Add to ORKGA compact 400 MHz SRF crab cavity is designed for LHC. The design has low surface fields, has no hard multipactor barriers and fits within the transverse space available on the HL-LHC. The structure has been designed to have a constant deflecting voltage across the beam-pipe aperture and this has been verified on an aluminium model. The structure includes designs for the input and lower order mode couplers
In this paper, we present an 800 MHz crab cavity conceptual design for the LHC upgrade. The cell sha...
The High luminosity upgrade to the LHC (HL-LHC) calls for crab cavities to reduce the luminosity los...
Crab crossing is essential for high-luminosity colliders. The high-luminosity Large Hadron Collider ...
The HL-LHC upgrade will use deflecting (or crab) cavities to compensate for geometric luminosity los...
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 prototype compact SRF deflecting cavity has been manufactured for LHC. The base of the cavity has ...
The Hi-Lumi Upgrade to the LHC will utilise crab cavities to increase the peakluminosity and provide...
The planned high luminosity upgrade to LHC will utilise crab cavities to rotate the beam in order to...
The recently developed new simplified design for the 400 MHz LHC crabbing cavity presents attractive...
A 4-rod deflecting structure is proposed as a possible crab cavity design for the LHC high luminosit...
The HL-LHC project aims at increasing the LHC luminosity by a factor 10 beyond the design value. The...
Deflecting mode cavities are required in several accelerators for use as crab cavities in colliders ...
The design of a compact crab cavity using Nb/Cu technology is presented. The cavity shape is based o...
In 2017 the LHC is envisioned to increase its luminosity via an upgrade. This upgrade is likely to r...
In this paper, we present an 800 MHz crab cavity conceptual design for the LHC upgrade. The cell sha...
The High luminosity upgrade to the LHC (HL-LHC) calls for crab cavities to reduce the luminosity los...
Crab crossing is essential for high-luminosity colliders. The high-luminosity Large Hadron Collider ...
The HL-LHC upgrade will use deflecting (or crab) cavities to compensate for geometric luminosity los...
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 prototype compact SRF deflecting cavity has been manufactured for LHC. The base of the cavity has ...
The Hi-Lumi Upgrade to the LHC will utilise crab cavities to increase the peakluminosity and provide...
The planned high luminosity upgrade to LHC will utilise crab cavities to rotate the beam in order to...
The recently developed new simplified design for the 400 MHz LHC crabbing cavity presents attractive...
A 4-rod deflecting structure is proposed as a possible crab cavity design for the LHC high luminosit...
The HL-LHC project aims at increasing the LHC luminosity by a factor 10 beyond the design value. The...
Deflecting mode cavities are required in several accelerators for use as crab cavities in colliders ...
The design of a compact crab cavity using Nb/Cu technology is presented. The cavity shape is based o...
In 2017 the LHC is envisioned to increase its luminosity via an upgrade. This upgrade is likely to r...
In this paper, we present an 800 MHz crab cavity conceptual design for the LHC upgrade. The cell sha...
The High luminosity upgrade to the LHC (HL-LHC) calls for crab cavities to reduce the luminosity los...
Crab crossing is essential for high-luminosity colliders. The high-luminosity Large Hadron Collider ...