of Mass Spectrometry, 2013Abstract Binding in atomic nuclei reflects all the nucleonic interactions in the nucleus. These interactions determine the average nuclear potential and the residual interactions that give rise to correlated behavior in nuclei. Therefore the study of nuclear binding energies can shed light on those interactions and on the emergence of coherence and ...
Cakirli, R., Casten, R.
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Proceedings of the Physical Society. Section A, 1954
There is convincing evidence from the study of nuclear stabilities, magnetic moments, spins, and from other sources, that there is a marked regularity of nuclear properties, particularly clearly shown by breaks at 2, 8, 20, 28, 50, 82 and 126 protons or neutrons.
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There is convincing evidence from the study of nuclear stabilities, magnetic moments, spins, and from other sources, that there is a marked regularity of nuclear properties, particularly clearly shown by breaks at 2, 8, 20, 28, 50, 82 and 126 protons or neutrons.
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The theory of nuclear structure
Journal of the Franklin Institute, 1939It seems appropriate to open this meeting with an attempt at a broad survey of what we think we know about nuclear structure, and of what are the most serious gaps in our knowledge.
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Evolution of nuclear structure
AIP Conference Proceedings, 2000Abstract A focus on the excitations of a given nucleus is known as the ‘vertical’ approach to nuclear structure and has been the empirical cornerstone of nuclear physics and the inspiration for countless nuclear models. On the other hand, the ‘horizontal’ approach looks at changes in various observables across different regions of the ...
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The principles of nuclear structure
Chromosome Research, 2003In multicellular eukaryotes, chromatin function is regulated by numerous extremely sophisticated mechanisms. Recent developments in our ability to monitor the organization and dynamic properties of the components involved in processes such as gene expression and DNA synthesis have emphasised how both global nuclear architecture and chromosome structure
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Physical Review Letters, 1960
Equations for explicit Hartree states of energy lower than that of conventional ground states for noninteracting Fermi gases are given for Fermi gases with attractive interactions. One-dimensional and three-dimensional cases are treated. Large static density waves are shown to exist in such Fermi gases, and the binding energy is derived therefrom.
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Equations for explicit Hartree states of energy lower than that of conventional ground states for noninteracting Fermi gases are given for Fermi gases with attractive interactions. One-dimensional and three-dimensional cases are treated. Large static density waves are shown to exist in such Fermi gases, and the binding energy is derived therefrom.
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Nuclear Physics B - Proceedings Supplements, 1986
Conventional nuclear theory — i.e. visionalizing the nucleus as a bound system of nucleons — is hampered by severe difficulties. They are mainly due to the unavoidable phenomenological character of the expressions for nuclear forces. Even within the well known boson theoretical attempt (so called boson exchange) which so far represents the most common ...
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Conventional nuclear theory — i.e. visionalizing the nucleus as a bound system of nucleons — is hampered by severe difficulties. They are mainly due to the unavoidable phenomenological character of the expressions for nuclear forces. Even within the well known boson theoretical attempt (so called boson exchange) which so far represents the most common ...
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Nuclear charge radii, nuclear moments, and nuclear structure
Hyperfine Interactions, 1983New and systematic measurements of nuclear charge radii and nuclear moments are providing a deeper insight into properties of nuclei. In this article, the implications of these new measurements on our understanding of collective properties of nuclei are discussed.
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Nuclear Astrophysics and Nuclear Structure
AIP Conference Proceedings, 2004We explore the impact of nuclear structure on nucleosythesis processes via the nuclear mass.
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Relativistic nuclear structure. I. Nuclear matter
Physical Review C, 1990The formalism for the Dirac-Brueckner approach to the nuclear many-body problem is described including its basis in relativistic two-nucleon scattering. A family of relativistic meson-exchange potentials is constructed which (apart from the usual coupling terms for heavy mesons) apply the pseudovector (gradient) coupling for the interaction of ...
, Brockmann, , Machleidt
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