Heating of electrons by electric fields smaller than that required for generation of domain oscillations was investigated in samples of EL2-rich semi-insulating GaAs. Current-voltage characteristics were measured as a function of temperature between 268 K and 330 K. They exhibit a sublinear shape which is interpreted as a result of an enhanced electron capture on the EL2. The capture rate and the electron temperature as a function of the electric field was determined. A fitting procedure gave the value of electron capture cross-section on the EL2 to be 2.7 × 10$\text{}^{-13}$ cm$\text{}^{2}$ which agrees with literature data
We report the experimental studies of hot electron energy relaxation and capture in a low electron m...
Conductivity experiments were carried out on samples of semiinsulating GaAs at liquid helium tempera...
Thermally stimulated current (TSC) spectra stimulated by infrared (hν≤1.12 eV) light at 90 K have be...
Contains fulltext : 27973.pdf (publisher's version ) (Open Access
A simple method is proposed to measure the hot-electron temperature, using an Au-GaAs Schottky barri...
A rigorous formulation of capacitance changes during trap filling processes is presented and used to...
A simple experiment involving only the measurement of dark current Idark and 1.1 μm photocurrent IPC...
The temperature dependence of extrinsic and intrinsic photocurrent, in undoped semi-insulating GaAs ...
A prominent thermally stimulated current peak T5 appearing in semi‐insulating GaAs is shown to photo...
The dark current at 82 K, in GaAs layers grown by molecular-beam epitaxy at 200 °C and annealed at 5...
We propose a new experimental technique of measuring the effective electron temperature in the chann...
We use the Hall effect and a new charge-transfer technique to study molecular beam epitaxial GaAs gr...
Experimental and theoretical results on low electric field transport of two-dimensional electron gas...
With a newly developed technique, we measure voltage, electric field and charge distribution of high...
We extend our previous studies of the heating by DC electric fields of submicron-diameter free-stand...
We report the experimental studies of hot electron energy relaxation and capture in a low electron m...
Conductivity experiments were carried out on samples of semiinsulating GaAs at liquid helium tempera...
Thermally stimulated current (TSC) spectra stimulated by infrared (hν≤1.12 eV) light at 90 K have be...
Contains fulltext : 27973.pdf (publisher's version ) (Open Access
A simple method is proposed to measure the hot-electron temperature, using an Au-GaAs Schottky barri...
A rigorous formulation of capacitance changes during trap filling processes is presented and used to...
A simple experiment involving only the measurement of dark current Idark and 1.1 μm photocurrent IPC...
The temperature dependence of extrinsic and intrinsic photocurrent, in undoped semi-insulating GaAs ...
A prominent thermally stimulated current peak T5 appearing in semi‐insulating GaAs is shown to photo...
The dark current at 82 K, in GaAs layers grown by molecular-beam epitaxy at 200 °C and annealed at 5...
We propose a new experimental technique of measuring the effective electron temperature in the chann...
We use the Hall effect and a new charge-transfer technique to study molecular beam epitaxial GaAs gr...
Experimental and theoretical results on low electric field transport of two-dimensional electron gas...
With a newly developed technique, we measure voltage, electric field and charge distribution of high...
We extend our previous studies of the heating by DC electric fields of submicron-diameter free-stand...
We report the experimental studies of hot electron energy relaxation and capture in a low electron m...
Conductivity experiments were carried out on samples of semiinsulating GaAs at liquid helium tempera...
Thermally stimulated current (TSC) spectra stimulated by infrared (hν≤1.12 eV) light at 90 K have be...