High-spin states of odd-odd^(176)Ir has been studied for the first time,by using^(149)Sm(^(31)P,4n)^(176)Ir reaction.The^(31)P beam was provided by the JAERI(Japan Atomic Energy Research Institute)tandem accelerator.T...High-spin states of odd-odd^(176)Ir has been studied for the first time,by using^(149)Sm(^(31)P,4n)^(176)Ir reaction.The^(31)P beam was provided by the JAERI(Japan Atomic Energy Research Institute)tandem accelerator.The target was an enriched^(149)Sm metallic powder of 2.1 mg/cm^2 thickness evaporated on to a 5.5展开更多
基金Supported by NNSF of China,the Major State Basic Research Development Program of China,and the Chinese Academy of Sciences.
文摘High-spin states of odd-odd^(176)Ir has been studied for the first time,by using^(149)Sm(^(31)P,4n)^(176)Ir reaction.The^(31)P beam was provided by the JAERI(Japan Atomic Energy Research Institute)tandem accelerator.The target was an enriched^(149)Sm metallic powder of 2.1 mg/cm^2 thickness evaporated on to a 5.5
