A beam excited 56 MHz Radio Frequency (RF) Niobium Quarter Wave Resonator (QWR) has been proposed to enhance RHIC beam luminosity and bunching. Being a RF cavity, multipacting is expected; therefore an extensive study was carried out with the Multipac 2.1 2D simulation code. The study revealed that multipacting occurs in various bands up to peak surface electric field 50 kV/m and is concentrated mostly above the beam gap and on the outer conductor. To suppress multipacting, a ripple structure was introduced to the outer conductor and the phenomenon was successfully eliminated from the cavity
Some of the advantages of superconducting spoke cavities are currently being investigated for the hi...
Multipactor is a pure electron discharge driven by radiofrequency (RF) electric fields that occurs i...
The multipactor (MP) is a well-known phenomenon. The existence of resonant trajectories can lead to ...
We propose using a beam excited 56 MHz radio frequency (rf) niobium quarter wave resonator (QWR) to ...
The 56 MHz SRF Quarter-Wave Resonator (QWR) is designed for RHIC as a storage cavity to improve the ...
The choice of a suitable geometry in designing a radio-frequency cavity for e+ e- storage ring allow...
International audienceMultipacting (MP) is a resonating electron discharge, often plaguing radio-fre...
Multipacting MP is a resonating electron discharge, often plaguing radio frequency RF structure...
A superconducting quarter wave resonator (QWR) of frequency=162.5 MHz and ??=0.085 has been designed...
The superconducting parallel-bar cavity [1] is a deflecting/crabbing cavity with attractive properti...
Superconducting quarter-Wave Resonators (QWRs) will be used in the superconducting linac upgrade in ...
Electron multipacting is a resonant process by which electrons build-up under the influence of a rad...
One means of handling nuclear spent fuel is to transmute the waste with the aid of an accelerator. I...
Multipacting (MP) has recently received a renewed in-terest in the community of superconducting RF. ...
International audienceMultipacting is a parasitic electron avalanche process that may occur in RF de...
Some of the advantages of superconducting spoke cavities are currently being investigated for the hi...
Multipactor is a pure electron discharge driven by radiofrequency (RF) electric fields that occurs i...
The multipactor (MP) is a well-known phenomenon. The existence of resonant trajectories can lead to ...
We propose using a beam excited 56 MHz radio frequency (rf) niobium quarter wave resonator (QWR) to ...
The 56 MHz SRF Quarter-Wave Resonator (QWR) is designed for RHIC as a storage cavity to improve the ...
The choice of a suitable geometry in designing a radio-frequency cavity for e+ e- storage ring allow...
International audienceMultipacting (MP) is a resonating electron discharge, often plaguing radio-fre...
Multipacting MP is a resonating electron discharge, often plaguing radio frequency RF structure...
A superconducting quarter wave resonator (QWR) of frequency=162.5 MHz and ??=0.085 has been designed...
The superconducting parallel-bar cavity [1] is a deflecting/crabbing cavity with attractive properti...
Superconducting quarter-Wave Resonators (QWRs) will be used in the superconducting linac upgrade in ...
Electron multipacting is a resonant process by which electrons build-up under the influence of a rad...
One means of handling nuclear spent fuel is to transmute the waste with the aid of an accelerator. I...
Multipacting (MP) has recently received a renewed in-terest in the community of superconducting RF. ...
International audienceMultipacting is a parasitic electron avalanche process that may occur in RF de...
Some of the advantages of superconducting spoke cavities are currently being investigated for the hi...
Multipactor is a pure electron discharge driven by radiofrequency (RF) electric fields that occurs i...
The multipactor (MP) is a well-known phenomenon. The existence of resonant trajectories can lead to ...