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Lifetime measurement of the 41+ state of Ni58 with the recoil distance method
- Loelius, C;
- Iwasaki, H;
- Brown, BA;
- Honma, M;
- Bader, VM;
- Baugher, T;
- Bazin, D;
- Berryman, JS;
- Braunroth, T;
- Campbell, CM;
- Dewald, A;
- Gade, A;
- Kobayashi, N;
- Langer, C;
- Lee, IY;
- Lemasson, A;
- Lunderberg, E;
- Morse, C;
- Recchia, F;
- Smalley, D;
- Stroberg, SR;
- Wadsworth, R;
- Walz, C;
- Weisshaar, D;
- Westerberg, A;
- Whitmore, K;
- Wimmer, K
- et al.
Published Web Location
https://doi.org/10.1103/physrevc.94.024340Abstract
The quadrupole transition rate for the 41+→21+ transition of Ni58 was determined from an application of the recoil distance method with the Gamma-Ray Energy Tracking In-beam Nuclear Array (GRETINA). The present result of the B(E2;41+→21+) was found to be 50-6+11e2fm4, which is about three times smaller than the literature value, indicating substantially less collectivity than previously believed. Shell model calculations performed with the GXPF1A effective interaction agree with the present data and the validity of the standard effective charges in understanding collectivity in the nickel isotopes is discussed.
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