2.1.5 Silicon Planar References 1. Solar Power Satellite: System Definition Study, Vol. 3, Phase I, Final Report, DI80—25037—3, Boeing Aerospace Company, Seattle, 1979. 2. Solar Power Satellite: System Definition Study, Parts 1&2, Vol. II, Technical Summary, D180—22876—2, Boeing Aerospace Company, Seattle, 3. Lunar Resources Utilization for Space Construction, Final Report, GDC- ASP79-OO1, General Dynamics Convair Division, 1979. 4. Extraterrestrial Processing and Manufacturing of Large Space Systems, Vol. 1, NASA-CR-161293, Space Systems Laboratory, MIT, 9/79. 5. Wang, Jing-xiao, "An Investigation of Copper Contact for Use in Silicon Solar Cells", 17th IEEE Photovoltaics Specialists Conference, 1984, pp. 580-583. 6. Matsuda, S., et al, "Development of Ultrathin Si Solar Cells", 17th IEEE Photovoltaics Specialists Conference, 1984, pp 123-127. 7. Rusch, D., "New Flexible Substrates with Anti-Charging Layers for Advanced Light-Weight Solar Array", Photovoltaic Generators in Space, European Space Agency, ESA SP-140, 1978, pp 41-48. 8. Kutateladze and Borishanskii, A Concise Encyclopedia of Heat Transfer, Pergamon Press, USA, 1966. 9. Zweibel, K., Basic Photovoltaic Principles and Methods, Solar Energy Research Institute, Von Nostrand Reinhold Company, USA, 1984. 10. Advanced Propulsion System Concepts for Orbital Transfer Study, Final Report, Vol. 2, Study Technical Results, Boeing Aerospace Company, Seattle, Wash., D180-26680-2, 1981. 11. Horne, W. E., Boeing Aerospace Company, personal communication, June 20, 1985. 12. Systems Definition: Space Based Power Conversion Systems, Final Report, Boeing Aerospace Company, Seattle, NAS8-31628, November, 1976.
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