Add to ORKGSchemes utilizing crab cavities to achieve head-on beam-beam collisions were proposed for the LHC HiLumi upgrade. These crabbing schemes require that the crab cavities be compact in order to fit into the tight spacing available in the existing LHC beamlines at the location where the crab cavities will be installed. Under the support of US LARP program, Old Dominion University and SLAC have joint efforts to develop a 400-MHz compact superconducting crab cavity to meet the HiLumi upgrade requirements. In this paper, we will present the RF modeling and analysis of a parallel-bar/ridged-waveguide shaped 400-MHz compact cavity design that can be used for both the horizontal and vertical crabbing schemes. We will also present schemes for HOM damp...
Over the years the superconducting parallel-bar design has evolved into an rf-dipole cavity with imp...
Over the years the superconducting parallel-bar design has evolved into an rf-dipole cavity with imp...
LHC High Luminosity Upgrade is in need of two crabbing systems that deflects the beam in both horizo...
Schemes utilizing crab cavities to achieve head-on beam-beam collisions were proposed for the LHC Hi...
Crab cavities are adapted as the baseline design for the LHC HiLumi upgrade to achieve head-on beam-...
Crab cavities are adapted as the baseline design for the LHC HiLumi upgrade to achieve head-on beam-...
Crab cavities are adapted as the baseline design for the LHC HiLumi upgrade to achieve head-on beam-...
The beam crabbing proposed for the LHC High Luminosity Upgrade requires two crabbing systems operati...
The beam crabbing proposed for the LHC High Luminosity Upgrade requires two crabbing systems operati...
A 400-MHz compact RF dipole (RFD) crab cavity design was jointly developed by Old Dominion Universit...
A 400-MHz compact RF dipole (RFD) crab cavity design was jointly developed by Old Dominion Universit...
A 400-MHz compact RF dipole (RFD) crab cavity design was jointly developed by Old Dominion Universit...
The recently developed new simplified design for the 400 MHz LHC crabbing cavity presents attractive...
Crab cavities are adapted as the baseline design for the LHC HiLumi upgrade to achieve head-on beam-...
Over the years the superconducting parallel-bar design has evolved into an rf-dipole cavity with imp...
Over the years the superconducting parallel-bar design has evolved into an rf-dipole cavity with imp...
Over the years the superconducting parallel-bar design has evolved into an rf-dipole cavity with imp...
LHC High Luminosity Upgrade is in need of two crabbing systems that deflects the beam in both horizo...
Schemes utilizing crab cavities to achieve head-on beam-beam collisions were proposed for the LHC Hi...
Crab cavities are adapted as the baseline design for the LHC HiLumi upgrade to achieve head-on beam-...
Crab cavities are adapted as the baseline design for the LHC HiLumi upgrade to achieve head-on beam-...
Crab cavities are adapted as the baseline design for the LHC HiLumi upgrade to achieve head-on beam-...
The beam crabbing proposed for the LHC High Luminosity Upgrade requires two crabbing systems operati...
The beam crabbing proposed for the LHC High Luminosity Upgrade requires two crabbing systems operati...
A 400-MHz compact RF dipole (RFD) crab cavity design was jointly developed by Old Dominion Universit...
A 400-MHz compact RF dipole (RFD) crab cavity design was jointly developed by Old Dominion Universit...
A 400-MHz compact RF dipole (RFD) crab cavity design was jointly developed by Old Dominion Universit...
The recently developed new simplified design for the 400 MHz LHC crabbing cavity presents attractive...
Crab cavities are adapted as the baseline design for the LHC HiLumi upgrade to achieve head-on beam-...
Over the years the superconducting parallel-bar design has evolved into an rf-dipole cavity with imp...
Over the years the superconducting parallel-bar design has evolved into an rf-dipole cavity with imp...
Over the years the superconducting parallel-bar design has evolved into an rf-dipole cavity with imp...
LHC High Luminosity Upgrade is in need of two crabbing systems that deflects the beam in both horizo...