Add to ORKGThe RIKEN heavy-ion linac (RILAC) has been successfully upgraded by adding a booster linac consisting of six rf-cavities. The maximum beam energy of the RILAC has increased to 5.8 MeV/u, which has made it possible to perform nuclear physics experiments with high-intensity beams in the RILAC facility. The first two cavities of the booster have also upgraded the beam energy of the ring cyclotron (RRC). Heavy ion beams such as krypton are now available at 63 MeV/u after the RRC with an intensity of 100 pnA. Design and rf-characteristics of the booster cavities are presented in this paper
A new injector linac called RILAC2 has been constructed<br />in order to enable the independent oper...
The Facility for Antiproton and Ion Research (FAIR) at GSI Darmstadt will provide unprecedented inte...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
The RIKEN heavy-ion linac (RILAC) was successfully upgraded, by adding a booster consisting of six r...
The RIKEN Ring Cyclotron (RRC) has been in stable operation over seventeen years, and supplying many...
442-445RIKEN Radioisotope Beam Factory (RIBF) consisted of a heavy ion linac (RILAC), a small cycl...
The Nuclear Science Community in the Unites States has unanimously concluded that developments in bo...
Abstract. The Nuclear Science Community in the Unites States has unanimously concluded that developm...
Recent achievements and upgrade programs in the near future at RIKEN Radioactive Isotope Beam Factor...
At RIKEN RI-Beam Factory (RIBF), very heavy ion beams like uranium are accelerated up to 345 MeV/u b...
At RIKEN RIB-factory (RIBF) an accelerator complex as an energy booster which consists of supercondu...
The RIKEN RI Beam Factory (RIBF) plans to produce heavy-ion beams of 350 MeV/nucleon over the whole ...
As part of Pelletron Accelerator Facility augmentation program, it is planned to have an alternate i...
The ultra-high intensity heavy-ion beam is highly pursued for heavy-ion researches and applications....
A superconducting ring cyclotron (SRC) was success-fully commissioned to work as the final energy bo...
A new injector linac called RILAC2 has been constructed<br />in order to enable the independent oper...
The Facility for Antiproton and Ion Research (FAIR) at GSI Darmstadt will provide unprecedented inte...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...
The RIKEN heavy-ion linac (RILAC) was successfully upgraded, by adding a booster consisting of six r...
The RIKEN Ring Cyclotron (RRC) has been in stable operation over seventeen years, and supplying many...
442-445RIKEN Radioisotope Beam Factory (RIBF) consisted of a heavy ion linac (RILAC), a small cycl...
The Nuclear Science Community in the Unites States has unanimously concluded that developments in bo...
Abstract. The Nuclear Science Community in the Unites States has unanimously concluded that developm...
Recent achievements and upgrade programs in the near future at RIKEN Radioactive Isotope Beam Factor...
At RIKEN RI-Beam Factory (RIBF), very heavy ion beams like uranium are accelerated up to 345 MeV/u b...
At RIKEN RIB-factory (RIBF) an accelerator complex as an energy booster which consists of supercondu...
The RIKEN RI Beam Factory (RIBF) plans to produce heavy-ion beams of 350 MeV/nucleon over the whole ...
As part of Pelletron Accelerator Facility augmentation program, it is planned to have an alternate i...
The ultra-high intensity heavy-ion beam is highly pursued for heavy-ion researches and applications....
A superconducting ring cyclotron (SRC) was success-fully commissioned to work as the final energy bo...
A new injector linac called RILAC2 has been constructed<br />in order to enable the independent oper...
The Facility for Antiproton and Ion Research (FAIR) at GSI Darmstadt will provide unprecedented inte...
The long term goal of Heavy Ion Fusion (HIF) is the development of an accelerator with the large bea...