The high-spin states in 184Au were populated by using the 159Tb( 29Si, 4ng) 184Au reaction at a bombarding energy of 140 MeV. The 29Si beam of 8 pnA was provided by the accelerator complex of the Tandem-XTU and ALPI a...The high-spin states in 184Au were populated by using the 159Tb( 29Si, 4ng) 184Au reaction at a bombarding energy of 140 MeV. The 29Si beam of 8 pnA was provided by the accelerator complex of the Tandem-XTU and ALPI at the Laroratori Nazionale di Legnero, Italy, and focussed onto a natural metallic 159Tb foil展开更多
High-spin states in 183Au have been studied experimentally by using the 159Tb(29Si, 5n)183Au reaction at a beam energy of 140 MeV. The 29Si beam of 8 pnA was provided by the accelerator complex of the Tandem-XTU and A...High-spin states in 183Au have been studied experimentally by using the 159Tb(29Si, 5n)183Au reaction at a beam energy of 140 MeV. The 29Si beam of 8 pnA was provided by the accelerator complex of the Tandem-XTU and ALPI at the Laroratori Nazionali di Legnero, Italy, and focussed onto a natural metallic 159Tb foil of展开更多
基金Supported by NNSFC (10375077, 10025525,10221003)the Major State Basic Research Development Program of China (G2000077400)Chinese Academy of Sciences.
文摘The high-spin states in 184Au were populated by using the 159Tb( 29Si, 4ng) 184Au reaction at a bombarding energy of 140 MeV. The 29Si beam of 8 pnA was provided by the accelerator complex of the Tandem-XTU and ALPI at the Laroratori Nazionale di Legnero, Italy, and focussed onto a natural metallic 159Tb foil
文摘High-spin states in 183Au have been studied experimentally by using the 159Tb(29Si, 5n)183Au reaction at a beam energy of 140 MeV. The 29Si beam of 8 pnA was provided by the accelerator complex of the Tandem-XTU and ALPI at the Laroratori Nazionali di Legnero, Italy, and focussed onto a natural metallic 159Tb foil of
