Add to ORKGThe PS2 lattice, based on Negative Momentum Compaction (NMC) arc cells is being optimized in order to accommodate a new all-doublet long-straight section (LSS) design. Apart from smoothing the optics and enabling different tuning solutions for H- injection, the optimization focuses on increasing the available magnet-to-magnet drift space and reducing the quadrupole types and strengths. The variation of lattice parameters for a wide range of working points is presented
The Accelerator Test Facility 2 (ATF2) aims to test the novel chromaticity correction scheme which i...
A new design of the injection-extraction straight section for PS2 has been made, motivated by proble...
The NSLS-II light source is a proposed 3 GeV storage ring, with the potential for ultra-low emittanc...
In view of the CERN Proton Synchrotron proposed replacement with a new ring (PS2), a detailed optics...
The PS2 ring is designed with Negative Momentum Compaction (NMC) arc cells and doublet straights. In...
The PS2 ring is designed with Negative Momentum Compaction (NMC) arc cells and doublet straights. In...
Long arc cells would lead to major cost savings in a high field high T c hadron collider, operating ...
This paper describes a detailed analysis of various nonlinear effects of the nominal Negative Moment...
The Large Hadron Collider (LHC) upgrade, which aims at reaching significantly higher luminosities at ...
Long arc cells would lead to major cost savings in a high field high T{sub c} hadron collider, opera...
International audienceA long list of optics and beam dynamics challenges for pp colliders includes t...
The next generation of future linear colliders (LC) demands nano-meter beam sizes at the interaction...
The NSLS-II storage ring lattice is comprised of 30 DBA cells arranged in 15 superperiods. There are...
At present the new proton synchrotron PS2 with the energy range 4-50 GeV is discussed to upgrade LHC...
The PS2 will replace the present CERN-PS in the cascade of LHC injectors. It will have twice the PS ...
The Accelerator Test Facility 2 (ATF2) aims to test the novel chromaticity correction scheme which i...
A new design of the injection-extraction straight section for PS2 has been made, motivated by proble...
The NSLS-II light source is a proposed 3 GeV storage ring, with the potential for ultra-low emittanc...
In view of the CERN Proton Synchrotron proposed replacement with a new ring (PS2), a detailed optics...
The PS2 ring is designed with Negative Momentum Compaction (NMC) arc cells and doublet straights. In...
The PS2 ring is designed with Negative Momentum Compaction (NMC) arc cells and doublet straights. In...
Long arc cells would lead to major cost savings in a high field high T c hadron collider, operating ...
This paper describes a detailed analysis of various nonlinear effects of the nominal Negative Moment...
The Large Hadron Collider (LHC) upgrade, which aims at reaching significantly higher luminosities at ...
Long arc cells would lead to major cost savings in a high field high T{sub c} hadron collider, opera...
International audienceA long list of optics and beam dynamics challenges for pp colliders includes t...
The next generation of future linear colliders (LC) demands nano-meter beam sizes at the interaction...
The NSLS-II storage ring lattice is comprised of 30 DBA cells arranged in 15 superperiods. There are...
At present the new proton synchrotron PS2 with the energy range 4-50 GeV is discussed to upgrade LHC...
The PS2 will replace the present CERN-PS in the cascade of LHC injectors. It will have twice the PS ...
The Accelerator Test Facility 2 (ATF2) aims to test the novel chromaticity correction scheme which i...
A new design of the injection-extraction straight section for PS2 has been made, motivated by proble...
The NSLS-II light source is a proposed 3 GeV storage ring, with the potential for ultra-low emittanc...