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- W2202140877 abstract "In the decay of the 4.2-min isomeric state in $^{152}mathrm{Tb}$, $8ensuremath{gamma}$ rays are found to be associated with the deexcitation of levels in $^{152}mathrm{Tb}$ and $25ensuremath{gamma}$ rays with that in $^{152}mathrm{Gd}$. Experimental studies were made chiefly with Ge(Li)$ensuremath{gamma}$-ray detectors in singles and coincidence modes. Conversion-electron spectra were obtained with a Si(Li) spectrometer. The isomeric state, believed to be an ${8}^{+}$ state, is at 501.8 keV, and the isomeric transition is a 159.59-keV $E3$ transition to a level at 342.2 keV. Other levels in $^{152}mathrm{Tb}$ are proposed at 58.9, 65.1, and 106.7 keV. An alternative but less likely level scheme is also possible. The ground state (${2}^{ensuremath{-}}$) and levels at 58.9, 342.2, and 501.8 keV appear to be best described in terms of Nilsson states. The electron-capture decay of the 501.8-keV isomeric state is by an allowed unhindered transition ($logmathrm{ft} 4.7$) which leads almost entirely to a level at 2394.5 keV in $^{152}mathrm{Gd}$. The deexcitation of the latter level populates ${6}^{+}$ and ${8}^{+}$ members of the quasiground-state and quasi-$ensuremath{beta}$-vibrational bands. The quasirotational character of levels in $^{152}mathrm{Gd}$ which has been proposed by Sakai and coworkers appears to be amply confirmed. A previously unreported level in $^{152}mathrm{Gd}$ at 1861.7 keV (${5}^{+}$) is proposed. In contrast to previous work, no $ensuremath{alpha}$-decay branch was observed." @default.
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- W2202140877 date "1971-03-01" @default.
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- W2202140877 title "Quasirotational Levels inGd152and Excited Levels ofTb152from the Decay of 4.2-minTb152m" @default.
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- W2202140877 doi "https://doi.org/10.1103/physrevc.3.1275" @default.
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