Measurements of the behaviour of various high-resolution silicon strip detectors with capacitive charge division have been made in a high-energy particle beam. The results are compared with an electrostatic model which calculates the charges deposited on the strips after the passage of a minimum ionizing particle. Good agreement is found and the model is used to propose a method of improving the charge-division properties of such detectors
The medical physics group of the Turin section of the National Institute of Nuclear Physics, on the ...
This work gives a review about the response of silicon detectors to electrons, protons, deuterons an...
Results of tests on silicon strip detectors which will be used for the ZEUS Microvertex detector are...
Silicon strip detectors are fast, cost-effective and have an excellent spatial resolution.They are w...
The electric field distribution inside heavily irradiated silicon particle detectors is deduced usin...
In precise hadrontherapy treatments,the particle beam must be monitored in real time without being d...
A potential problem with the use of large-area silicon detectors in close geometry and for low-energ...
This work deals with the characteristics of highly segmented double-sided silicon detectors. These a...
We have developed a full simulation code to evaluate the response of silicon strip detectors (SSDs) ...
We have developed a full Monte Carlo simulation code to evaluate the electric signals produced by io...
The interpretation of experimental data and predictions for future experiments for high-energy physi...
The energy deposited in a silicon detector by a heavy charged particle, such as an α-particle, creat...
We are investigating the use of a double side mu-strip silicon crystal for X-ray detection. The dete...
During the scheduled high luminosity upgrade of LHC, the world's largest particle physics accelerato...
High-resistivity p-type silicon has emerged as one of the most promising materials for the finely se...
The medical physics group of the Turin section of the National Institute of Nuclear Physics, on the ...
This work gives a review about the response of silicon detectors to electrons, protons, deuterons an...
Results of tests on silicon strip detectors which will be used for the ZEUS Microvertex detector are...
Silicon strip detectors are fast, cost-effective and have an excellent spatial resolution.They are w...
The electric field distribution inside heavily irradiated silicon particle detectors is deduced usin...
In precise hadrontherapy treatments,the particle beam must be monitored in real time without being d...
A potential problem with the use of large-area silicon detectors in close geometry and for low-energ...
This work deals with the characteristics of highly segmented double-sided silicon detectors. These a...
We have developed a full simulation code to evaluate the response of silicon strip detectors (SSDs) ...
We have developed a full Monte Carlo simulation code to evaluate the electric signals produced by io...
The interpretation of experimental data and predictions for future experiments for high-energy physi...
The energy deposited in a silicon detector by a heavy charged particle, such as an α-particle, creat...
We are investigating the use of a double side mu-strip silicon crystal for X-ray detection. The dete...
During the scheduled high luminosity upgrade of LHC, the world's largest particle physics accelerato...
High-resistivity p-type silicon has emerged as one of the most promising materials for the finely se...
The medical physics group of the Turin section of the National Institute of Nuclear Physics, on the ...
This work gives a review about the response of silicon detectors to electrons, protons, deuterons an...
Results of tests on silicon strip detectors which will be used for the ZEUS Microvertex detector are...