1976 NASA SPS Engineering and Economic Analysis Summary

12. Plus Payload Utilizations of SEPS. Boeing Aerospace Co., Final Report, Contract No. NAS8-31444, July 1976. 13. Stearns, J. W.: Satellite Solar Power Propulsion Using the MPD Arc Jet Thruster. Jet Propulsion Laboratory, Paper No. 383AA-75-296, December 5, 1975. 14. Kennerud, K. L. : High Voltage Solar Array Experiments. The Boeing Co. , Lewis Research Center CR-121280. 15. Bayless, J. R. ; Todd, G. T.; Ward, J. W.; and Knauer, W. : High Voltage Solar Array Study. Hughes Research Laboratories, Lewis Research Center CR-72675. 16. Haumesser, R.; Lockwood, D.; McNall, R.; and Welsch, J.: Development of Lightweight Transformers for Airborne High Power Supplies. Thermal Tech. Lab., AFAPL-TR-75-15. 17. King, A. E.: Design Study, Electrical Component Technology for 0.25 to 25 MW Space Power Systems. Westinghouse Corp., Report No. SAN-679-8. 18. Cameron, E. N.: The Mineral Position of the United States 1975-2000. University of Wisconsin Press, 1973. 19. Space Based Power Conversion and Power Relay Systems. The Boeing Co., Contract No. NAS8-31628, Eighth Monthly Progress Report, March 1976. 20. Investigation of a 15-kW Solar Dynamic Power System for Space Application. Sundstrand Aviation-Den ver, Technical Report AFAPL-TR-64-156, February 28, 1965. 21. Williamson, DonE.: Cone Channel Condenser Optics. Journal of the Optical Society of America, vol. 42, No. 10, October 1952. 22. Chen, M. H.; Bo rkow it z-Mattuck, J. B.; and Glaser, P. E.t The Use of a Kaleidoscope to Obtain Uniform Flux Over a Large Area in a Solar or Arc Imaging Furnace. Applied Optics, Vol. 2, No. 3, March 1963.

RkJQdWJsaXNoZXIy MTU5NjU0Mg==