The solar cell structure examined is the MIS configuration on (n) GaAs. The metal room temperature oxide/(n) GaAs materials system was studied. Metals with electronegativities varying from 2.4 (Au) to 1.5 (Al) were used as the upper electrode. The thinnest metallization that did not interfere with the measurement techniques (by introducing essentially transmission line series resistance problems across a device) was used. Photovoltaic response was not optimized
Thermal stress cycling was performed on gallium arsenide solar cells to investigate their electrical...
Gallium arsenide is a versatile semiconductor used in many devices. Due to its nearly ideal bandgap ...
Recent developments at JPL have demonstrated that high conversion efficiencies are found with GaAs m...
Various models were constructed which will allow for the variation of system components. Computer st...
The development, fabrication, and failure modes of AlxGa(1-x)As-GaAs heteroface solar cells are desc...
Several oxidation techniques are discussed which have been found to increase the open circuit (V sub...
Research results are reported for GaAs Schottky barrier solar cells, GaAlAs/GaAs heteroface solar ce...
The objective of the project is to raise the understanding of dark current mechanisms in GaAs-relate...
The electro-optical characterization of gallium arsenide p/n solar cells is discussed. The objective...
This is the second quarterly technical report on a program, the goal of which is to achieve high eff...
Title from PDF of title page (University of Missouri--Columbia, viewed on November 5, 2012).The enti...
The potential of ion implantation as a means of developing gallium arsenide solar cells with high ef...
The surface recombination velocity (S sub rec) for bare GaAs is typically as high as 10 to the 6th p...
A computer program was used to analyze the illuminated I-V characteristics of four sets of gallium a...
Available information on liquid phase, vapor phase (including chemical vapor deposition) and molecul...
Thermal stress cycling was performed on gallium arsenide solar cells to investigate their electrical...
Gallium arsenide is a versatile semiconductor used in many devices. Due to its nearly ideal bandgap ...
Recent developments at JPL have demonstrated that high conversion efficiencies are found with GaAs m...
Various models were constructed which will allow for the variation of system components. Computer st...
The development, fabrication, and failure modes of AlxGa(1-x)As-GaAs heteroface solar cells are desc...
Several oxidation techniques are discussed which have been found to increase the open circuit (V sub...
Research results are reported for GaAs Schottky barrier solar cells, GaAlAs/GaAs heteroface solar ce...
The objective of the project is to raise the understanding of dark current mechanisms in GaAs-relate...
The electro-optical characterization of gallium arsenide p/n solar cells is discussed. The objective...
This is the second quarterly technical report on a program, the goal of which is to achieve high eff...
Title from PDF of title page (University of Missouri--Columbia, viewed on November 5, 2012).The enti...
The potential of ion implantation as a means of developing gallium arsenide solar cells with high ef...
The surface recombination velocity (S sub rec) for bare GaAs is typically as high as 10 to the 6th p...
A computer program was used to analyze the illuminated I-V characteristics of four sets of gallium a...
Available information on liquid phase, vapor phase (including chemical vapor deposition) and molecul...
Thermal stress cycling was performed on gallium arsenide solar cells to investigate their electrical...
Gallium arsenide is a versatile semiconductor used in many devices. Due to its nearly ideal bandgap ...
Recent developments at JPL have demonstrated that high conversion efficiencies are found with GaAs m...