Mass and level systematics of shell nuclei

Everling, F.

doi:10.1016/0029-5582(63)90905-2

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Tuning Effect In Nuclear Binding Energies1

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1965

2010

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Cited by 10 publications

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“…Stability of differences of binding energies ∆E B in nuclei differing by α-cluster noticed by F. Everling [22] was fitted as ∆E B = (36 ± 1)ε o [9]. In figure 9 ∆E B -distributions in Z ≤ 26 nuclei differing by 2α-and 4α are shown.…”

Section: Tuning Effect In Nuclear Binding Energiesmentioning

confidence: 94%

Fundamental origin of nuclear tuning effects

Sukhoruchkin

2007

Nd2007

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Abstract.Relations in values of stable nuclear energy intervals and their coincidence with a half of nucleon ∆-excitation and electromagnetic mass splitting of nucleon, pion and leptons are considered as a common tuning effect in nuclear data and particle masses. Combined study of few-nucleon effects in nuclear binding energies and excitations resulted in determination of common parameters for different shells corresponding to residual nucleon interaction and differences in binding energies of nuclei differing by cluster configuration. Stable intervals in energies of nuclear states ranging from hundreds of MeV to tens of keV are considered as a tuning effect in which the QED radiative correction takes part.

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Section: Tuning Effect In Nuclear Binding Energiesmentioning

confidence: 94%