Influence of neutron irradiation on magnetic field sensors

IEEE Transactions on Applied Superconductivity(2000)

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摘要
Parameters of modern experimental set-ups depend on the precision of the magnetic field monitoring under real experimental conditions. As a rule, the conditions of modern experiments (ATLAS, CMS, ALISE, LRC-B) have their special requirements to radiation hardness of the magnetometric apparatus, Specialized magnetic-calibration stands have been manifactured to investigate magnetic field sensors for radiation hardness at the Joint Institute for Nuclear Research (JINR) and at the State University "Lviv Politechnic" (SULP). Characteristics of different magnetic field sensors were studied before and after exposure. The sensors were irradiated at the IBR-2 reactor, JINR, by fast neutrons with the mean energy much less than E much greater than=1.35 MeV up to the fluence of 10(19) n/m(2).
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关键词
Hall effect transducers,calibration,magnetic field measurement,magnetic sensors,microsensors,neutron effects,radiation hardening (electronics),1.35 MeV,ALISE,ATLAS,CMS,Hall probes,IBR-2 reactor,JINR,Joint Institute for Nuclear Research,LHC-B,Lviv Politechnic,fast neutrons,magnetic field monitoring,magnetic field sensors,magnetic-calibration stands,magnetometric apparatus,neutron irradiation,radiation hardness
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