The goal of this project is to provide an innovative, new crab cavity design relevant to the MEIC. Through this work, we will provide comprehensive modeling of this new cavity design, including electromagnetic, thermal, and microphonic effects. One most likely candidate configuration is the design put forward by JLab and Lancaster University, UK, researchers known as the four-rod configuration. In the Phase I, Tech-X Corporation researchers performed analysis and design optimization and iteration, utilizing their state-of-the art time-domain particle-in-cell software, on a 400 MHz design for the LHC by JLab and Lancaster University, UK, researchers known as the four-rod design
RF design of a crab cavity (2π/3, 11.9942 GHz) for the Compact Linear Collide (CLIC) is presented. A...
The HL-LHC project aims at increasing the LHC luminosity by a factor 10 beyond the design value. The...
Center for Accelerator Science at ODU has designed, fabricated and successfully tested a crab cavity...
A 4-rod deflecting structure is proposed as a possible crab cavity design for the LHC high luminosit...
A 4-rod deflecting structure is proposed as a possible crab cavity design for the LHC high luminosit...
A 4-rod deflecting structure is proposed as a possible crab cavity design for the LHC high luminosit...
The Hi-Lumi Upgrade to the LHC will utilise crab cavities to increase the peakluminosity and provide...
The High luminosity upgrade to the LHC (HL-LHC) calls for crab cavities to reduce the luminosity los...
The planned high luminosity upgrade to LHC will utilise crab cavities to rotate the beam in order to...
The planned luminosity upgrade to LHC is likely to necessitate a large crossing angle and a local cr...
In 2017 the LHC is envisioned to increase its luminosity via an upgrade. This upgrade is likely to r...
The design of a compact crab cavity using Nb/Cu technology is presented. The cavity shape is based o...
A number of particle accelerators worldwide require RF crab cavities for a number of applications, i...
This thesis presents the design for a novel compact crab cavity for the HL-LHC upgrade at CERN, Gene...
A compact 400 MHz SRF crab cavity is designed for LHC. The design has low surface fields, has no har...
RF design of a crab cavity (2π/3, 11.9942 GHz) for the Compact Linear Collide (CLIC) is presented. A...
The HL-LHC project aims at increasing the LHC luminosity by a factor 10 beyond the design value. The...
Center for Accelerator Science at ODU has designed, fabricated and successfully tested a crab cavity...
A 4-rod deflecting structure is proposed as a possible crab cavity design for the LHC high luminosit...
A 4-rod deflecting structure is proposed as a possible crab cavity design for the LHC high luminosit...
A 4-rod deflecting structure is proposed as a possible crab cavity design for the LHC high luminosit...
The Hi-Lumi Upgrade to the LHC will utilise crab cavities to increase the peakluminosity and provide...
The High luminosity upgrade to the LHC (HL-LHC) calls for crab cavities to reduce the luminosity los...
The planned high luminosity upgrade to LHC will utilise crab cavities to rotate the beam in order to...
The planned luminosity upgrade to LHC is likely to necessitate a large crossing angle and a local cr...
In 2017 the LHC is envisioned to increase its luminosity via an upgrade. This upgrade is likely to r...
The design of a compact crab cavity using Nb/Cu technology is presented. The cavity shape is based o...
A number of particle accelerators worldwide require RF crab cavities for a number of applications, i...
This thesis presents the design for a novel compact crab cavity for the HL-LHC upgrade at CERN, Gene...
A compact 400 MHz SRF crab cavity is designed for LHC. The design has low surface fields, has no har...
RF design of a crab cavity (2π/3, 11.9942 GHz) for the Compact Linear Collide (CLIC) is presented. A...
The HL-LHC project aims at increasing the LHC luminosity by a factor 10 beyond the design value. The...
Center for Accelerator Science at ODU has designed, fabricated and successfully tested a crab cavity...