Add to ORKGPresent knowledge of the proton and neutron pairing energies Δp and Δn, deduced from nuclear masses, is reviewed and an attempt is made to find general trends in the data. The analysis shows that, besides the well-known smooth slow decrease with A, the pairing energies also contain a symmetry energy-like dependence on the neutron excess View the MathML source. The trends is most pronounced in the shell 50<Z<82, 82<N<126 where both pairing energies decrease by a factor of almost two between the most neutron deficient and the most neutron rich nuclei. The same tendency persists in other mass regions, but is not a universal one. An empirical expression for Δ, that is more accurate than the value View the MathML source usually assumed, is propo...
In the present contribution, we show that, although the spectroscopic properties of the monopole pai...
The variations of the average pairing strength in the (N, Z) plane are studied with a δ-interaction ...
A regular pattern, revealing the leading role of the light-fragment nuclear charge, is found to emer...
Present knowledge of the proton and neutron pairing energies Δp and Δn, deduced from nuclear masses,...
12 pages, 5 figures - PTHWe analyse how the spatial localisation properties of pairing correlations ...
The structure of atomic nuclei depends on the interactions of its constituents, protons and neutrons...
A major task of nuclear structure theory is to develop an effective interaction that is capable to p...
We discuss results concerning the behavior of hot nuclear sources formed in 40 ,48Ca+40 ,48Ca reacti...
The atomic nucleus is one of the densest and most complex quantum-mechanical systems in nature. Nucl...
The maxima in alpha particle decay energies for mass numbers 2l0-2l5 recently emphasized by Perlman,...
We determine theoretically the relation between the total number of protons Np and the mass number A...
The role of neutron-proton pairing correlations on the structure of nuclei along the N = Z line is r...
In the present contribution, we show that, although the spectroscopic properties of the monopole pai...
The variations of the average pairing strength in the (N, Z) plane are studied with a δ-interaction ...
A regular pattern, revealing the leading role of the light-fragment nuclear charge, is found to emer...
Present knowledge of the proton and neutron pairing energies Δp and Δn, deduced from nuclear masses,...
12 pages, 5 figures - PTHWe analyse how the spatial localisation properties of pairing correlations ...
The structure of atomic nuclei depends on the interactions of its constituents, protons and neutrons...
A major task of nuclear structure theory is to develop an effective interaction that is capable to p...
We discuss results concerning the behavior of hot nuclear sources formed in 40 ,48Ca+40 ,48Ca reacti...
The atomic nucleus is one of the densest and most complex quantum-mechanical systems in nature. Nucl...
The maxima in alpha particle decay energies for mass numbers 2l0-2l5 recently emphasized by Perlman,...
We determine theoretically the relation between the total number of protons Np and the mass number A...
The role of neutron-proton pairing correlations on the structure of nuclei along the N = Z line is r...
In the present contribution, we show that, although the spectroscopic properties of the monopole pai...
The variations of the average pairing strength in the (N, Z) plane are studied with a δ-interaction ...
A regular pattern, revealing the leading role of the light-fragment nuclear charge, is found to emer...