In the recently commissioned superconducting RF cavity test facility at Fermilab (SCTF), a 325 MHz, {beta} = 0.22 superconducting single-spoke resonator (SSR1) has been tested for the first time with its input power coupler. Previously, this cavity had been tested CW with a low power, high Q{sub ext} test coupler; first as a bare cavity in the Fermilab Vertical Test Stand and then fully dressed in the SCTF. For the tests described here, the design input coupler with Q{sub ext} {approx} 10{sup 6} was used. Pulsed power was provided by a Toshiba E3740A 2.5 MW klystron
Frequency detuning of accelerating structures is a technical challenge for the next generation of su...
The current design of the Accelerator Driven Test Facility (ADTF) accelerator contains multiple β, s...
We present recent high power RF test results on an 805 MHz cavity for a muon cooling experiment at L...
A new superconducting RF cavity test facility has been commissioned at Fermilab in conjunction with ...
The Fermilab High Intensity Neutrino Source (HINS) linac R&D program is building a pulsed 30 MeV...
Prototype coaxial input couplers with a planar rf window and a high power test stand were designed a...
The first double spoke cavity for the ESS project was tested with high power in the HNOSS cryostat a...
Fermilab is developing 325 MHz SRF spoke cavities for the proposed Project X. A compact fast/slow tu...
More than a dozen of spoke resonators prototypes (SSR, DSR, TSR) have been constructed and tested wo...
Superconducting cavity resonators offer the advantage of high field intensity for a given input powe...
Eighteen {beta} = 0.21 superconducting single spoke resonators comprise the first state in the cold ...
The first double spoke cavity for ESS project was tested with high power in the HNOSS cryostat at FR...
A single-cavity test cryostat is used to conduct pulsed high power RF tests of superconducting 1.3 G...
Project X is based on a 3 GeV CW superconducting linac and is currently in the R&D phase awaitin...
The R&D program of PKU single spoke cavity is based on the HI-13 Tandem. The maximum kinetic ene...
Frequency detuning of accelerating structures is a technical challenge for the next generation of su...
The current design of the Accelerator Driven Test Facility (ADTF) accelerator contains multiple β, s...
We present recent high power RF test results on an 805 MHz cavity for a muon cooling experiment at L...
A new superconducting RF cavity test facility has been commissioned at Fermilab in conjunction with ...
The Fermilab High Intensity Neutrino Source (HINS) linac R&D program is building a pulsed 30 MeV...
Prototype coaxial input couplers with a planar rf window and a high power test stand were designed a...
The first double spoke cavity for the ESS project was tested with high power in the HNOSS cryostat a...
Fermilab is developing 325 MHz SRF spoke cavities for the proposed Project X. A compact fast/slow tu...
More than a dozen of spoke resonators prototypes (SSR, DSR, TSR) have been constructed and tested wo...
Superconducting cavity resonators offer the advantage of high field intensity for a given input powe...
Eighteen {beta} = 0.21 superconducting single spoke resonators comprise the first state in the cold ...
The first double spoke cavity for ESS project was tested with high power in the HNOSS cryostat at FR...
A single-cavity test cryostat is used to conduct pulsed high power RF tests of superconducting 1.3 G...
Project X is based on a 3 GeV CW superconducting linac and is currently in the R&D phase awaitin...
The R&D program of PKU single spoke cavity is based on the HI-13 Tandem. The maximum kinetic ene...
Frequency detuning of accelerating structures is a technical challenge for the next generation of su...
The current design of the Accelerator Driven Test Facility (ADTF) accelerator contains multiple β, s...
We present recent high power RF test results on an 805 MHz cavity for a muon cooling experiment at L...