Abstract At each injection period during RHIC's operation, the beam's frequency sweeps across a wide range, and some of its harmonics will cross the frequency of the 56MHz SRF cavity. To avoid excitation of the cavity at these times, we designed a fundamental damper for the quarterwave resonator to damp the cavity heavily. The power extracted by the fundamental damper should correspond to the power handling ability of the system at all stages. In this paper, we discuss the power output from the fundamental damper when it is fully extracted, inserted, and any intermediate point
An upgrade of the RHIC storage RF system with a superconducting 56 MHz cavity was recently proposed....
The cavities for the two RHIC rf systems have been defined, a 26.7 MHz cavity developed by the RHIC ...
The 28 MHz accelerating system consists of a quarter wave cavity driven by an inductively coupled 10...
At each injection period during RHIC's operation, the beam's frequency sweeps across a wide range, a...
A 56 MHz Superconducting RF cavity is under development for the Relativistic Heavy Ion Collider (RHI...
A fundamental power coupler (FPC) is designed to provide fast tuning the 56MHz SRF cavity in RHIC. T...
This report summarizes the experimental results done with the fundamental damper for the 56 MHz prot...
Earlier, we reported that a 56 MHz cavity was designed for a luminosity upgrade of the RHIC, and pre...
The 56MHz Superconducting RF (SRF) cavity for RHIC places high demands High Order Mode (HOM) damping...
The aim of this report is to summarize a study of the propagation of a quench in a HOM damper probe ...
A 56 MHz Superconducting RF Cavity operating at 4.4K is being constructed for the RHIC collider. Thi...
In this report, the HOM power dissipated to the load in the 56 MHz RF cavity is calculated. The HOM ...
The accelerating system for RHIC operates at 26.7 MHz (h=342) and must capture the injected beam, ac...
Ambient mechanical vibrations could cause significant detuning in superconducting accelerating cavit...
The 56 MHz SRF Quarter-Wave Resonator (QWR) is designed for RHIC as a storage cavity to improve the ...
An upgrade of the RHIC storage RF system with a superconducting 56 MHz cavity was recently proposed....
The cavities for the two RHIC rf systems have been defined, a 26.7 MHz cavity developed by the RHIC ...
The 28 MHz accelerating system consists of a quarter wave cavity driven by an inductively coupled 10...
At each injection period during RHIC's operation, the beam's frequency sweeps across a wide range, a...
A 56 MHz Superconducting RF cavity is under development for the Relativistic Heavy Ion Collider (RHI...
A fundamental power coupler (FPC) is designed to provide fast tuning the 56MHz SRF cavity in RHIC. T...
This report summarizes the experimental results done with the fundamental damper for the 56 MHz prot...
Earlier, we reported that a 56 MHz cavity was designed for a luminosity upgrade of the RHIC, and pre...
The 56MHz Superconducting RF (SRF) cavity for RHIC places high demands High Order Mode (HOM) damping...
The aim of this report is to summarize a study of the propagation of a quench in a HOM damper probe ...
A 56 MHz Superconducting RF Cavity operating at 4.4K is being constructed for the RHIC collider. Thi...
In this report, the HOM power dissipated to the load in the 56 MHz RF cavity is calculated. The HOM ...
The accelerating system for RHIC operates at 26.7 MHz (h=342) and must capture the injected beam, ac...
Ambient mechanical vibrations could cause significant detuning in superconducting accelerating cavit...
The 56 MHz SRF Quarter-Wave Resonator (QWR) is designed for RHIC as a storage cavity to improve the ...
An upgrade of the RHIC storage RF system with a superconducting 56 MHz cavity was recently proposed....
The cavities for the two RHIC rf systems have been defined, a 26.7 MHz cavity developed by the RHIC ...
The 28 MHz accelerating system consists of a quarter wave cavity driven by an inductively coupled 10...