Surface properties of GaAs (001) cleaned with H3PO4 or HCl solutions and passivated with (NH4)(2)S-x solution were analyzed using Xray photoelectron spectroscopy. All of the treatments were carried out in a glove box under a nitrogen-controlled atmosphere. Every cleaning process produced elemental As with a 42.0 eV photoelectron binding energy. The generated elemental As increased with the etching capability of acid to GaAs and the cycling order of applying acid to GaAs. Successive sulfidation treatment resulted in the formation of an As-S bond with a 42.8 eV photoelectron binding energy. And the observed quantity of As-S bond was closely related to the elemental As concentration. Photoluminescent experiments showed that improvement of surf...
The morphology and chemistry of S-treated GaAs(001) surfaces have been investigated by using an atom...
Ohmic contacts between Au and sulfur‐passivated n‐GaAs have been formed without annealing after depo...
The quaternary III\u2013V compound semiconductor GaInAsP is an important material for many optoelect...
Surface properties of GaAs passivated with (NH4)(2)S-x solution have been analyzed in GaAs wafer and...
The effectiveness of chemical surface treatment of GaAs using (NH4)2Sx, Na2S and RuCl3 has been stud...
[[abstract]]A new surface passivation technique using P2S5/(NH4)2S on GaAs Schottky barrier diodes f...
The mechanism of GaAs sulfidation under illumination and potentiodynamic polarization was investigat...
X-ray photoelectron spectroscopy has been used to study GaAs surfaces which recieved treatments in s...
A novel technique for sulfur doping to GaAs was demonstrated. The surface of GaAs was treated with (...
A study of the adsorption of sulfur on the GaAs(100) surface after in situ thermal desorption of a p...
Steady-state photoluminescence, time-resolved photoluminescence, and x-ray photoelectron spectroscop...
Soft X-ray photoelectron spectroscopy has been applied to compare the effect of two S-passivating e...
We report on a new Se chemical passivation [(NH4)2S + Se] for GaAs surfaces. We compare our Se passi...
The interaction of reactive and unreactive metals with clean, oxidised and sulphur passivated GaAs(l...
Particle-induced X-ray emission measurements combined with Rutherford backscattering spectrometry (i...
The morphology and chemistry of S-treated GaAs(001) surfaces have been investigated by using an atom...
Ohmic contacts between Au and sulfur‐passivated n‐GaAs have been formed without annealing after depo...
The quaternary III\u2013V compound semiconductor GaInAsP is an important material for many optoelect...
Surface properties of GaAs passivated with (NH4)(2)S-x solution have been analyzed in GaAs wafer and...
The effectiveness of chemical surface treatment of GaAs using (NH4)2Sx, Na2S and RuCl3 has been stud...
[[abstract]]A new surface passivation technique using P2S5/(NH4)2S on GaAs Schottky barrier diodes f...
The mechanism of GaAs sulfidation under illumination and potentiodynamic polarization was investigat...
X-ray photoelectron spectroscopy has been used to study GaAs surfaces which recieved treatments in s...
A novel technique for sulfur doping to GaAs was demonstrated. The surface of GaAs was treated with (...
A study of the adsorption of sulfur on the GaAs(100) surface after in situ thermal desorption of a p...
Steady-state photoluminescence, time-resolved photoluminescence, and x-ray photoelectron spectroscop...
Soft X-ray photoelectron spectroscopy has been applied to compare the effect of two S-passivating e...
We report on a new Se chemical passivation [(NH4)2S + Se] for GaAs surfaces. We compare our Se passi...
The interaction of reactive and unreactive metals with clean, oxidised and sulphur passivated GaAs(l...
Particle-induced X-ray emission measurements combined with Rutherford backscattering spectrometry (i...
The morphology and chemistry of S-treated GaAs(001) surfaces have been investigated by using an atom...
Ohmic contacts between Au and sulfur‐passivated n‐GaAs have been formed without annealing after depo...
The quaternary III\u2013V compound semiconductor GaInAsP is an important material for many optoelect...