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Dr Anthony Affolder (University of Liverpool)14/04/2008, 16:30Radiation hardness properties of p-type substrate silicon micro-strip detectors: neutron and proton irradiationsCharge collection measurements from Liverpool on RD50 p-type sensors sets irradiated up to 1x10^16 neq/cm^2 with neutrons and protons will be presented. A comparison of the charge collection and bias current performances of thin (140 um) and thick (~300 um) p-type sensor will be shown.Go to contribution page
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Mercedes Minano Moya (Instituto de Fisica Corpuscular (IFIC) UV-CSIC)14/04/2008, 17:00Radiation hardness properties of p-type substrate silicon micro-strip detectors: neutron and proton irradiationsSilicon p-type detectors are being investigated for the development of radiation tolerant detectors for the luminosity upgrade of the CERN large hadron collider (super-LHC). Microstrip detectors have been fabricated by CNM-IMB with a n-side read-out on p-type high resistivity float zone substrates. They have been irradiated with neutrons at the TRIGA Mark II nuclear reactor in Ljubljana. The...Go to contribution page
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Igor Mandic (Jožef Stefan Institute)14/04/2008, 17:30Radiation hardness properties of p-type substrate silicon micro-strip detectors: neutron and proton irradiationsA setup for measurements with SCT128 chip was built in Ljubljana. First results of charge collection measurements with this setup will be presented. Measurements were made with miniature p-type microstrip sensors with n-side readout from Micron. Sensors were irradiated with neutrons up to 1 MeV equivalent fluence of 3e15 n/cm2.Go to contribution page
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Panja-Riina Luukka (Helsinki Institute of Physics HIP)14/04/2008, 18:00We constructed in 2007 a beam telescope based on the CMS Tracker data acquisition prototype cards and the APV25 readout chips. The telescope has up to 8 silicon strip reference detectors and slots for couple of modules under test. The APV25 chip has a fully analog architecture, and it can be used for testing both p- and n-type detectors. The impact point precision of the reference tracks is 4...Go to contribution page
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