The broken-pair model for nuclear structure is presented together with illustrative examples
of its recent applications in various nuclear mass regions. The relationship with other …

High-spin states of the nucleus 88 Sr have been studied via the reaction 80 Se (11 B, p 2 n)
at a beam energy of 45 MeV. Gamma rays were detected with the six-detector array OSIRIS …

A cross section enhancement, persisting to high momentum transfer, has been observed
around 1ħω in excitation energy in spectra from inelastic proton-, alpha-and electron …

High-spin states of 89 Sr and 90 Sr were studied via the reactions 82 Se (11 B, p 3 n) and 82
Se (11 B, p 2 n), respectively, at a beam energy of 37 MeV. Gamma rays were detected with …

Abstract Predictions for E2, M1, and M4 transition rates and moments, together with
examples of transition-charge densities, are presented for states of N= 50 nuclei. These …

A brief review of previous attempts to determine absolute spectroscopic factors from transfer
reactions or electron scattering alone shows that these approaches are too inaccurate or too …

Differential cross sections for electron scattering from Mo 92 have been measured for
excitation energies less than 5.1 MeV over a range of momentum transfer of 0.5 to 3.1 fm− 1 …

New cross section and analyzing power data for Sr 88 (p, p') at E p= 200 MeV are reported
and analyzed together with earlier cross section data. Neutron transition densities for low …

Recent data on two-nucleon stretched high-spin states agree well with the crude shell model
predictions. For two-neutron high-spin states, the A and T linear dependence of B 2 n in the …

Differential cross sections for 201.5 MeV proton scattering from 88Sr were measured. From
the analysis of the elastic data, no unique optical-model potential could be obtained, but the …