Deep levels introduced by room temperature 1 MeV electron irradiation in p+n photodiodes have been studied using deep level transient spectroscopy. Two electron traps and one hole trap have been observed after irradiation. A second hole trap is observed upon the annealing of the first hole trap. The energy levels associated with these traps, their cross-sections and their annealing behaviour have been determined.Les niveaux profonds introduits par irradiation à température ambiante avec des électrons de 1 MeV dans des photodiodes au germanium p+n ont été étudiés à l'aide de transitoires de capacité. Deux pièges à électron et un piège à trou sont observés après irradiation. Un second piège à trou apparait après guérison du premier piège à tr...
Schottky diodes made on n type LEC InP samples have been irradiated by 100 keV H+ at 6 K, 77 K and 3...
Results of a detailed study of the effects of high-temperature 2-MeV electron irradiation on the per...
The band structure of germanium changes significantly when alloyed with a few percent concentrations...
n-type germanium has been irradiated with electrons of various energies in the range 0.5 to 3 MeV. U...
Changes in the electrical conductivity and Hall coefficient of germanium samples, irradiated with 4....
Deep level transient spectroscopy (DLTS) and Laplace-DLTS have been used to investigate the defects ...
Using the Deep Level Transient layers (DLTS) method in conjunction with the C-V method, the introduc...
P-type germanium single crystals (8 x 10/sup 14/Ga/cm/sup 3/ and 6 x l0/ sup 1 Ga/cm/sup 3) were irr...
A method is presented, which combines optical excitation and electrical refilling of deep levels, al...
N-type lightly doped germanium has been irradiated at room temperature with different particles: sw...
Its high carrier drift mobility, low band gap and high atomic number make germanium suited for many ...
1.7 MeV electron irradiation-induced deep levels in p-type 6H–SiC have been studied using deep level...
Hall effect for single crystals of n-Ge, irradiated by various streams of electrons with an energy o...
P-type germanium single crystals (8 X 1014 Ga/cm3 and 6 X 1015 Ga/cm3) were irradiated with 1.1 MeV ...
Deep-Level Transient Spectroscopy (DLTS) has been used to investigate the defects in high-resistivit...
Schottky diodes made on n type LEC InP samples have been irradiated by 100 keV H+ at 6 K, 77 K and 3...
Results of a detailed study of the effects of high-temperature 2-MeV electron irradiation on the per...
The band structure of germanium changes significantly when alloyed with a few percent concentrations...
n-type germanium has been irradiated with electrons of various energies in the range 0.5 to 3 MeV. U...
Changes in the electrical conductivity and Hall coefficient of germanium samples, irradiated with 4....
Deep level transient spectroscopy (DLTS) and Laplace-DLTS have been used to investigate the defects ...
Using the Deep Level Transient layers (DLTS) method in conjunction with the C-V method, the introduc...
P-type germanium single crystals (8 x 10/sup 14/Ga/cm/sup 3/ and 6 x l0/ sup 1 Ga/cm/sup 3) were irr...
A method is presented, which combines optical excitation and electrical refilling of deep levels, al...
N-type lightly doped germanium has been irradiated at room temperature with different particles: sw...
Its high carrier drift mobility, low band gap and high atomic number make germanium suited for many ...
1.7 MeV electron irradiation-induced deep levels in p-type 6H–SiC have been studied using deep level...
Hall effect for single crystals of n-Ge, irradiated by various streams of electrons with an energy o...
P-type germanium single crystals (8 X 1014 Ga/cm3 and 6 X 1015 Ga/cm3) were irradiated with 1.1 MeV ...
Deep-Level Transient Spectroscopy (DLTS) has been used to investigate the defects in high-resistivit...
Schottky diodes made on n type LEC InP samples have been irradiated by 100 keV H+ at 6 K, 77 K and 3...
Results of a detailed study of the effects of high-temperature 2-MeV electron irradiation on the per...
The band structure of germanium changes significantly when alloyed with a few percent concentrations...