The charge collected from p-type silicon strip sensors irradiated to SuperLHC fluences has been determined with a beta source using fast front-end electronics. The bias voltage dependence of the collected charge and the hit detection efficiency have been measured before and after accelerated annealing. Predictions of the performance at the SuperLHC are derived
Float-Zone n-bulk p-readout silicon sensors are currently operated in the tracking layers of many Hi...
The very intense radiation environment of high luminosity future colliding beam experiments (LHC, e...
The performance of silicon micro-strip detectors after heavy irradiation have been investigated usin...
The charge collected from p-type silicon strip sensors irradiated to SuperLHC fluences has been dete...
The charge collection efficiency (CCE) for heavily irradiated silicon devices has been carefully inv...
The charge-collection efficiency of Si pad diodes irradiated with neutrons up to $8 \times 10^{15} \...
The CMS Preshower detector contains 16 sq. m of silicon. The silicon sensors' design is being finali...
Silicon microstrip detectors with 50 mu m readout pitch were connected to fast LHC-type analogue rea...
Extensive studies of effects of annealing at 60C on charge collection efficiency were made with mini...
The CMS preshower detector contains 16 m/sup 2/ of silicon. The silicon sensors' design is being fin...
A study on 150@mm epitaxial (EPI) n- and p-type silicon diodes irradiated with neutrons up to 8x10^1...
This work provides a detailed study of signal formation in silicon detectors, with the emphasis on d...
During the scheduled high luminosity upgrade of LHC, the world's largest particle physics accelerato...
Modern particle physics at colliders demands for a continuous increase of the luminosityfor collidin...
Investigation of HV-CMOS sensors for use as a tracking detector in the ATLAS experiment at the upgra...
Float-Zone n-bulk p-readout silicon sensors are currently operated in the tracking layers of many Hi...
The very intense radiation environment of high luminosity future colliding beam experiments (LHC, e...
The performance of silicon micro-strip detectors after heavy irradiation have been investigated usin...
The charge collected from p-type silicon strip sensors irradiated to SuperLHC fluences has been dete...
The charge collection efficiency (CCE) for heavily irradiated silicon devices has been carefully inv...
The charge-collection efficiency of Si pad diodes irradiated with neutrons up to $8 \times 10^{15} \...
The CMS Preshower detector contains 16 sq. m of silicon. The silicon sensors' design is being finali...
Silicon microstrip detectors with 50 mu m readout pitch were connected to fast LHC-type analogue rea...
Extensive studies of effects of annealing at 60C on charge collection efficiency were made with mini...
The CMS preshower detector contains 16 m/sup 2/ of silicon. The silicon sensors' design is being fin...
A study on 150@mm epitaxial (EPI) n- and p-type silicon diodes irradiated with neutrons up to 8x10^1...
This work provides a detailed study of signal formation in silicon detectors, with the emphasis on d...
During the scheduled high luminosity upgrade of LHC, the world's largest particle physics accelerato...
Modern particle physics at colliders demands for a continuous increase of the luminosityfor collidin...
Investigation of HV-CMOS sensors for use as a tracking detector in the ATLAS experiment at the upgra...
Float-Zone n-bulk p-readout silicon sensors are currently operated in the tracking layers of many Hi...
The very intense radiation environment of high luminosity future colliding beam experiments (LHC, e...
The performance of silicon micro-strip detectors after heavy irradiation have been investigated usin...