A new superconducting RF cavity test facility has been commissioned at Fermilab in conjunction with first tests of a 325 MHz, {beta} = 0.22 superconducting single-spoke cavity dressed with a helium jacket and prototype tuner. The facility is described and results of full gradient, CW cavity tests with a high Q{sub ext} drive coupler are reported. Sensitivities to Q disease and externally applied magnetic fields were investigated. Results are compared to bare cavity results obtained prior to hydrogen degassing and welding into the helium jacket
We report on the recent progress at Jefferson Lab in developing ultra high gradient and high Q{sub 0...
The current requirements of higher gradients and strict dimensional constraints in the emerging appl...
Frequency detuning of accelerating structures is a technical challenge for the next generation of su...
In the recently commissioned superconducting RF cavity test facility at Fermilab (SCTF), a 325 MHz, ...
A single-cavity test cryostat is used to conduct pulsed high power RF tests of superconducting 1.3 G...
Superconducting multi-spoke cavities are outstanding alternative choice for acceleration of heavy io...
We report recent high power RF tests on an 805 MHz RF pillbox cavity with demountable windows for be...
Superconducting rf cavities are increasingly used in accelerators. Gradient is a parameter of partic...
Eighteen {beta} = 0.21 superconducting single spoke resonators comprise the first state in the cold ...
Within the framework of the Advanced Accelerator Applications (AAA) project we are interested in bui...
The Fermilab High Intensity Neutrino Source (HINS) linac R&D program is building a pulsed 30 MeV...
International audienceThe excitation of Higher Order Modes (HOM) or Lower Order Modes (LOM) has been...
A novel prototype of SCRF cavity tuner is being designed and tested at Fermilab. This is a supercond...
We present recent high power RF test results on an 805 MHz cavity for a muon cooling experiment at L...
FREIA has developed a test stand based on a self-exited loop for demonstrating the performance of su...
We report on the recent progress at Jefferson Lab in developing ultra high gradient and high Q{sub 0...
The current requirements of higher gradients and strict dimensional constraints in the emerging appl...
Frequency detuning of accelerating structures is a technical challenge for the next generation of su...
In the recently commissioned superconducting RF cavity test facility at Fermilab (SCTF), a 325 MHz, ...
A single-cavity test cryostat is used to conduct pulsed high power RF tests of superconducting 1.3 G...
Superconducting multi-spoke cavities are outstanding alternative choice for acceleration of heavy io...
We report recent high power RF tests on an 805 MHz RF pillbox cavity with demountable windows for be...
Superconducting rf cavities are increasingly used in accelerators. Gradient is a parameter of partic...
Eighteen {beta} = 0.21 superconducting single spoke resonators comprise the first state in the cold ...
Within the framework of the Advanced Accelerator Applications (AAA) project we are interested in bui...
The Fermilab High Intensity Neutrino Source (HINS) linac R&D program is building a pulsed 30 MeV...
International audienceThe excitation of Higher Order Modes (HOM) or Lower Order Modes (LOM) has been...
A novel prototype of SCRF cavity tuner is being designed and tested at Fermilab. This is a supercond...
We present recent high power RF test results on an 805 MHz cavity for a muon cooling experiment at L...
FREIA has developed a test stand based on a self-exited loop for demonstrating the performance of su...
We report on the recent progress at Jefferson Lab in developing ultra high gradient and high Q{sub 0...
The current requirements of higher gradients and strict dimensional constraints in the emerging appl...
Frequency detuning of accelerating structures is a technical challenge for the next generation of su...