Introducing oxygen into the silicon material is believed to improve the radiation hardness of silicon detectors. In this study, oxygenated and non-oxygenated silicon samples were processed and irradiated with 15 MeV protons. In order to speed up the defect reactions after the exposure to particle radiation, the samples were heat treated at elevated temperatures. In this way, the long-term stability of silicon detectors in hostile radiation environment could be estimated. Current-voltage measurements and Surface Photovoltage (SPV) method were used to characterize the samples
Silicon particle detectors are used in several applications and will clearly require better hardness...
High-resistivity detector-grade p-type silicon wafers have been implanted with swift oxygen (O6+) io...
The study of the radiation tolerance and subsequent annealing effects on p+-n-n+ silicon micro strip...
The effect of oxygenation on the radiation hardness of silicon detectors was studied. Oxygen-enriche...
An overview of the radiation damage induced problems connected with the application of silicon parti...
This work presents the latest results on electrical properties degradation of silicon radiation dete...
Silicon microstrip and pixel detectors are the key devices for the measurement of particle trajector...
Oxygenated and standard (not oxygenated) silicon diodes processed by CNM and IRST have been irradiat...
This work presents an overview of the most important mechanisms of radiation damage in silicon detec...
This work provides a study on the radiation tolerance of silicon particle detectors in the light of ...
Particle-tracking detectors made on high-resistivity (HR) float zone (FZ) silicon are widely used in...
%RD48 %title\\ \\Silicon detectors will be widely used in experiments at the CERN Large Hadron Colli...
Though several studies have proved the radiation tolerance of silicon detectors at cryogenic tempera...
The effects of 70 MeV irradiation of iron ions in p-type silicon at fluences between 1 x 10(12) and ...
The challenge for silicon particle detectors in future high energy physics experiments caused by ext...
Silicon particle detectors are used in several applications and will clearly require better hardness...
High-resistivity detector-grade p-type silicon wafers have been implanted with swift oxygen (O6+) io...
The study of the radiation tolerance and subsequent annealing effects on p+-n-n+ silicon micro strip...
The effect of oxygenation on the radiation hardness of silicon detectors was studied. Oxygen-enriche...
An overview of the radiation damage induced problems connected with the application of silicon parti...
This work presents the latest results on electrical properties degradation of silicon radiation dete...
Silicon microstrip and pixel detectors are the key devices for the measurement of particle trajector...
Oxygenated and standard (not oxygenated) silicon diodes processed by CNM and IRST have been irradiat...
This work presents an overview of the most important mechanisms of radiation damage in silicon detec...
This work provides a study on the radiation tolerance of silicon particle detectors in the light of ...
Particle-tracking detectors made on high-resistivity (HR) float zone (FZ) silicon are widely used in...
%RD48 %title\\ \\Silicon detectors will be widely used in experiments at the CERN Large Hadron Colli...
Though several studies have proved the radiation tolerance of silicon detectors at cryogenic tempera...
The effects of 70 MeV irradiation of iron ions in p-type silicon at fluences between 1 x 10(12) and ...
The challenge for silicon particle detectors in future high energy physics experiments caused by ext...
Silicon particle detectors are used in several applications and will clearly require better hardness...
High-resistivity detector-grade p-type silicon wafers have been implanted with swift oxygen (O6+) io...
The study of the radiation tolerance and subsequent annealing effects on p+-n-n+ silicon micro strip...