RF superconducting (SRF) cavities with two beam pipes have been proposed in the past for energy recovery linac applications. The relatively complex geometry of those cavities presented a serious challenge for fabrication and surface processing. The main concerns have now been overcome with the fabrication and successful RF testing of a new elliptical twin-axis cavity proposed by Jefferson Lab (JLab) and optimized by the Center for Accelerator Science (CAS) at Old Dominion University (ODU) in the framework of a DoE accelerator stewardship program. The cavity design provides uniform accelerating or decelerating fields for both beams. This paper describes the cavity design, fabrication experience, and the first cold RF test results and explore...
The EIC is a major new project under construction at BNL in partnership with JLab. It relies upon a ...
Many of the challenges associated with operating a Superconducting RF SRF Energy Recovery Linac E...
Modern physics research relies on particle accelerators and available beam time is a very limited re...
RF superconducting (SRF) cavities with two beam pipes have been proposed in the past for energy reco...
The twin-axis cavity is a new kind of rf superconducting cavity that consists of two parallel beam p...
Superconducting cavities with two separate accelerating axes have been proposed in the past for ener...
In the framework of a collaboration between CERN and JLab, an SRF accelerating cavity for energy rec...
One of the key components for the superconducting RF Energy Recovery Linac, (ERL) under development ...
The twin axis cavity with two identical accelerating beams has been proposed for energy recovery lin...
The bERLinPro Energy Recovery Linac ERL is currently being built at Helmholtz Zentrum Berlin in o...
A Superconducting twin axis cavity consisting of two identical beam pipes that can accelerate and de...
The bERLinPro Energy Recovery Linac ERL is currently being built at Helmholtz Zentrum Berlin in or...
Multi-spoke cavities are well-known options for acceleration of heavy and light ions. A recently dev...
In 2010 HZB has received approval to build BERLinPro , an ERL project to demonstrate energy recover...
Cornell University is developing and fabricating a SRF injector cryomodule for the acceleration of t...
The EIC is a major new project under construction at BNL in partnership with JLab. It relies upon a ...
Many of the challenges associated with operating a Superconducting RF SRF Energy Recovery Linac E...
Modern physics research relies on particle accelerators and available beam time is a very limited re...
RF superconducting (SRF) cavities with two beam pipes have been proposed in the past for energy reco...
The twin-axis cavity is a new kind of rf superconducting cavity that consists of two parallel beam p...
Superconducting cavities with two separate accelerating axes have been proposed in the past for ener...
In the framework of a collaboration between CERN and JLab, an SRF accelerating cavity for energy rec...
One of the key components for the superconducting RF Energy Recovery Linac, (ERL) under development ...
The twin axis cavity with two identical accelerating beams has been proposed for energy recovery lin...
The bERLinPro Energy Recovery Linac ERL is currently being built at Helmholtz Zentrum Berlin in o...
A Superconducting twin axis cavity consisting of two identical beam pipes that can accelerate and de...
The bERLinPro Energy Recovery Linac ERL is currently being built at Helmholtz Zentrum Berlin in or...
Multi-spoke cavities are well-known options for acceleration of heavy and light ions. A recently dev...
In 2010 HZB has received approval to build BERLinPro , an ERL project to demonstrate energy recover...
Cornell University is developing and fabricating a SRF injector cryomodule for the acceleration of t...
The EIC is a major new project under construction at BNL in partnership with JLab. It relies upon a ...
Many of the challenges associated with operating a Superconducting RF SRF Energy Recovery Linac E...
Modern physics research relies on particle accelerators and available beam time is a very limited re...