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2 - 6 On the Puzzle of Missing 21/2＋ Yrast Trap in 91Zr

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IMP & HIRFL Annual Report 2013年第1期 41-42页

作者： Qiang Yunhua liu minliang Zhou Xiaohong liu Zhong

Experimental Nuclear Physics and Nuclear Chemistry——Vibrational to Rotational Evolution in 190pt

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IMP & HIRFL Annual Report 2011年第1期 29-29,31页

作者： Li Guangshun Zhou Xiaohong Zhang Yuhu liu minliang

Multi-quasiparticle Excitations of 91Ru

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IMP & HIRFL Annual Report 2019年第1期 46-48页

作者： Zheng Yong Zhou Xiaohong Huang Shan liu minliang 不详

Three-quasiparticle excitations from v(g9/2)􀀀^(-3) or π(g9/2)^(2)v(g9/2)^(-1) configuration are expected to dominate the low-lying level schemes of the even-Z N=47 *** the other hand,the N=47 nuclei in the A■90 mas... 详细信息

关键词： quasi particle excitation

Nuclear Shape-phase Diagrams

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近代物理研究所和兰州重离子加速器实验室年报：英文版 2007年第1期 44-45页

作者： liu minliang Zhang Yuhu Zhou Xiaohong Guo Yingxiang Lei Xiangguo Guo Wentao

Experimental Nuclear Physics and Nuclear Chemistry—High-spin States in N52 Nuclei 92Zr and 93Nb

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近代物理研究所和兰州重离子加速器实验室年报：英文版 2009年第1期 29-29,31页

作者： liu minliang Zhang Yuhu Qiang Yunhua Zhou Xiaohong Guo Yingxiang Lei Xiangguo Supported by the National Natural Sciences Foundation the Major State Basic Research Development Program of China and the ChineseAcademy of Sciences.

Rotational Band Properties of 173W and Signature Inversion in 5/2-[512] Band

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IMP & HIRFL Annual Report 2011年第1期 32-33页

作者： Wang Haixia Zhang Yuhu Zhou Xiaohong liu minliang Ding Bing Li Guangshun Zhou Houbing Supported by National Natural Science Foundation of China Major State Basic Research Development Program of China and the Chinese Academy of Science.

High Spin Level Scheme of ^(95)Tc

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IMP & HIRFL Annual Report 2017年第1期 23-25页

作者： Zheng Kuankuan liu minliang Wang Jianguo Guo Song Qiang Yunhua Li Guangshun Fang Yongde Zheng Yong Zhou Xiaohong 不详

High spin level structure of ^(95)Tc was reinvestigated via the ^(90)Zr(^(12)C,αp2n)^(95)Tc fusion-evaporation reaction using the incident beam energy of 78 MeV ^(12)C provided by the SFC of the Institute of Modern Physics(IMP),Chinese Academy of Sciences(CAS).The target was 1.82 mg/cm^(2) ^(90)Zr on 8.23 mg/cm^(2) natural lead *** emittedγrays from the reaction products were detected by an multidetector array consisting of 15 HPGe detectors of which 8 HPGe detectors have Anti-Compton shieds,7 Clover detectors placed in a plane perpendicular to the beam and 3 LaBr3 detectors at 30◦against the *** energy and efficiency calibrations were made using ^(60)Co,^(133)Ba,and ^(152)Eu standard sources and the typical energy resolution is 2.0 to 2.5 keV at full width at half-maximum(FWHM)for a 1332.5 keV γ ray of ^(60)*** have been collected when at least two detectors are fired within the prompt coincidence time window of 100 *** these conditions,a total of 3.5×10^(6) coincidence events were recorded and the data were sorted into a symmetrized Eγ-Eγ matrix for subsequent off-line analysis.

关键词： coincidence beam subsequent

2-1 Research Progress of Nuclear Structure Research Group

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IMP & HIRFL Annual Report 2015年第1期 49-49页

作者： liu minliang 不详

The Group of Nuclear Structure Research at IMP has devoted much effort to the lifetime measurements of lowlying excited states via ?? fast timing coincidence. Two experiments were performed in 2015 at the radioactive ... 详细信息

关键词： Structure Research Group

2-1 Research Progress of Nuclear Structure Research Group

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IMP & HIRFL Annual Report 2014年第1期 31-31页

作者： liu minliang 不详

The Group of Nuclear Structure Research at IMP has been working in the fields of nuclear structure, nuclearreaction and nucleon-nucleon interactions both experimentally and theoretically. The progresses of such researchesin 2014 are given briefly as *** have devoted much effort to the shape coexistence and evolution along the Pt isotope chain. The studiednuclei include the 185;187??189Pt published before the 2014 year. High-spin states of 190Pt have been investigated bymeans of the 176Yb (18O, 4n) reaction at a beam energy of 88 MeV. We point out that the yrast line undergoesthe transition from the spherical vibration to deformed rotation. The results are published in Physical Review Cof 2014 year[1].

关键词： Nuclear Structure Research