The chiral bands built on a con guration with only protons in the transient backbending regime was also observed for the rst time in^(119)Cs^([1]).One newly observed band(Band 9)which is nearly degenerate to the stron...The chiral bands built on a con guration with only protons in the transient backbending regime was also observed for the rst time in^(119)Cs^([1]).One newly observed band(Band 9)which is nearly degenerate to the strongly-coupled g9=2[404]9=2^(+)band of 119Cs was identi ed.It exhibits a backbending similar to that of known band(Band 8),at nearly constant rotation frequency.展开更多
基金China Scholarship Council(CSC)(201804910386)Academy of Finland under Finnish Centre of Excellence Programme(2012-2017)+8 种基金The EU 7th Framework Programme Project(262010)(ENSAR)United Kingdom Science and Technology Facilities Council,National Research Foundation of South Africa(116666,109134)French Ministry of Foreign A airs and Ministry of Higher Ed-ucation and Research,France(PHC PROTEA 42417SE)National Research,Development and Innovation Fund of Hungary(K128947)European Regional Development Fund(GINOP-2.3.3-15-2016-00034)Polish National Science Centre(NCN)(2013/10/M/ST2/00427)Swedish Research Council(2019-04880)National Natural Science Foundation of China(11505242,11305220,U1732139,11775274,11575255),use of germanium detectors from the GAMMAPOOL is acknowledgedI.K.was supported by National Research,Develop-ment and Innovation Oce-NKFIH(PD 124717)。
文摘The chiral bands built on a con guration with only protons in the transient backbending regime was also observed for the rst time in^(119)Cs^([1]).One newly observed band(Band 9)which is nearly degenerate to the strongly-coupled g9=2[404]9=2^(+)band of 119Cs was identi ed.It exhibits a backbending similar to that of known band(Band 8),at nearly constant rotation frequency.
