Yrast states in 48Cr and reaction mechanism of the 34S + 16O reaction at Elab = 30–36 MeV

Haas, B.; Taras, P.; Merdinger, J.C.; Vaillancourt, Richard

doi:10.1016/0375-9474(75)90352-8

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Cited by 15 publications

(2 citation statements)

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“…3. The solid points represent the values deduced for the 2[-~0[ E2 decays in A=4n+2 nuclei, the open circles give the corresponding strengths observed in even-even nuclei with A=4n [4,6,7,14]. The two data sets follow a common curve, which is taken as a further check on the reliability of those isoscalar transition strengths which so far have not been mea- Fig.…”

Section: Lli Discussionmentioning

confidence: 96%

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IsoscalarE2 transition strengths in 10?A?48 nuclei

et al. 1982

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Electric quadrupole transition strengths for the 2[, T= 1 ~0~, T--1 y-decay branches are summarized for 10<_A_<42 nuclei. In I~ the corresponding branch has been remeasured by use of the 9Be(p, y)l~ resonance reaction at Ep=320 keV; an upper limit of 0.6 % is found. The variation of the E2 strengths within each individual T= 1 isobaric multiplet reveals the particle-or hole-character of the levels involved. The isoscalar 2~-~0[ transition strengths in 10_

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Section: Lli Discussionmentioning

confidence: 96%

“…The solid points are the data of the A =4n+2 nuclei (see Table 1, Refs. 4, 6 and 7), the open symbols those for the A=4n nuclei [6,7,14] sured directly as e.g. in 22Na.…”

Section: Lli Discussionmentioning

confidence: 99%