Excited states of ^134Ba, populated via the heavy-ion induced ^128Te(^10B, 1p3n)134Ba reaction at 46 MeV beam energy, have been studied to medium and high spins by in-beam γ-ray spectroscopy techniques. The experimen...Excited states of ^134Ba, populated via the heavy-ion induced ^128Te(^10B, 1p3n)134Ba reaction at 46 MeV beam energy, have been studied to medium and high spins by in-beam γ-ray spectroscopy techniques. The experiment was performed at the tandem accelerator laboratory in the University of Tsukuba, Japan. The target is an isotopically enriched ^128Te metallic foil of 2.3mg/cm^2 thickness with a 3mg/cm^2 gold backing. Nine anti-Compton HPGe detectors were employed for the measurements of γ-γ-t coincidences. The level scheme of ^134Ba, deduced from this study, was shown in Fig.1.展开更多
High spin states of ^135La have been experimentally studied by ^128Te(^10B, 3n)^135La reaction. The ^10B beam was provided by the tandem accelerator laboratory in the University of Tsukuba, Japan. Based on the γ-γ c...High spin states of ^135La have been experimentally studied by ^128Te(^10B, 3n)^135La reaction. The ^10B beam was provided by the tandem accelerator laboratory in the University of Tsukuba, Japan. Based on the γ-γ coincidence relationships, relative intensities and ADO ratios, a level scheme of ^135La has been established.展开更多
Study of in-bearnγ-ray spectroscopy o^(127)I has been carried out by using^(124)Sn(~7Li,4n)^(127)I reaction.The~7Li beam was delivered by the Tandem Accelerator in the University of Tsukuba,Japan.The target was an en...Study of in-bearnγ-ray spectroscopy o^(127)I has been carried out by using^(124)Sn(~7Li,4n)^(127)I reaction.The~7Li beam was delivered by the Tandem Accelerator in the University of Tsukuba,Japan.The target was an enriched self-supporting^(124)Sn metallic foil of 4 mg/cm^(2)thickness.Aγ-ray detector array composed of one planar detector and 9 BGO-Compton-suppressed Ge detectors was used.展开更多
文摘Excited states of ^134Ba, populated via the heavy-ion induced ^128Te(^10B, 1p3n)134Ba reaction at 46 MeV beam energy, have been studied to medium and high spins by in-beam γ-ray spectroscopy techniques. The experiment was performed at the tandem accelerator laboratory in the University of Tsukuba, Japan. The target is an isotopically enriched ^128Te metallic foil of 2.3mg/cm^2 thickness with a 3mg/cm^2 gold backing. Nine anti-Compton HPGe detectors were employed for the measurements of γ-γ-t coincidences. The level scheme of ^134Ba, deduced from this study, was shown in Fig.1.
文摘High spin states of ^135La have been experimentally studied by ^128Te(^10B, 3n)^135La reaction. The ^10B beam was provided by the tandem accelerator laboratory in the University of Tsukuba, Japan. Based on the γ-γ coincidence relationships, relative intensities and ADO ratios, a level scheme of ^135La has been established.
基金Supported by NNSF of China,JSPS Invitation Fellowship(LOO515)Major State Basic Research Development Programthe Chinese Academy of Sciences.
文摘Study of in-bearnγ-ray spectroscopy o^(127)I has been carried out by using^(124)Sn(~7Li,4n)^(127)I reaction.The~7Li beam was delivered by the Tandem Accelerator in the University of Tsukuba,Japan.The target was an enriched self-supporting^(124)Sn metallic foil of 4 mg/cm^(2)thickness.Aγ-ray detector array composed of one planar detector and 9 BGO-Compton-suppressed Ge detectors was used.
