This report summarizes the experimental results done with the fundamental damper for the 56 MHz prototype Cu cavity. Various measurements were done on the cavity including determination of the position of the fundamental damper and measurement of the frequency and Q factor changes while the damper is withdrawn. Prediction on the dissipated power while the damper is withdrawn was made by experiments
Superconducting RF cavity developments are currently on-going for new accelerator projects at CERN s...
One of the more consistently challenging problems associated with superconducting RF systems is the ...
After the design optimization of a squashed elliptical shape, single-cell, superconducting (SC) defl...
This report summarizes the study on the higher order mode (HOM) damper for the 56 MHz SRF cavity. Th...
A 56 MHz Superconducting RF cavity is under development for the Relativistic Heavy Ion Collider (RHI...
At each injection period during RHIC's operation, the beam's frequency sweeps across a wide range, a...
In this report, the HOM power dissipated to the load in the 56 MHz RF cavity is calculated. The HOM ...
Abstract At each injection period during RHIC's operation, the beam's frequency sweeps acr...
The beam excited 56 MHz SRF cavity will have a power coupler for a fast frequency tuner. The calcula...
Earlier, we reported that a 56 MHz cavity was designed for a luminosity upgrade of the RHIC, and pre...
The aim of this report is to summarize a study of the propagation of a quench in a HOM damper probe ...
A versat,ile, broad frequency range, rf cavity mode damper has been described in a previous paper. ’...
A fundamental power coupler (FPC) is designed to provide fast tuning the 56MHz SRF cavity in RHIC. T...
Ambient mechanical vibrations could cause significant detuning in superconducting accelerating cavit...
It is essential to know the frequency of a Superconducting Radio Frequency (SRF) cavity at its 'just...
Superconducting RF cavity developments are currently on-going for new accelerator projects at CERN s...
One of the more consistently challenging problems associated with superconducting RF systems is the ...
After the design optimization of a squashed elliptical shape, single-cell, superconducting (SC) defl...
This report summarizes the study on the higher order mode (HOM) damper for the 56 MHz SRF cavity. Th...
A 56 MHz Superconducting RF cavity is under development for the Relativistic Heavy Ion Collider (RHI...
At each injection period during RHIC's operation, the beam's frequency sweeps across a wide range, a...
In this report, the HOM power dissipated to the load in the 56 MHz RF cavity is calculated. The HOM ...
Abstract At each injection period during RHIC's operation, the beam's frequency sweeps acr...
The beam excited 56 MHz SRF cavity will have a power coupler for a fast frequency tuner. The calcula...
Earlier, we reported that a 56 MHz cavity was designed for a luminosity upgrade of the RHIC, and pre...
The aim of this report is to summarize a study of the propagation of a quench in a HOM damper probe ...
A versat,ile, broad frequency range, rf cavity mode damper has been described in a previous paper. ’...
A fundamental power coupler (FPC) is designed to provide fast tuning the 56MHz SRF cavity in RHIC. T...
Ambient mechanical vibrations could cause significant detuning in superconducting accelerating cavit...
It is essential to know the frequency of a Superconducting Radio Frequency (SRF) cavity at its 'just...
Superconducting RF cavity developments are currently on-going for new accelerator projects at CERN s...
One of the more consistently challenging problems associated with superconducting RF systems is the ...
After the design optimization of a squashed elliptical shape, single-cell, superconducting (SC) defl...