Solar sensor having coarse and fine sensing with matched preirradiated cells and method of selecting cells Patent
Solar sensor with coarse and fine sensing elements for matching preirradiated cells on degradation rates
Fontana, A.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Silicon solar cell with cover glass bonded to cell by metal pattern Patent
Metal pattern bonding technique for cover glass attachment to silicon solar cells for space applications
Mandelkorn, J.↗
Evaluation program for secondary spacecraft cells. Acceptance test of Eagle-Picher Industries, Inc., 6.0 ampere-hour nickel- cadmium cells
Acceptance tests of nickel cadmium spacecraft cells with auxiliary electrodes for charge control
Christy, D. E.↗
Evaluation program for secondary spacecraft cells - Synchronous orbit testing of General Electric Company 12.0 ampere-hour nickel-cadmium cells
Evaluation of sealed nickel cadmium cells, with auxiliary electrodes, operating in synchronous orbit regime
Christy, D. E.↗
Effect of thyroxine on the cell generation cycle parameters of cultured human cells
Human kidney cell generation and life cycle parameters, considering thyroxine effects
Burki, H. J.↗
Analysis of effects of shadowed and open solar cells on orbital workshop solar cell array performance
Hot spots and voltage breakdowns due to open or shadowed solar cells, studying effect in orbital workshop array
Jett, P. L.↗
Design, development, manufacture, testing, and delivery of devices for connection of solar cell panel circuitry to flat conductor cable solar cell array harness
The technology status and problem areas which exist for the application of flat conductor cabling to solar cell arrays are summarized. Details covering the design, connector manufacture, and prototype test results are also summarized.
Dillard, P. A.↗
Evaluation program for secondary spacecraft cells: Initial evaluation tests of General Electric Company 12.0 ampere-hour, nickel-cadmium spacecraft cells for the international ultraviolet Explorer satellite
Evaluation tests are reported for 20 cells to be put into the life cycle program. Leak, capacity, internal resistance, internal short, and overcharge tests are described.
Harkness, J. D.↗
Optimization of solar cells for air mass zero operation and a study of solar cells at high temperatures, phase 2
Crystal growth procedures, fabrication techniques, and theoretical analysis were developed in order to make GaAlAs-GaAs solar cell structures which exhibit high performance at air mass 0 illumination and high temperature conditions.
Hovel, H.↗
Optimization of solar cells for air mass zero operation and a study of solar cells at high temperatures, phase 3
The etch-back epitaxy process is described for producing thin, graded composition GaAlAs layers. The palladium-aluminum contact system is discussed along with its associated problems. Recent solar cell results under simulated air mass zero light and at elevated temperatures are reported and the growth of thin polycrystalline GaAs films on foreign substrates is developed.
Blakeslee, A. E.↗
Characterization of solar cells for space applications. Volume 1: Electrical characteristics of OCLI violet solar cells as a function of intensity and temperature
Electrical characteristics of OCLI violet N/P silicon solar cells are presented in graphical and tabular format as function of solar illumination intensity and temperature.
Casad, T. A.↗
Characterization of solar cells for space applications. Volume 2: Electrical characteristics of Solarex 50-micron solar cells as a function of intensity and temperature
Electrical characteristics of Solarex 50 micron-thick N/P silicon solar cells are presented in graphical and tabular format as a function of solar illumination intensity and temperature.
Downing, R. G.↗
Characterization of solar cells for space applications. Volume 3: Electrical characteristics of OCLI hybrid MLAR solar cells as a function of intensity and temperature
Electrical characteristics of hybrid multilayer antireflectance coated silicon solar cells are presented in graphical and tabular format as a function of solar illumination intensity and temperature.
Downing, R. G.↗
Characterization of solar cells for space applications. Volume 4: Electrical characteristics of Spectrolab BSF 200-micron Helios cells as a function of intensity and temperature
Electrical characteristics of Spectrolab BSF 200 micron Helios N/P silicon solar cells are presented in graphical and tabular format as a function of solar illumination intensity and temperature.
Downing, R. G.↗
Characterization of solar cells for space applications. Volume 6: Electrical characteristics of Spectrolab BSF, BSR, textured, 10 ohm-cm, 50 micron advanced OAST solar cells as a function of intensity, temperature, and irradiation
Electrical parametric data are presented on BSF, BSR, textured 10 ohm cm, 50 micron advanced OAST cells in graphical and tabular form as functions of solar illumination intensity, temperature, and 1 MeV electron fluence.
Anspaugh, B. E.↗
Characterization of solar cells for space applications. Volume 7: Electrical characteristics of Spectrolab HEWAC BSF, textured, 10 ohm-cm, 225 micron solar cells as a function of intensity and temperature
Electrical characteristics of Spectrolab HEWAC BSF, textured, 10 ohm cm, 225 micron solar cells are presented in graphical and tabular format as a function of solar illumination intensity and temperature.
Anspaugh, B. E.↗
Characterization of solar cells for space applications. Volume 8: Electrical characteristics of Spectrolab BSF, BSR, textured 290-micron solar cells (K7) as a function of intensity, temperature and irradiation
A set of parametric data is presented on the Spectrolab textured, back-surface-field, back-surface-reflector solar cell which is a commercially available product.
Anspaugh, B. E.↗
Characterization of solar cells for space applications. Volume 10: Electrical characteristics of Spectrolab BSF, textured, 10 ohm-cm, 300 micron cells as a function of intensity, temperature and irradiation
Electrical characteristics of textured, back surface field, 10 ohm cm, 300 micron N/P silicon solar cells are presented in graphical and tabular format as a function of solar illumination intensity, and temperature.
Anspaugh, B. E.↗