Interface traps at the Si–SiO2 interface have been and will be an important performance limit in many (future) semiconductor devices. In this paper, we present a study of fast neutron radiation induced changes in the density of Si–SiO2 interface-related defects. Interface related defects (Pb centers) are detected before and upon the irradiation. The density of interface-related defects is increasing with the fast neutron fluence
As point defects are known to be responsible for many dynamic phenomena and virtually all electrical...
We present an investigation on the influence of the oxygen concentration on radiation-induced change...
Deep level transient spectroscopy (DLTS) has been used to study vacancy-related defects formed in bu...
Deep-Level Transient Spectroscopy (DLTS) has been used to investigate the defects in high-resistivit...
We report the results of an experimental study on radiation-induced defects in silicon p/sup +/n dio...
ABSTRAK Metal oxide semiconductor (MOS) circuits are currently the cornerstones of the modern microe...
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 successful application of silicon position sensitive detectors in experiments at the SSC or LHC ...
Commercial Czochralski-grown silicon (Cz-Si) and float-zone silicon(Fz-Si) wafers were irradiated wi...
It has been studied the high-resistance samples of p-Si (р00 = (3,3 ± 0,5) · 1012 cm-3) and n-Si (n...
Current-based microscopic defect analysis methods with optical filling techniques, namely current de...
Neutron irradiated high resistivity (4-6 kOMEGA-cm) silicon detectors in the neutron fluence (PHI(n)...
Abstract. Silicon n-type samples with resistivity ~2.5⋅103 Ohm⋅cm grown by the method of a floating-...
This work discusses the degradations caused by high-energy neutrons in advanced MOSFETs and compares...
As point defects are known to be responsible for many dynamic phenomena and virtually all electrical...
We present an investigation on the influence of the oxygen concentration on radiation-induced change...
Deep level transient spectroscopy (DLTS) has been used to study vacancy-related defects formed in bu...
Deep-Level Transient Spectroscopy (DLTS) has been used to investigate the defects in high-resistivit...
We report the results of an experimental study on radiation-induced defects in silicon p/sup +/n dio...
ABSTRAK Metal oxide semiconductor (MOS) circuits are currently the cornerstones of the modern microe...
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 successful application of silicon position sensitive detectors in experiments at the SSC or LHC ...
Commercial Czochralski-grown silicon (Cz-Si) and float-zone silicon(Fz-Si) wafers were irradiated wi...
It has been studied the high-resistance samples of p-Si (р00 = (3,3 ± 0,5) · 1012 cm-3) and n-Si (n...
Current-based microscopic defect analysis methods with optical filling techniques, namely current de...
Neutron irradiated high resistivity (4-6 kOMEGA-cm) silicon detectors in the neutron fluence (PHI(n)...
Abstract. Silicon n-type samples with resistivity ~2.5⋅103 Ohm⋅cm grown by the method of a floating-...
This work discusses the degradations caused by high-energy neutrons in advanced MOSFETs and compares...
As point defects are known to be responsible for many dynamic phenomena and virtually all electrical...
We present an investigation on the influence of the oxygen concentration on radiation-induced change...
Deep level transient spectroscopy (DLTS) has been used to study vacancy-related defects formed in bu...