Solid C60/GaAs contacts were fabricated by growing solid C60 films on both n-type and p-type GaAs(100) substrates through vacuum deposition. The electronic states at C60/GaAs interfaces were studied. Both C60/n-GaAs and C60/p-GaAs contacts were found to be strong rectification junctions with a rectifying ratio higher than 10(6) at a bias of +/- 1.0V. Two distinct traps were also observed at the C60/GaAs interfaces with deep level transient spectroscopy (DLTS); one is the electron trap at 0.35 eV below the GaAs conduction band and the other is a hole trap at 0.45 eV above the GaAs valence band.Engineering, Electrical & ElectronicMaterials Science, MultidisciplinaryMaterials Science, Coatings & FilmsCPCI-S(ISTP)
Current-voltage measurements show that C60/n-GaN, C70/n-GaN and C70/p-GaN contacts have very good re...
[[abstract]]The authors report soft X-ray photoemission studies of metal/molecular-beam epitaxy (MBE...
Metal-doped C60 films (aluminum, gallium and germanium) are grown on GaAs and quartz glass substrate...
Solid C60/p-type GaAs heterojunctions have been made by deposition of solid C60 film on the epitaxia...
The electrical properties of the heterojunction of solid C60/n-type GaAs were studied. The results o...
Solid C70/GaAs contacts were fabricated by vacuum deposition of solid C70 films on the n-type and p-...
C60 uniformly doped and δ-doped GaAs layers are grown by migration enhanced epitaxy method. Crystall...
C60/n-GaN contacts have been fabricated by depositing solid C60 on n-GaN films, and their electrical...
Electron stares at a solid C-60/Si(111) interface have been studied by the deep-level transient spec...
在高真空系统中,将C70膜淀积在(100)晶向n型和p型GaAs衬底上,形成固体C70/n-GaAs 和C70/p-GaAs两种接触.电学测量表明两种接触均是强整流结,在偏压为±1V...
Deposition onto GaAs of dielectric film with good interracial properties is difficult owing to the h...
The electrical properties of C60 have been extensively studied in both the solid and solution phases...
A method for analyzing the isothermal capacitance transience is suggested, which is referred to as t...
This paper describes the rectification of current through molecular junctions comprising self-assemb...
A systematic study designed to investigate the mechanism involved in Fermi level pinning on interfac...
Current-voltage measurements show that C60/n-GaN, C70/n-GaN and C70/p-GaN contacts have very good re...
[[abstract]]The authors report soft X-ray photoemission studies of metal/molecular-beam epitaxy (MBE...
Metal-doped C60 films (aluminum, gallium and germanium) are grown on GaAs and quartz glass substrate...
Solid C60/p-type GaAs heterojunctions have been made by deposition of solid C60 film on the epitaxia...
The electrical properties of the heterojunction of solid C60/n-type GaAs were studied. The results o...
Solid C70/GaAs contacts were fabricated by vacuum deposition of solid C70 films on the n-type and p-...
C60 uniformly doped and δ-doped GaAs layers are grown by migration enhanced epitaxy method. Crystall...
C60/n-GaN contacts have been fabricated by depositing solid C60 on n-GaN films, and their electrical...
Electron stares at a solid C-60/Si(111) interface have been studied by the deep-level transient spec...
在高真空系统中,将C70膜淀积在(100)晶向n型和p型GaAs衬底上,形成固体C70/n-GaAs 和C70/p-GaAs两种接触.电学测量表明两种接触均是强整流结,在偏压为±1V...
Deposition onto GaAs of dielectric film with good interracial properties is difficult owing to the h...
The electrical properties of C60 have been extensively studied in both the solid and solution phases...
A method for analyzing the isothermal capacitance transience is suggested, which is referred to as t...
This paper describes the rectification of current through molecular junctions comprising self-assemb...
A systematic study designed to investigate the mechanism involved in Fermi level pinning on interfac...
Current-voltage measurements show that C60/n-GaN, C70/n-GaN and C70/p-GaN contacts have very good re...
[[abstract]]The authors report soft X-ray photoemission studies of metal/molecular-beam epitaxy (MBE...
Metal-doped C60 films (aluminum, gallium and germanium) are grown on GaAs and quartz glass substrate...