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Nuclear Physics, 1956
This introductory chapter presents some of the key nuclear theory which will assist in our understanding, extraction and manipulation of nuclear data. The relevant theory falls broadly under two headings—nuclear structure and nuclear reaction theory—although as will be seen, there is a strong interplay between the two.
Benstead, James +3 more
semanticscholar +4 more sources
This introductory chapter presents some of the key nuclear theory which will assist in our understanding, extraction and manipulation of nuclear data. The relevant theory falls broadly under two headings—nuclear structure and nuclear reaction theory—although as will be seen, there is a strong interplay between the two.
Benstead, James +3 more
semanticscholar +4 more sources
Physical Review, 1955
The framework for a unified theory of nuclear structure is described in which the wave functions for different nuclear models are obtained by transformations on the actual nuclear wave function. This formulation provides a basis for explaining the success of weak-coupling models of the nucleus and showing that they are not in conflict with the ...
Eden, R. J., Franci, N. C.
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The framework for a unified theory of nuclear structure is described in which the wave functions for different nuclear models are obtained by transformations on the actual nuclear wave function. This formulation provides a basis for explaining the success of weak-coupling models of the nucleus and showing that they are not in conflict with the ...
Eden, R. J., Franci, N. C.
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Physical Review, 1961
The methods of quantum statistics previously developed 0ry the author are applied to the determination of properties of the ground state of nuclear matter. An expansion in powers of the pair-function of quantum statistics is made and expressions are derlved for the momentum distribution, pair-correlation function, binding energy, and effective single ...
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The methods of quantum statistics previously developed 0ry the author are applied to the determination of properties of the ground state of nuclear matter. An expansion in powers of the pair-function of quantum statistics is made and expressions are derlved for the momentum distribution, pair-correlation function, binding energy, and effective single ...
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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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2007
We discuss a new interpretation of Heisenberg’s nuclear theory which leads to a slightly different Hamiltonian function. Accordingly we treat the nuclei statistically.
Ettore Majorana +1 more
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We discuss a new interpretation of Heisenberg’s nuclear theory which leads to a slightly different Hamiltonian function. Accordingly we treat the nuclei statistically.
Ettore Majorana +1 more
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Journal of Chemical Theory and Computation, 2018
The nuclear-electronic orbital (NEO) method treats all electrons and specified nuclei, typically protons, quantum mechanically on the same level with molecular orbital techniques. This approach directly includes nuclear delocalization, anharmonicity, and
Fabijan Pavošević +2 more
semanticscholar +1 more source
The nuclear-electronic orbital (NEO) method treats all electrons and specified nuclei, typically protons, quantum mechanically on the same level with molecular orbital techniques. This approach directly includes nuclear delocalization, anharmonicity, and
Fabijan Pavošević +2 more
semanticscholar +1 more source
Theory of Mesons and Nuclear Forces
Nature, 1939As was first pointed out by Yukawa, it is in principle possible to account for the short-range forces between nuclear particles by the assumption of virtual emission and absorption processes involving intermediary particles of integral spin, the so-called mesons1, the mass of which is determined by the range of the forces. As has been shown by Kemmer2,
Moller, C., Rosenfeld, L.
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The Evaporation Theory of Nuclear Disintegrations
Proceedings of the Physical Society. Section A, 1950The relationship between nuclear temperature and excitation energy is discussed taking into account the thermal expansion of the nucleus and the effect of the neutron excess. Using these results, the evaporation theory is put into a form suitable for the treatment of highly excited nuclei.
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The Dynamical Theory of Nuclear Induction
Physical Review, 1953Starting from the microscopic viewpoint, the dynamics of nuclear induction is derived by means of statistical methods. The only essential lack of generality lies in the assumption that the nuclei in the sample are independent of each other, so that the treatment does not account for features arising from spin-spin interaction.
Wangsness, R. K., Bloch, F.
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