Add to ORKGA brief overview of the development of GaAs solar cell technology is provided. An 18 to 20 percent AMO efficiency, stability under radiation and elevated-temperature operation, and high power-to-weight ratio are among the factors studied. Cell cost and availability are also examined
Research results are reported for GaAs Schottky barrier solar cells, GaAlAs/GaAs heteroface solar ce...
Two major requirements for space solar cells are high efficiency and survivability in the naturally ...
Crystal growth procedures, fabrication techniques, and theoretical analysis were developed in order ...
The workshop considered the GaAs solar cell capability and promise in several steps: (1) maximum eff...
The electrical performance of GaAs solar cells was characterized as a function of irradiation with p...
Gallium arsenide solar cells equal or supass the best silicon solar cells in efficiency, radiation r...
Recent experience in producing GaAs solar cells, to meet the full requirements of space-array manufa...
Progress in space solar cell research and technology is reported. An 18 percent-AMO-efficient silico...
The development of energy efficient solar cells for space applications is discussed. The electrical ...
Several oxidation techniques are discussed which have been found to increase the open circuit (V sub...
The starting material, cell design/geometry, and cell processing/fabrication for silicon and gallium...
This is the second quarterly technical report on a program, the goal of which is to achieve high eff...
The III-V semiconductor materials system that was selected for continued cascade cell development wa...
Recent developments at JPL have demonstrated that high conversion efficiencies are found with GaAs m...
One of the major limitations of solar cells in space power systems is their vulnerability to radiati...
Research results are reported for GaAs Schottky barrier solar cells, GaAlAs/GaAs heteroface solar ce...
Two major requirements for space solar cells are high efficiency and survivability in the naturally ...
Crystal growth procedures, fabrication techniques, and theoretical analysis were developed in order ...
The workshop considered the GaAs solar cell capability and promise in several steps: (1) maximum eff...
The electrical performance of GaAs solar cells was characterized as a function of irradiation with p...
Gallium arsenide solar cells equal or supass the best silicon solar cells in efficiency, radiation r...
Recent experience in producing GaAs solar cells, to meet the full requirements of space-array manufa...
Progress in space solar cell research and technology is reported. An 18 percent-AMO-efficient silico...
The development of energy efficient solar cells for space applications is discussed. The electrical ...
Several oxidation techniques are discussed which have been found to increase the open circuit (V sub...
The starting material, cell design/geometry, and cell processing/fabrication for silicon and gallium...
This is the second quarterly technical report on a program, the goal of which is to achieve high eff...
The III-V semiconductor materials system that was selected for continued cascade cell development wa...
Recent developments at JPL have demonstrated that high conversion efficiencies are found with GaAs m...
One of the major limitations of solar cells in space power systems is their vulnerability to radiati...
Research results are reported for GaAs Schottky barrier solar cells, GaAlAs/GaAs heteroface solar ce...
Two major requirements for space solar cells are high efficiency and survivability in the naturally ...
Crystal growth procedures, fabrication techniques, and theoretical analysis were developed in order ...