Distributions of the A-center (oxygen-vacancy) in neutron silicon detectors have been studied using Deep Level Transient Spectroscopy. A-centers have been found to be nearly uniformly distributed in the silicon water depth for medium resistivity (0.1 {minus} 0.2 k{Omega}-cm) silicon detectors. A positive filling pulse was needed to detect the A-centers in high resistivity (>4 k{Omega}-cm) silicon detectors, and this effect was found to be dependent on the oxidation temperature. A discussion of this effect is presented. 16 refs
This work provides a detailed study of signal formation in silicon detectors, with the emphasis on d...
Experimental study of the reverse annealing of the effective concentration of ionized space charges ...
The vacancy-rich disordered regions (DR) playing a key role in improving the thermoelectric figure-o...
Neutron irradiated high resistivity (4-6 kOMEGA-cm) silicon detectors in the neutron fluence (PHI(n)...
Current-based microscopic defect analysis methods with optical filling techniques, namely current de...
Neutron-irradiated high-resistivity silicon detectors have been subjected to elevated temperature an...
Deep-Level Transient Spectroscopy (DLTS) has been used to investigate the defects in high-resistivit...
Neutron induced defect levels in high resistivity silicon detectors have been studied using a curren...
This work presents an overview of the most important mechanisms of radiation damage in silicon detec...
The use of conventional capacitance-based deep-level transient spectroscopy is not applicable when d...
We present an investigation on the influence of the oxygen concentration on radiation-induced change...
Damage produced in n-type silicon by neutron ir-radiation at room temperature was studied by deep-le...
Abstract In silicon material with oxygen concentration in the range (4–9)×10 17 cm −3 , grown by ...
Capacitance Deep Level Transient Spectroscopy (C-DLTS) measurements have been performed on standard ...
Neutron induced deep levels responsible for changes of space charge concentration {ital N{sub eff}} ...
This work provides a detailed study of signal formation in silicon detectors, with the emphasis on d...
Experimental study of the reverse annealing of the effective concentration of ionized space charges ...
The vacancy-rich disordered regions (DR) playing a key role in improving the thermoelectric figure-o...
Neutron irradiated high resistivity (4-6 kOMEGA-cm) silicon detectors in the neutron fluence (PHI(n)...
Current-based microscopic defect analysis methods with optical filling techniques, namely current de...
Neutron-irradiated high-resistivity silicon detectors have been subjected to elevated temperature an...
Deep-Level Transient Spectroscopy (DLTS) has been used to investigate the defects in high-resistivit...
Neutron induced defect levels in high resistivity silicon detectors have been studied using a curren...
This work presents an overview of the most important mechanisms of radiation damage in silicon detec...
The use of conventional capacitance-based deep-level transient spectroscopy is not applicable when d...
We present an investigation on the influence of the oxygen concentration on radiation-induced change...
Damage produced in n-type silicon by neutron ir-radiation at room temperature was studied by deep-le...
Abstract In silicon material with oxygen concentration in the range (4–9)×10 17 cm −3 , grown by ...
Capacitance Deep Level Transient Spectroscopy (C-DLTS) measurements have been performed on standard ...
Neutron induced deep levels responsible for changes of space charge concentration {ital N{sub eff}} ...
This work provides a detailed study of signal formation in silicon detectors, with the emphasis on d...
Experimental study of the reverse annealing of the effective concentration of ionized space charges ...
The vacancy-rich disordered regions (DR) playing a key role in improving the thermoelectric figure-o...