Acknowledgements — The work described in this paper was performed as an in-house study at British Aerospace, Bristol, England. The author wishes to acknowledge the useful discussions and suggestions made by Dr. R. A. Henderson, Large Applications Platform Study group leader of British Aerospace, during the analysis pertinent to the preparation of this paper. The Editor wishes to thank Owen K. Garriott for reviewing this paper. REFERENCES 1. U.S. Department of Energy, SPS International Agreements, U.S. DOE HCP/R-4024-12, 1978. 2. Committee for Peaceful Uses of Outer Space, U.N. Document I05/C2/SR.277, 1977. 3. U.S. Department of Energy, SPS International Agreements, U.S. DOE HCP/R-4024-08, 1978. 4. Global Telecommunications Systems, An Investigation of the Industrialization of Space, GT 78008/B-2, 1979. 5. W. Morgan, Geosynchronous Satellite Log, J. Br. Interplanet. Sac. 32, 1979. 6. R. Flower, Analysis of Geostationary Slot Availability for the SPS Programme, British Aerospace Internal Study SPS/UKI/04, 1980. 7. U.S. Department of Energy, SPS Military Implications, U.S. DOE HCP/R-4024-11, 1978. 8. J. Ruth and W. Westphal, Solar Power Satellites for Europe, Space Solar Power Rev. 1, 351, 1980.
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