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Unified theory of nuclear reactions
Annals of Physics, 1958A new formulation of the theory of nuclear reactions based on the properties of a generalized “optical” potential is presented. The real and imaginary part of this potential satisfy a dispersion type relation while its poles give rise to resonances in nuclear reactions.
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Yukawa theories in nuclear physics
Physical Review C, 1988The validity of Yukawa theories in nuclear physics is questioned beyond the mean-field approximation. It is shown that the large value of the meson-nucleon coupling constant puts an immediate upper bound on the relevant physical scale (about the nucleon mass) and this irrespective of the issue of renormalizability.
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On Schwinger's Theory of Nuclear Forces
Proceedings of the Physical Society, 1948It is shown that Schwinger's generalization of the Moller-Rosenfeld theory cannot consistently be used to describe nuclear forces. It does not lead to the correct quadrupole moment of the deuteron, and it offers no hope of a detailed agreement with proton-proton scattering.
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Chiral Effective Field Theory and the High-Density Nuclear Equation of State
Annual Review of Nuclear and Particle Science, 2021C Drischler +2 more
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Theory of Nuclear Level Density
Physical Review, 1954We have compared the level density of a nuclear model deduced from a statistical analysis with the results of the exact counting of the levels of the same model. The tables of levels of ${\mathrm{Ne}}^{20}$ given by Critchfield and Oleksa have been used as a test of the statistical theory. A new derivation of the level density is presented.
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Nuclear effective field theory: Status and perspectives
Reviews of Modern Physics, 2020H -W Hammer +2 more
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