Add to ORKGA five-cell high current superconducting cavity for the electron cooling project at RHIC is under fabrication. Higher order modes (HOMs), one of main limiting fac-tors for high current energy-recovery operation, are under investigation. Calculations of HOMs using time-domain methods in Mafia will be discussed and compared to calcu-lations in the frequency domain. Beam breakup thresholds determined from numerical codes for the five-cell cavity will be presented. A possible motivation towards a 2x2 su-perstructure using the current five-cell design will also be discussed
Abstract At present, applications of 800 MHz harmonic cavities in both bunch lengthening and short...
For achieving high average current electron beams, we need to eliminate charge-induced fields in sup...
The damping of higher order modes is crucial for the design of a recirculating ltnac with supercon-d...
A five-cell high current superconducting cavity for the electron cooling project at RHIC is under fa...
Several future accelerator projects at Brookhaven for the Relativistic Heavy Ion Collider (RHIC) are...
Superconducting Energy Recovery Linacs have various applications, such as hard X-ray, electron-ion c...
A periodically Higher Order Mode (HOM) damped RF cavity is a weakly coupled multi-cell RF cavity wit...
Several future accelerator projects at the Relativistic Heavy Ion Collider (RHIC) are based on Energ...
The physics needs and technical requirements for several future accelerator projects at the Relativi...
The Advanced Photon Source (APS) at Argonne National Laboratory is considering the development of a ...
Energy recovery linacs are promising for achieving high average current with superior beam quality. ...
International audienceThe regenerative Beam Break Up (BBU) excited by the dipole Higher Order Modes ...
For achieving high average current electron beams, we need. to eliminate charge-induced fields in su...
An Energy Recovery Linac (ERL) is being constructed at this laboratory to demonstrate feasibility of...
Currently, applications of 800 MHz harmonic cavities in both bunch lengthening and shortening regime...
Abstract At present, applications of 800 MHz harmonic cavities in both bunch lengthening and short...
For achieving high average current electron beams, we need to eliminate charge-induced fields in sup...
The damping of higher order modes is crucial for the design of a recirculating ltnac with supercon-d...
A five-cell high current superconducting cavity for the electron cooling project at RHIC is under fa...
Several future accelerator projects at Brookhaven for the Relativistic Heavy Ion Collider (RHIC) are...
Superconducting Energy Recovery Linacs have various applications, such as hard X-ray, electron-ion c...
A periodically Higher Order Mode (HOM) damped RF cavity is a weakly coupled multi-cell RF cavity wit...
Several future accelerator projects at the Relativistic Heavy Ion Collider (RHIC) are based on Energ...
The physics needs and technical requirements for several future accelerator projects at the Relativi...
The Advanced Photon Source (APS) at Argonne National Laboratory is considering the development of a ...
Energy recovery linacs are promising for achieving high average current with superior beam quality. ...
International audienceThe regenerative Beam Break Up (BBU) excited by the dipole Higher Order Modes ...
For achieving high average current electron beams, we need. to eliminate charge-induced fields in su...
An Energy Recovery Linac (ERL) is being constructed at this laboratory to demonstrate feasibility of...
Currently, applications of 800 MHz harmonic cavities in both bunch lengthening and shortening regime...
Abstract At present, applications of 800 MHz harmonic cavities in both bunch lengthening and short...
For achieving high average current electron beams, we need to eliminate charge-induced fields in sup...
The damping of higher order modes is crucial for the design of a recirculating ltnac with supercon-d...