A prominent thermally stimulated current peak T5 appearing in semi‐insulating GaAs is shown to photoquench under infrared illumination, and then thermally recover at a rate r=2.0×108 exp(−0.26 eV/kT) s−1, exactly the same as that observed for EL2, within experimental error. Two possible explanations exist: (1) T5 and EL2 are microscopically very similar, probably each with an AsGa core; or (2) T5 is an electron trap that only appears to quench and recover with EL2 because EL2 controls the electron lifetime. Several other traps show similar quenching and recovery behavior
The dynamic process of light illumination of GaAs is studied numerically in this paper to understand...
A photoluminescence study has been made of electrically reversible, bulk, liquid-encapsulated Czochr...
Three‐inch, semi‐insulating (SI) GaAs, grown by the vertical gradient freeze (VGF) technique, has be...
A prominent thermally stimulated current peak T5 appearing in semi‐insulating GaAs is shown to photo...
Thermally stimulated current (TSC) spectra stimulated by infrared (hν≤1.12 eV) light at 90 K have be...
Detailed experimental results are presented for a ‘‘thermal quenching’’ of thermal stimulated curren...
In this work we report the observation of two different EL2 metastable states in GaAs and the effect...
Thermally stimulated current spectroscopy (TSC) with near band-edge and infrared (IR) light excitati...
We report the effects associated with the transition of the EL2 defect to its metastable state EL2* ...
The optical and electrical recovery processes of the metastable state of the EL2 defect artificially...
A detailed analysis of the photocapacitance signal at the near‐band and extrinsic energetic ranges i...
It is shown that thermally stimulated photocurrent measurements provide a simple and effective metho...
We have observed IR photoquenching of the hopping conduction in GaAs samples grown by molecular beam...
The dark current at 82 K, in GaAs layers grown by molecular-beam epitaxy at 200 °C and annealed at 5...
Deep-level transient spectroscopy has been applied to n-type horizontal gradient freeze grown GaAs t...
The dynamic process of light illumination of GaAs is studied numerically in this paper to understand...
A photoluminescence study has been made of electrically reversible, bulk, liquid-encapsulated Czochr...
Three‐inch, semi‐insulating (SI) GaAs, grown by the vertical gradient freeze (VGF) technique, has be...
A prominent thermally stimulated current peak T5 appearing in semi‐insulating GaAs is shown to photo...
Thermally stimulated current (TSC) spectra stimulated by infrared (hν≤1.12 eV) light at 90 K have be...
Detailed experimental results are presented for a ‘‘thermal quenching’’ of thermal stimulated curren...
In this work we report the observation of two different EL2 metastable states in GaAs and the effect...
Thermally stimulated current spectroscopy (TSC) with near band-edge and infrared (IR) light excitati...
We report the effects associated with the transition of the EL2 defect to its metastable state EL2* ...
The optical and electrical recovery processes of the metastable state of the EL2 defect artificially...
A detailed analysis of the photocapacitance signal at the near‐band and extrinsic energetic ranges i...
It is shown that thermally stimulated photocurrent measurements provide a simple and effective metho...
We have observed IR photoquenching of the hopping conduction in GaAs samples grown by molecular beam...
The dark current at 82 K, in GaAs layers grown by molecular-beam epitaxy at 200 °C and annealed at 5...
Deep-level transient spectroscopy has been applied to n-type horizontal gradient freeze grown GaAs t...
The dynamic process of light illumination of GaAs is studied numerically in this paper to understand...
A photoluminescence study has been made of electrically reversible, bulk, liquid-encapsulated Czochr...
Three‐inch, semi‐insulating (SI) GaAs, grown by the vertical gradient freeze (VGF) technique, has be...