Anna Macchiolo
(Max-Planck-Institut fuer Physik-Unknown-Unknown)
05/06/2009, 09:00
A production of Planar Pixel Sensors in the framework of the RD50
Collaboration is ongoing at CiS (Erfurt, Germany) in view of the pixel
system upgrade of the ATLAS and CMS detectors for Super-LHC. The production
is divided in two batches to investigate both the n-in-n and the n-in-p technologies.
The sensors will be realized on Fz and MCz material.
The designs for the two batches are...
Michael Koehler
(University of Freiburg)
05/06/2009, 09:20
3D double-sided double type column (ddtc) detectors were measured in a test beam at the CERN SPS in 2008. It was performed in the framework of RD50 and CMS and was provided by the University of Helsinki. The CMS silicon beam telescope and CMS tracker readout electronics were utilised.
This talk focuses on a device under test produced by FBK-IRST (Trento). The current status of the analysis,...
Alessandro La Rosa
(CERN)
05/06/2009, 09:40
An upgrade of the LHC towards a 10 times higher luminosity will require tracking detectors with unprecedented radiation tolerance. Furthermore, the high track density will call for fast and high granularity detectors, which also fulfill the boundary conditions of low radiation length and low costs. Over the last years several promising material developments and design concepts for the next...
Dr
Chris Parkes
(Glasgow),
Chris Parkes
(Department of Physics and Astronomy)
05/06/2009, 10:00
Michael Beimforde
(Werner-Heisenberg-Institut - Max-Planck-Institut fuer Physik)
05/06/2009, 11:10
We will present the results of first leakage-current and capacitance measurements of our 75 and 150 micron thin SOI production of n-in-p sensors before irradiation. They exhibit low dark currents and depletion voltages.
A comparison between the performance of the standard and a reduced guard ring structure will be shown.
Furthermore, the RD50 production of thin epitaxial n-in-p sensors, made...
Igor Mandic
(Jožef Stefan Institute)
05/06/2009, 11:30
In LHC experiments it will be important to continuously monitor the radiation doses to follow the level of degradation of detectors and electronics and to correctly predict future radiation damage. A system for online radiation monitoring using semiconductor radiation sensors was installed in the ATLAS experiment. Ionizing dose in SiO2 will be measured from increase of threshold voltage in...
Gianluigi Casse
(University of Liverpool)
05/06/2009, 12:10
