Nuclear data sheets for A = 57

Auble, R.L.

doi:10.1016/s0090-3752(77)80011-2

Cited by 46 publications

(2 citation statements)

References 131 publications

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“…The M1 transition strengths and magnetic dipole moments calculated with the bare-nucleon M 1 operator are listed in [13][14][15] but reproduced rather well in the one-hole SDI calculation. The M1 transition strengths and magnetic dipole moments calculated with the bare-nucleon M 1 operator are listed in [13][14][15] but reproduced rather well in the one-hole SDI calculation.…”

Section: Electromagnetic Properties In Sect 31 We Havementioning

confidence: 85%

“…The M1 transition strengths and magnetic dipole moments calculated with the bare-nucleon M 1 operator are listed in [13][14][15] but reproduced rather well in the one-hole SDI calculation. difference between KB and SDI a Experimental results are obtained from [- [13][14][15] for this moment. The M1 transitions which are forbidden in the zero-hole calculations are better reproduced by the SDI, however, In 59Ni the KB results are superior especially for the transitions involving the 1/2-states and for the magnetic dipole moment of the 5/2-state.…”

Section: Electromagnetic Properties In Sect 31 We Havementioning

confidence: 85%

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The influence off 7/2 hole configurations on properties of57?59Ni

1979

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Shell-model calculations have been performed on 57-59Ni" All configurations with one hole in the f7/2 orbit have been included exactly. The results of a newly proposed approximation method are in good agreement with those of the exact calculations, when applied to the predominant zero-hole states. The experimental results are compared with those of the realistic Kuo-Brown interaction and the schematic St~rface Delta Interaction.The role of the f5/2 orbit differs significantly for these two interactions. The results show that f7/2 hole contributions strongly improve the description of the Ni isotopes.

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“…The M1 transition strengths and magnetic dipole moments calculated with the bare-nucleon M 1 operator are listed in [13][14][15] but reproduced rather well in the one-hole SDI calculation. The M1 transition strengths and magnetic dipole moments calculated with the bare-nucleon M 1 operator are listed in [13][14][15] but reproduced rather well in the one-hole SDI calculation.…”

Section: Electromagnetic Properties In Sect 31 We Havementioning

confidence: 85%

“…The M1 transition strengths and magnetic dipole moments calculated with the bare-nucleon M 1 operator are listed in [13][14][15] but reproduced rather well in the one-hole SDI calculation. difference between KB and SDI a Experimental results are obtained from [- [13][14][15] for this moment. The M1 transitions which are forbidden in the zero-hole calculations are better reproduced by the SDI, however, In 59Ni the KB results are superior especially for the transitions involving the 1/2-states and for the magnetic dipole moment of the 5/2-state.…”

Section: Electromagnetic Properties In Sect 31 We Havementioning

confidence: 85%

The influence off 7/2 hole configurations on properties of57?59Ni

1979

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Anomalous behaviour of transition probabilities in75Kr

Skoda

Wood

Eberth

et al. 1990

Z. Physik A - Atomic Nuclei

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High spin states of some nuclei around the N=Z=28 double closed shell

Saint‐Laurent

Cavallaro

Sperduto

et al. 1989

Z. Physik A - Atomic Nuclei

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A spectroscopic study is performed for high spin states of SSFe, 55Co and 57Ni. To populate the investigated residues with a relevant cross section, the fusion evaporation reactions of 3~ 2p n) 55Fe ' 3osi(28Si ' 2 rip) 5SCo and 4He(S4Fe, n) 57Ni were chosen.To identify the new 7 transitions and to build the energy level schemes, 7-7 coincidence techniques together with excitation functions were employed. Angular distributions and 7-7 angular correlations allowed us to assign the spin values of the nuclear states. The previous level scheme of 5SFe is extended into the region between 6.5-11 MeV of excitation energy, up to spin 27/2, while the yrast decay paths of 57Ni and SSCo are reported here for the first time. Experimental data are fairly well reproduced by Glaudemans' shell model calculations.

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Nuclear data sheets for A = 57

Cited by 46 publications

References 131 publications

The influence off 7/2 hole configurations on properties of57?59Ni

The influence off 7/2 hole configurations on properties of57?59Ni

Anomalous behaviour of transition probabilities in75Kr

High spin states of some nuclei around the N=Z=28 double closed shell

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