Add to ORKGThe JHF 3-GeV synchrotron is designed to accelerate 5 · 1013 protons at 25 Hz repetition rate. The injection painting of the H- beam at 200 MeV will be performed in both the transversal planes. Two painting schemes which use different shape of the stripping foils are compared from view point of the beam losses.
To increase the polarized proton beam intensity in the IUCF Cooler ring, this ring will be equipped ...
Several kinds of lattice structures have been designed and examined for the JHF synchrotorons. The h...
The 3-GeV rapid cycling synchrotron (RCS) of Japan Proton Accelerator Research Complex (J-PARC) simu...
The JHF 3-GeV synchrotron is designed to accelerate 5 · 1013 protons at 25 Hz repetition rate. The i...
The 3-GeV rapid cycling synchrotron (RCS) of the Japan Proton Accelerator Research Complex was commi...
The present 50-MeV proton injection into the PS Booster will be replaced by a H⁻ charge exchange inj...
The H<sup>-</sup> injection was invented many years ago and has since been successfully applied in m...
Linac4 will inject 160 MeV H- ions into the CERN PS Booster (PSB). This will allow to reduce space c...
The proposed PS2 will accelerate protons from 4 to 50 GeV. The required beam intensity and brightnes...
Linac4 will provide 160 MeV H- to the PS Booster synchrotron. The H-beam will be injected by charge ...
Proposals for high-current hadron facilities all rely on “paint-ing ” during charge-exchange injecti...
A synchrotron is designed for tumour therapy with C6+ ions or proton. Its injector is a cyclotron, w...
Linac4 will inject 160 MeV H − ions into the CERN PS Booster (PSB). This will allow to reduce space ...
collision with mechanical objects in the vacuum tank. To reduce the activation of these components, ...
The accelerator complex of the Japanese Hadron Project (JHP) consists of 200MeV proton linear accele...
To increase the polarized proton beam intensity in the IUCF Cooler ring, this ring will be equipped ...
Several kinds of lattice structures have been designed and examined for the JHF synchrotorons. The h...
The 3-GeV rapid cycling synchrotron (RCS) of Japan Proton Accelerator Research Complex (J-PARC) simu...
The JHF 3-GeV synchrotron is designed to accelerate 5 · 1013 protons at 25 Hz repetition rate. The i...
The 3-GeV rapid cycling synchrotron (RCS) of the Japan Proton Accelerator Research Complex was commi...
The present 50-MeV proton injection into the PS Booster will be replaced by a H⁻ charge exchange inj...
The H<sup>-</sup> injection was invented many years ago and has since been successfully applied in m...
Linac4 will inject 160 MeV H- ions into the CERN PS Booster (PSB). This will allow to reduce space c...
The proposed PS2 will accelerate protons from 4 to 50 GeV. The required beam intensity and brightnes...
Linac4 will provide 160 MeV H- to the PS Booster synchrotron. The H-beam will be injected by charge ...
Proposals for high-current hadron facilities all rely on “paint-ing ” during charge-exchange injecti...
A synchrotron is designed for tumour therapy with C6+ ions or proton. Its injector is a cyclotron, w...
Linac4 will inject 160 MeV H − ions into the CERN PS Booster (PSB). This will allow to reduce space ...
collision with mechanical objects in the vacuum tank. To reduce the activation of these components, ...
The accelerator complex of the Japanese Hadron Project (JHP) consists of 200MeV proton linear accele...
To increase the polarized proton beam intensity in the IUCF Cooler ring, this ring will be equipped ...
Several kinds of lattice structures have been designed and examined for the JHF synchrotorons. The h...
The 3-GeV rapid cycling synchrotron (RCS) of Japan Proton Accelerator Research Complex (J-PARC) simu...