Generation of long time creep data of refractory alloys at elevated temperatures
Creep test data on refractory metal alloys for use in spacecraft power supply systems
Sawyer, J. C.↗
SEARCH · Engineering Papers
Results for “SPACECRAFT POWER SUPPLY”
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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Study of multiple reserve electrochemical power sources Final report
High energy density electrolytic cell systems for multiple reserve electrochemical spacecraft power supplies
Carson, W. N., Jr.↗
The solar array synthesis computer program
Computer program for solar cell performance prediction in spacecraft power supply systems
Obenschain, A. F.↗
Thermal model of a 75 watt
Planar radioisotope thermoelectric generator system for NASA deep space missions and integrated spacecraft power supply
Parker, A. J., Jr.↗
Evaluation program for secondary spacecraft cells - Acceptance test of McDonnell- Douglas, astropower division 5.0 ampere-hour silver-zinc cells
Acceptance tests of 5.0 ampere-hour silver-zinc cells for spacecraft power supplies
Harkness, J. D.↗
Electrochemistry of system - Heat sterilizable impact resistant cell development Final report, 30 Sep. 1967 - 31 Mar. 1970
Impact resistant and heat sterilizable silver-zinc batteries for spacecraft power supplies
Chreitzberg, A. M.↗
Experimental performance of a 10 kW 1200 hertz Brayton cycle alternator and controls for space power
Performance tests of Brayton cycle electrical subsystem for spacecraft power supplies
Ingle, B. D.↗
Spacecraft power
Thermoelectric generators, solar cells, and primary cells for spacecraft power supplies
Source record↗
America in space, the first decade - Spacecraft power
Spacecraft power supply systems technology
Corliss, W. R.↗
Transient performance of a turboalternator gas-bearing system
Experimental operation of gas-bearing turboalternator for spacecraft power supplies
Asadourian, A. S.↗
Design performance, and test experience of four multihundred-kilowatt-electric heat sources for liquid-metal systems
Characteristics of electric heaters used with SNAP 8 spacecraft power supplies
Block, H. B.↗
A space application of a cryogenic heat pipe
Feasibility of cryogenic heat pipe for cooling isotopic spacecraft power supply cycle
Callens, R. A.↗
Space Cell Test Program
Environmental testing of nickel-cadmium, silver-zinc, silver-cadmium, and zinc-oxygen batteries for spacecraft power supplies
Source record↗
The 1975 GSFC Battery Workshop
The proceedings of the 1975 Goddard Space Flight Center Battery Workshop are presented. The major topics of discussion were nickel cadmium batteries and, to a lesser extent, nickel hydrogen batteries. Battery design, manufacturing techniques, testing programs, and electrochemical characteristics were considered. The utilization of these batteries for spacecraft power supplies was given particular attention.
Source record↗
Aerospace electrode line
A facility which produces electrodes for spacecraft power supplies is described. The electrode assembly procedures are discussed. A number of design features in the production process are reported including a batch operation mode and an independent equipment module design approach for transfering the electrode materials from process tank to process tank.
Miller, L.↗
DSCS 3 life test progress report
Life test considerations for a spacecraft power supply system, a battery system, designed for synchronous communication satellites for the Defense Satellite Communication System are described. The following equipment specifications considered in the life tests were: the nickel cadmium cells; bus conductors; diodes; battery casings; electric discharges; voltage drops; pressure, and temperature measurements. Battery performance data collected during eclipse periods is presented in tabular form.
Thierfelder, H. E.↗
NASA-OAST photovoltaic energy conversion program
The NASA program in photovoltaic energy conversion research is discussed. Solar cells, solar arrays, gallium arsenides, space station and spacecraft power supplies, and state of the art devices are discussed.
Mullin, J. P.↗
Space Power
Appropriate directions for the applied research and technology programs that will develop space power systems for U.S. future space missions beyond 1995 are explored. Spacecraft power supplies; space stations, space power reactors, solar arrays, thermoelectric generators, energy storage, and communication satellites are among the topics discussed.
Source record↗