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- W2123190056 abstract "High-spin states of ${T}_{z}=1$ nuclei were studied with the reactions ${}^{58}$Ni${(}^{28}$Si,$3ensuremath{alpha})$${}^{74}$Kr, ${}^{58}$Ni${(}^{28}$Si,$2ensuremath{alpha})$${}^{78}$Sr, and ${}^{58}$Ni${(}^{28}$Si,$2p2n)$${}^{82}$Zr at 130 MeV beam energy. The Gammasphere array in conjunction with the $4ensuremath{pi}$ charged-particle detector array Microball was used to detect $ensuremath{gamma}$ rays in coincidence with evaporated light charged particles. The known $ensuremath{pi}=+$, $ensuremath{alpha}=0$ yrast bands were extended to $I=28ensuremath{Elzxh}$ at 20 MeV excitation energy. For all three nuclei, a number of positive- and negative-parity sidebands were established; altogether 15 new rotational bands were found. The data are discussed using the pairing-and-deformation self-consistent total Routhian surface (TRS) model: High-spin structures of ${}^{74}$Kr and ${}^{78}$Sr are governed by the shell gaps at large prolate deformation while ${}^{82}$Zr seems to exhibit shape coexistence. Nearly identical bands were established which may be explained as arising from the $mathrm{fp}$ orbits acting as spectators at very elongated shapes. The experimental data in these ${T}_{z}=1$ nuclei are in good agreement with predictions of the TRS model using conventional $T=1$ like-nucleon pairing correlations." @default.
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- W2123190056 date "1997-07-01" @default.
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- W2123190056 title "Systematics of even-even Tz= 1 nuclei in the A= 80 region: High-spin rotational bands in 74Kr, 78Sr, and 82Zr" @default.
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- W2123190056 doi "https://doi.org/10.1103/physrevc.56.98" @default.
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