Perimeter recombination currents affect the performance of GaAs-based devices such as solar cells, heterojunction bipolar transistors, and injection lasers. We report that the n SEf 2 perimeter recombination current has a strong orientation dependence. More than a factor of five variation in the surface recombination current at mesa-etched edges has been observed. These results suggest that with proper device design, perimeter recombination currents could be substantially reduced
The electro-optical characterization of gallium arsenide p/n solar cells is discussed. The objective...
mined by the nature of the recombination center. For an efficient level located near midgap with app...
This article reports the effect of n-type GaAs substrate orientation, namely (100), (311)A and (311)...
This paper describes a complete modelling of the perimeter recombination of GaAs diodes which solves...
This paper studies the recombination at the perimeter in the subcells that constitute a GaInP/GaAs/G...
n+pp+GaAs and n+pP+ GaAs/GaAs/Al0.3Ga0.7As mesa diodes have been fabricated from films grown by mole...
The performance of organic light emitting field effect transistors is strongly influenced by the wid...
AbstractThis paper indicated a theoretical model for describing the effects of the interface recombi...
he electrical performance of Si‐doped n+‐n GaAs homojunction barriers grown by molecular‐beam epitax...
Size dependent current-voltage measurements were performed on InGaAs quantum dot active region mesa ...
The electrical performance of Be‐doped, p‐p+ GaAs homojunction barriers is characterized and analyze...
Indoor applications of high-efficiency silicon solar cells implicate illumination densities that are...
Radiative and non-radiative charge carrier recombination in thin-film diodes plays a key role in det...
A mesa diode has been modeled and its performance under dark and illuminated conditions has been sim...
Electron-hole recombination at the surface of a GaAs-related compound is more significant compared t...
The electro-optical characterization of gallium arsenide p/n solar cells is discussed. The objective...
mined by the nature of the recombination center. For an efficient level located near midgap with app...
This article reports the effect of n-type GaAs substrate orientation, namely (100), (311)A and (311)...
This paper describes a complete modelling of the perimeter recombination of GaAs diodes which solves...
This paper studies the recombination at the perimeter in the subcells that constitute a GaInP/GaAs/G...
n+pp+GaAs and n+pP+ GaAs/GaAs/Al0.3Ga0.7As mesa diodes have been fabricated from films grown by mole...
The performance of organic light emitting field effect transistors is strongly influenced by the wid...
AbstractThis paper indicated a theoretical model for describing the effects of the interface recombi...
he electrical performance of Si‐doped n+‐n GaAs homojunction barriers grown by molecular‐beam epitax...
Size dependent current-voltage measurements were performed on InGaAs quantum dot active region mesa ...
The electrical performance of Be‐doped, p‐p+ GaAs homojunction barriers is characterized and analyze...
Indoor applications of high-efficiency silicon solar cells implicate illumination densities that are...
Radiative and non-radiative charge carrier recombination in thin-film diodes plays a key role in det...
A mesa diode has been modeled and its performance under dark and illuminated conditions has been sim...
Electron-hole recombination at the surface of a GaAs-related compound is more significant compared t...
The electro-optical characterization of gallium arsenide p/n solar cells is discussed. The objective...
mined by the nature of the recombination center. For an efficient level located near midgap with app...
This article reports the effect of n-type GaAs substrate orientation, namely (100), (311)A and (311)...