Giulio Pellegrini
(CNM-IMB)
15/04/2008, 16:30
Radiation hardness properties of 3D detectors (results and simulations)
I will report on the last results of 3D detector fabrication.
Dr
Richard Bates
(University of Glasgow)
15/04/2008, 17:00
Radiation hardness properties of 3D detectors (results and simulations)
Double sided 3D n-type bulk detectors processed at CNM, Barcelona, have been characterised electrical and as charge collection devices at Glasgow. The detectors are readout via the p-type columns from the front of the device, while the n-type columns, which exit via the back of the device, are all shorted together. The IV and CV characteristics of the devise are presented before and after...
Dr
Zheng Li
(BNL)
15/04/2008, 17:30
Radiation hardness properties of 3D detectors (results and simulations)
Calculations of 3D weighting field profiles have been performed 3 types of 3D detectors: single-type column, two-type columns, and double-sided two-type columns. It has been shown that for pitches less or equal to 50 um, the weighting field distributes throughout the detector, with half of the maximum strength in the middle of the cell (between the 4 electrodes/columns). The main limiting...
Prof.
Stephen Watts
(University of Manchester)
15/04/2008, 18:00
Formulae that describe the fluence and geometry dependence of the charge collection efficiency in 3D and planar detectors will be described and compared with data.
