Identification of Collective Oblate Bands in 138Ce
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ZHU Sheng-jiang,
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LI Ming,
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ZHU Ling-yan,
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GAN Cui-yun,
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M. Sakhaee,
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YANG Li-ming,
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PAU San-li,
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LONG Gui-lu,
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DENG Jing-kang,
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WEN Shu-xian,
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WU Xiao-guang,
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LIU Xiang-an
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Abstract
High spin states in 138Ce have been investigated following heavy-ion induced reactions carried out at the China Institute of Atomic Energy, Beijing. Two collective rotational bands were established for the first time. These two bands show oblate deformation with γ= -60°and probably originate from the four quasiparticle configurations πg7/2 πh11/2vh11/2 vd3/2 and πg7/2πh11/2 vh11/22, respectively. These oblate bands exhibit strong M1 transitions, no signature splitting and different moments of inertia from those of prolate bands.
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ZHU Sheng-jiang, LI Ming, ZHU Ling-yan, GAN Cui-yun, M. Sakhaee, YANG Li-ming, PAU San-li, LONG Gui-lu, DENG Jing-kang, WEN Shu-xian, WU Xiao-guang, LIU Xiang-an. Identification of Collective Oblate Bands in 138Ce[J]. Chin. Phys. Lett., 1999, 16(9): 635-637.
ZHU Sheng-jiang, LI Ming, ZHU Ling-yan, GAN Cui-yun, M. Sakhaee, YANG Li-ming, PAU San-li, LONG Gui-lu, DENG Jing-kang, WEN Shu-xian, WU Xiao-guang, LIU Xiang-an. Identification of Collective Oblate Bands in 138Ce[J]. Chin. Phys. Lett., 1999, 16(9): 635-637.
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ZHU Sheng-jiang, LI Ming, ZHU Ling-yan, GAN Cui-yun, M. Sakhaee, YANG Li-ming, PAU San-li, LONG Gui-lu, DENG Jing-kang, WEN Shu-xian, WU Xiao-guang, LIU Xiang-an. Identification of Collective Oblate Bands in 138Ce[J]. Chin. Phys. Lett., 1999, 16(9): 635-637.
ZHU Sheng-jiang, LI Ming, ZHU Ling-yan, GAN Cui-yun, M. Sakhaee, YANG Li-ming, PAU San-li, LONG Gui-lu, DENG Jing-kang, WEN Shu-xian, WU Xiao-guang, LIU Xiang-an. Identification of Collective Oblate Bands in 138Ce[J]. Chin. Phys. Lett., 1999, 16(9): 635-637.
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