Publications and responsibilities
Characterization of Sintef 3D diodes with trenches geometry before and after neutron irradiation
Fabrication of active-edge detectors without support wafer using a unique "perforated edge" approach
Characterization of active-edge detectors fabricated without support wafer
3D sensitive volume microdosimeter with improved tissue equivalency: Charge collection study and its application in 12C ion therapy
SOI Thin Microdosimeter Detectors for Low Energy Ions and Radiation Damage Studies
The responses of two silicon on insulator (SOI) 3-D microdosimeters developed by the Centre for Medical Radiation Physics were investigated with a range of different low energy ions, with high linear energy transfer (LET). The two microdosimeters n-SOI and p-SOI were able to measure the LET of diffe...
Characterization of SINTEF 3D diodes with different inter-electrode spacings after neutron irradiation up to 2 x 10 e16 neutron equivalent/cm^2
Due to radiation hardness requirements, 3D detectors are the best candidate technology for the innermost tracking layers at the High Luminosity LHC (HL-LHC) as well as for radiation monitoring in long space missions. In the framework of the project "Three-dimensional Low-Voltage Silicon Detecto...
Fully 3D Sensitive Volume Microdosimeter Charge Collection and Radiation Damage Studies
In the course of this research, a radiation damage study of 3D microdosimeter structures were carried out using 5.5 MeV He2+ and 24 MeV C-12 ions microbeam. Radiation damage study post irradiation of the microdosimeters with low energy Li, C, O, ti ion was also investigated. Additionally, electrical...
SINTEF 3D Pixel Run-4 fabrication and characterisation
This contribution details the fabrication procedure together with electrical characterisation results. The pre-irradiation evaluation of the sensor assemblies will be shown and the irradiation campaign will be described. Post-irradiation results will be discussed and analysed and future planned deve...