Space Solar Power Review Vol 1 Num 1 & 2

REFERENCES 1. U.S. Department of Energy, Satellite Power System Concept Development and Evaluation Program Reference System, DOE/ER-0023, Washington, DC, 1978. 2. D.J. Kozakoff, J.M. Schuchardt and C.E. Ryan, Considerations for High Accuracy Radiation Efficiency Measurements for the Solar Power Satellite Subarrays, in Proceedings of the Solar Power Satellite Workshop in Microwave Power Transmission and Reception, NASA Johnson Space Center, Houston, Texas, 1980. 3. M. Kanda, Accuracy Considerations in the Measurement of the Power Gain of a Large Microwave Antenna, IEEE/AP-S Symposium, Georgia Institute of Technology, 1974. 4. C.E. Kirchoff, Near-Field Pattern Measurement Facility, in Antenna Applications Symposium, University of Illinois, 1979. 5. W.M. Leach, Jr., E.B. Joy and D.T. Paris, Probe Compensated Near-Field Measurements: Basic Theory, Numerical Techniques, Accuracy, IEEE/AP-S Symposium, Georgia Institute of Technology, 1974. 6. H.A. Ecker et al.. Automated Near-Field Measurements to Obtain Far-Field Patterns of Aperture Antennas and Phased Arrays, IEEE/AP-S Symposium, Georgia Institute of Technology, 1974. 7. A.D. Kaghjian. Upper Bound Errors in Far-Field Antenna Parameters Determined from Planar Near-Field Measurements: Part 1—Analysis, National Bureau of Standards Technical Note 667, 1975. 8. G.P. Rodrigue, E.B. Joy and C.P. Bums, An Investigation of the Accuracy of Far-Field Radiation Patterns Determined from Near-Field Measurements, Final Report on Georgia Tech Project E-21-621, for U.S. Army Missile Command, Redstone Arsenal, Alabama, 1973. 9. B.J. Cown, C.E. Ryan, Jr., A.L. Bridges and J.D. Adams, A Study of the Application of Near-Field Measurements for NASA Requirements, Final Engineering Report, Contract NAS5-2234, Georgia Institute of Technology, 1976.

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