Abstract A first prototype of a slow cold tuning system have been developed for SRF 700 MHz (β= 0.65) cavity dedicated to high intensity protons linac. This tuner, which is based on the CEA "Soleil" type tuning system, has been tested at cryogenic temperatures in the "CRYHOLAB" test facility. The first experimental results show a good mechanical behaviour and should be completed with long term tests. In parallel, a piezo-tuner is under study: it will be equipped with piezoelectric actuators for fast tuning purpose (Dynamic compensation of Lorentz forces effect, microphonics…). Full characterizations of piezoelectric actuators from various firms were performed at low temperature in order to measure the electromechanical p...
Fermilab is developing 325 MHz SRF spoke cavities for the proposed Project X. A compact fast/slow tu...
Development of a superconducting proton linac is in progress in collaboration with KEK. In order to ...
Frequency tuning systems for accelerating cavities are required to compensate static and dynamic fre...
High accelerating gradients (10MV/m for SNS, 33MV/m for ILC) at which SRF cavities will be operated ...
S1-Global is a collaborative effort of INFN, DESY, FNAL, SLAC and KEK, in the framework of the ILC g...
A coaxial blade tuner has been selected for the 1.3GHz SRF cavities of the Fermilab SRF Accelerator ...
Piezoelectric actuators are actually used in Fast Active Cold Tuning Systems (FACTS) for SRF cavitie...
Cavity tuners are mechanical devices designed to precisely match the resonant frequency of a superco...
The superconducting CH multi-cell prototype cavity will be equipped with a frequency tuning system. ...
The piezo based control of the superconducting cavity tuning has been under the development over las...
International audienceIn the framework of the MINERVA construction (MYRRHA Isotopes productioN coupl...
An upgrade cryomodule is being developed for CEBAF at Jefferson Lab. The high-gradient, low-current ...
As of today, no complete technological solution exists for a cold tuning system fulfilling the requi...
In the frame of the CARE project activities, supported by EU, IPN Orsay participate to the developme...
The XFEL accelerator will be equipped with 100 accelerating modules. Each accelerating module will h...
Fermilab is developing 325 MHz SRF spoke cavities for the proposed Project X. A compact fast/slow tu...
Development of a superconducting proton linac is in progress in collaboration with KEK. In order to ...
Frequency tuning systems for accelerating cavities are required to compensate static and dynamic fre...
High accelerating gradients (10MV/m for SNS, 33MV/m for ILC) at which SRF cavities will be operated ...
S1-Global is a collaborative effort of INFN, DESY, FNAL, SLAC and KEK, in the framework of the ILC g...
A coaxial blade tuner has been selected for the 1.3GHz SRF cavities of the Fermilab SRF Accelerator ...
Piezoelectric actuators are actually used in Fast Active Cold Tuning Systems (FACTS) for SRF cavitie...
Cavity tuners are mechanical devices designed to precisely match the resonant frequency of a superco...
The superconducting CH multi-cell prototype cavity will be equipped with a frequency tuning system. ...
The piezo based control of the superconducting cavity tuning has been under the development over las...
International audienceIn the framework of the MINERVA construction (MYRRHA Isotopes productioN coupl...
An upgrade cryomodule is being developed for CEBAF at Jefferson Lab. The high-gradient, low-current ...
As of today, no complete technological solution exists for a cold tuning system fulfilling the requi...
In the frame of the CARE project activities, supported by EU, IPN Orsay participate to the developme...
The XFEL accelerator will be equipped with 100 accelerating modules. Each accelerating module will h...
Fermilab is developing 325 MHz SRF spoke cavities for the proposed Project X. A compact fast/slow tu...
Development of a superconducting proton linac is in progress in collaboration with KEK. In order to ...
Frequency tuning systems for accelerating cavities are required to compensate static and dynamic fre...