In 2005, the commissioning totally 60 days for the CSR main ring was performed, the first-turn and stored C6+ beam (with lifetime more than 10 s) in the CSRm were achieved with≈7 MeV/u 12C4+ as the injection beam. Ma...In 2005, the commissioning totally 60 days for the CSR main ring was performed, the first-turn and stored C6+ beam (with lifetime more than 10 s) in the CSRm were achieved with≈7 MeV/u 12C4+ as the injection beam. Many technical progresses have been made before realizing the storage of ion beam, such as the control of magnet power supplies, the improve-展开更多
In 2004, the great progress was obtained in HIRFL-CSR vacuum system. The vacuum chambers of the last part of CSRm injection beam line were installed in site, all beam diagnostic devices in the beam line were inserted ...In 2004, the great progress was obtained in HIRFL-CSR vacuum system. The vacuum chambers of the last part of CSRm injection beam line were installed in site, all beam diagnostic devices in the beam line were inserted in the appropriate chambers, the bake-out jackets were put on the chambers and the installation of the bake-out control system was finished, the bake-out for the beam line展开更多
文摘In 2005, the commissioning totally 60 days for the CSR main ring was performed, the first-turn and stored C6+ beam (with lifetime more than 10 s) in the CSRm were achieved with≈7 MeV/u 12C4+ as the injection beam. Many technical progresses have been made before realizing the storage of ion beam, such as the control of magnet power supplies, the improve-
基金Support by WTZ Project of BMBF, German Government.
文摘In 2004, the great progress was obtained in HIRFL-CSR vacuum system. The vacuum chambers of the last part of CSRm injection beam line were installed in site, all beam diagnostic devices in the beam line were inserted in the appropriate chambers, the bake-out jackets were put on the chambers and the installation of the bake-out control system was finished, the bake-out for the beam line
