Add to ORKGThe RIKEN heavy-ion linac (RILAC) was successfully upgraded, by adding a booster consisting of six resonators. Various heavy ion beams have been accelerated to the energies around 5 MeV/u with very high intensities. For example, 64Ni beam of more than one particle-micro-ampere is available in the cw mode. The stability of the rf-system, as well as the transmission efficiency, have been improved. On the other hand, we experienced serious problems mainly due to the high rf-power required for the acceleration. Using the upgraded beams, systematic study on search for super-heavy elements is under way; elements 110 and 111 have been produced so far.
Extensive studies of the longitudinal and transverse beam dynamics have been done for the high power...
The Facility for Antiproton and Ion Research (FAIR) at GSI Darmstadt will provide unprecedented inte...
The RIKEN RI Beam Factory (RIBF) plans to produce heavy-ion beams of 350 MeV/nucleon over the whole ...
The RIKEN heavy-ion linac (RILAC) has been successfully upgraded by adding a booster linac consistin...
Recent achievements and upgrade programs in the near future at RIKEN Radioactive Isotope Beam Factor...
The Nuclear Science Community in the Unites States has unanimously concluded that developments in bo...
At RIKEN RI-Beam Factory (RIBF), very heavy ion beams like uranium are accelerated up to 345 MeV/u b...
Abstract. The Nuclear Science Community in the Unites States has unanimously concluded that developm...
442-445RIKEN Radioisotope Beam Factory (RIBF) consisted of a heavy ion linac (RILAC), a small cycl...
For more than 30 years the heavy–element research us-ing the velocity separator SHIP is one of the ”...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
A next generation radioactive beam facility, the Rare Isotope Accelerator (RIA), is in preparation i...
Efforts for developing RFQ accelerators of heavy ions and protons with high average current at Pekin...
The Relativistic Heavy Ion Collider (RHIC) is the centerpiece of the nuclear physics program at Broo...
The present status of the Stony Brook Superconducting Heavy-Ion Linear Accelerator is described, wit...
Extensive studies of the longitudinal and transverse beam dynamics have been done for the high power...
The Facility for Antiproton and Ion Research (FAIR) at GSI Darmstadt will provide unprecedented inte...
The RIKEN RI Beam Factory (RIBF) plans to produce heavy-ion beams of 350 MeV/nucleon over the whole ...
The RIKEN heavy-ion linac (RILAC) has been successfully upgraded by adding a booster linac consistin...
Recent achievements and upgrade programs in the near future at RIKEN Radioactive Isotope Beam Factor...
The Nuclear Science Community in the Unites States has unanimously concluded that developments in bo...
At RIKEN RI-Beam Factory (RIBF), very heavy ion beams like uranium are accelerated up to 345 MeV/u b...
Abstract. The Nuclear Science Community in the Unites States has unanimously concluded that developm...
442-445RIKEN Radioisotope Beam Factory (RIBF) consisted of a heavy ion linac (RILAC), a small cycl...
For more than 30 years the heavy–element research us-ing the velocity separator SHIP is one of the ”...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
A next generation radioactive beam facility, the Rare Isotope Accelerator (RIA), is in preparation i...
Efforts for developing RFQ accelerators of heavy ions and protons with high average current at Pekin...
The Relativistic Heavy Ion Collider (RHIC) is the centerpiece of the nuclear physics program at Broo...
The present status of the Stony Brook Superconducting Heavy-Ion Linear Accelerator is described, wit...
Extensive studies of the longitudinal and transverse beam dynamics have been done for the high power...
The Facility for Antiproton and Ion Research (FAIR) at GSI Darmstadt will provide unprecedented inte...
The RIKEN RI Beam Factory (RIBF) plans to produce heavy-ion beams of 350 MeV/nucleon over the whole ...