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Location Institution Contact Name Description
CHCERNamici.cern@cern.chSM18 Superconducting Magnet Test FacilityHorizontal and vertical test station allowing to test at cryogenic temperature magnets and special accelerator magnet components up to 13kA in horizontal and up to 20 kA in vertical position of cryostated or non cryostated magnets.
cryogenics, magnetic field, measurement, tests, magnet, superconductor
CHCERNamici.cern@cern.chSM18 SC cavities testing areaTest of SC cavities at cryogenic temperature.
cryogenics, measurement, tests, cavity, RF systems
CHCERNamici.cern@cern.chCryogenic Laboratory and Tensile FacilityCryogenic testing in the temperature range down to 50 mK.
cryogenics, measurement, tests, thermal
DEDESYamici@desy.deSC magnet test standTest stand for the characterization of smaller superconducting quadrupole magnets
cryogenics, magnetic field, measurement, tests, magnet, superconductor
DEDESYamici@desy.deVertical cavity testsSeveral vertical test stands for the characterization of superconducting accelerator cavities
cryogenics, measurement, tests, cavity, RF systems, superconductor, SRF
FRCEA Saclayamici@cea.frJT-60SA StationTest cryostat of large magnets (oblong shape: l ≤ 10 m, w ≤ 6.5 m, h ≤ 2 m, 5 K ≤ T ≤ 7.5 K, I < 26 kA) on intensity, insulation voltage, pressure drop and temperature.
cryogenics, magnetic field, measurement, tests, magnet
FRCEA Saclayamici@cea.frEight Tesla Test Station (SEHT)Test of large components (Ø ≤ 0.58 m, T ≥ 1.8 K, I < 1000 A) under magnetic field (B ≤ 8 T).
cryogenics, magnetic field, measurement, tests, magnet, superconductor
FRCEA Saclayamici@cea.frTest Cryostat at Variable Temperature and High Magnetic Field Saclay (CETACES)Critical current measurement on superconducting samples: CETACES 1: Ø ≤ 49 mm, B ≤ 17 T, 1.8 K ≤ T ≤ 200 K, CETACES2: Ø ≤ 93 mm, B ≤ 13 T, T = 1.8 K or 4.2 K depending on the magnetic field value.
cryogenics, magnetic field, measurement, tests, superconductor, strand
FRCEA Saclayamici@cea.frH0Test facilility for characterizing superconductor wire in a background field B=3 T with a homogeneity of 350 ppm in a sphere of 300 mm (350 mm warm bore, T = 4.2 K).
cryogenics, magnetic field, measurement, tests, superconductor, strand
FRCEA Saclayamici@cea.frPressurized superfluid helium cryostatMeasurements in pressurized superfluid helium (Ø ≤ 0.25 m, h ≤ 0.2 m, 1.6 K ≤ T ≤ 2.15 K, P ≤ 2 bar).
cryogenics, magnetic field, measurement, tests, superconductor
FRCEA Saclayamici@cea.frMeasurement of the thermal conductivity of insulators and conductors (MECTIC)Specifications: Ø ≤ 0.5 m, 3.8 K ≤ T ≤ 300 K.
cryogenics, magnetic field, measurement, tests, superconductor
FRCEA Saclayamici@cea.frThermosiphon test benchCharacterization of single phase and two phase flows by measurements of the mass flow rate, volume ratio, pressure drop and wall temperature (test sections: Ø = 0.4 m, h = 1.2 m).
cryogenics, magnetic field, measurement, tests, superconductor
FRCEA Saclayamici@cea.frThermautonomeCharacterization of single phase and two phase flows by measurements of the pressure drop and wall temperature (vertical test section: h = 0.3 m, 3 K ≤ T ≤ 30 K, P ≤ 3 bar).
cryogenics, magnetic field, measurement, tests, superconductor
FRCEA Saclayamici@cea.frVertical cryostats for cavity testsAccelerating field and quality factor measurements of superconducting radiofrequency cavities (CV1: Ø ≤ 0.7 m, h ≤ 2.9 m , CV2: Ø ≤ 0.45 m, h ≤ 1.7 m.)
cryogenics, measurement, tests, cavity, RF systems, superconductor, SRF
FRCEA Saclayamici@cea.frHorizontal cryostat for cavity testsTests of superconducting cavities in the same conditions as in an accelerator CryHoLab (Ø ≤ 0.7 m, h ≤ 1.5 m.)
cryogenics, measurement, tests, cavity, RF systems, superconductor, SRF
FRCEA Saclayamici@cea.fr352 MHz RF Platform2 CW klystrons (f = 352 MHz, P = 1.3 MW) and 1 pulsed klystron (f = 352 MHz, P_{Peak}= 2.8 MW, duty cycle c = 5 %).
cryogenics, measurement, tests, cavity, RF systems, superconductor, SRF
FRCEA Saclayamici@cea.frCharacterization Laboratory at Cryogenic Temperature (LabCaF)Characterization of superconducting samples by measurements of the Residual Resistivity Ratio (Ø ≤ 0.15 m, h ≤ 1 m, 4.5 K ≤ T ≤ 300 K), the first critical field HC1 (Ø ≤ 0.3 m, h ≤ 1.33 m, 2 K ≤ T ≤ 40 K)…
cryogenics, magnetic field, measurement, tests, superconductor
FRCNRSkaabi@lal.in2p3.frCryogenic test facilityProduction of liquid helium and recycling of gaseous helium
cryogenics
FRCNRSkaabi@lal.in2p3.frCryogenic thermometers calibration facilityThe cryogenic thermometers calibration facility was designed and constructed in the frame of the Large Hadron Collider (LHC). More than 5000 thermometers were calibrated with this facility. These sensors (1800 sensors for the magnets and the 3200 for the cryogenic lines and equipment) are used for cryogenics and operation process of the LHC.
cryogenics, measurement, tests
ITINFNamici@lists.infn.itVertical test station for superconducting accelerator magnets in Milano-LASAVertical cryostat 700 mm diameter and 5500 mm height. Test frequencies 700 MHz, 1.3 GHz and 3.9 GHz
cryogenics, magnetic field, measurement, tests, magnet, superconductor
ITINFNamici@lists.infn.itHorizontal test station for superconducting accelerator magnet cooled with supercritical helium in SalernoINFN Salerno group, linked to INFN Napoli division, operates a Magnet Test Facility capable of testing in operating conditions magnet up to 8m long. The facility features a Linde LR280 Helium refrigerator and a Power Converter capable of delivering curren
cryogenics, magnetic field, measurement, tests, magnet, superconductor
ITINFNamici@lists.infn.itStation for handling and test of superconducting rf cavities in superfluid helium up to 500MHz in Milano-LasaRF SC cavities Test Station and associated infrastructures: vertical cryostat 700 mm diameter and 5500 mm height. Test frequencies 700 MHz, 1.3 GHz and 3.9 GHz
cryogenics, measurement, tests, cavity, RF systems
ITINFNamici@lists.infn.itProduction photo-cathode laboratory in Milano-LASAMagnet Test Station: vertical cryostat 690 mm diameter and 6500 mm height. Power supply up to 10kA. Magnet protection ancillaries (breaker, resistors and power circuit for 10 kA magnets)
cryogenics, measurement, tests, RF systems
PLIFJ PANamici@ifj.edu.plDAI TeamA team of 60 highly qualified engineers and technicians which were involved or still involved in many European scientific and technological projects.
cryogenics, vacuum, design, construction, production, assembly, measurement, tests, magnet, cavity, RF systems, SRF, cryomodule
PLIFJ PANamici@ifj.edu.plCryogenic test laboratoryThe currently used helium liquefier efficiency is of order of 20 l/hour with LN2 precooling. The LN2 is also available in the institute for research at liquid nitrogen temperatures.
cryogenics, measurement, tests, strand
SEFREIA/UUtord.ekelof@physics.uu.seHorizontal test cryostatDevelopment and testing new particle accelerator and detector instrumentation. Test stand for the characterization of superconducting accelerator cavities and magnets
cryogenics, design, measurement, tests, magnet, cavity, superconductor, SRF
SEFREIA/UUtord.ekelof@physics.uu.seVertical cryostatDevelopment and testing new particle accelerator and detector instrumentation. Test stand for the characterization of superconducting accelerator cavities and magnets
cryogenics, design, measurement, tests, magnet, cavity, superconductor, SRF
UKSTFCamici@stfc.ac.uk​Cryogenics Test LaboratoryRF testing and qualification infrastructure for the design, construction and verification of both normal-conducting and superconducting RF accelerating structures. Comprising high precision bead-pull system for EM characterisation, SRF vertical test facil
cryogenics, measurement, tests, cavity, RF systems
UKSTFCamici@stfc.ac.uk​Magnet test laboratoryMagnet test laboratory offering a full suite of magnet measurement and validation facilities including a series of high precision magnet qualification test benches for the characterisation and calibration of magnets.
cryogenics, magnetic field, measurement, tests, magnet, superconductor
UKSTFCamici@stfc.ac.uk​Advanced instrumentation, laser and cryogenic laboratories Advanced instrumentation, laser and cryogenic laboratories for the development of innovative sub-system designs which can be qualified for high performance prior to integration into an operating accelerator environment.
cryogenics, cavity, RF systems, SRF