The two-dimensional depletion and stabilization model studies, coupled with vehicle launch parameter and communications link measurements, should be coordinated so as to determine the typical range of frequencies and geographic extent of affected services. Ionospheric characteristics for input to communication prediction models should also be provided through the physical model and measurement efforts. 4.2.8 Reference Documents 4.2.1 Anderson, D.N. , and P.A. Bernhardt, Modeling the Effects of an H2 Gas Release on the Equatorial Ionosphere , submitted to J. Geophys. Res. (1978). 4.2.2 Duncan, L.M. , and R.A. Behnke, Observations of Thermal Seif-Focusing Electromagnetic Waves in the Ionosphere , submitted to J. Geophys. Res. (1978). 4.2.3 Gordon, W.E., and H.C. Carlson, Jr., Arecibo Heating Experiments , Radio Sci. , 9, 1041 (1974). 4.2.4 Holway, L.H., Jr., A.H. Katz, and G. Meltz, lonospher ic Effects of a High-Power Space-Borne Microwave Beam, Proc, of 1978 symposium on the Effects of the Ionosphere on Space and Terrestrial Systems, 24-26 (January 1978). 4.2.5 Meltz, G. , and R.E. LeLevier, Heating of the F-region bg Deviative Absorption of Radio Waves, J. Geophys. Res., 75, 6406 (1970). 4.2.6 Mendillo, M., G.S. Hawkins, and J.A. Klobuchar, A Large-Scale Hole in the Ionosphere Caused bg the Launch of Skglab , Science, 187, 343 (1975). 4.2.7 Perkins, F.W., and R.G. Robie, Ionospheric Heating bg Radio Waves: Predictions for Arecibo and the Satellite Power Station, J. Geophys. Res., 85 , 1611 (1978). 4.2.8 Radio Science, Special Issue: lonospher ic Modification bg High- Power Transmitters (November 1974). 4.2.9 Raytheon Corporation, Space-Based Solar Power Conversion and Deli verg Systems, III, Microwave Power Transmiss ion Systems, NASA MSFC (March 1977). 4.2.10 Rice University, lonosphere/Microwave Beam Interaction Study, Final Report (September 1977). 4.2.11 Thome, G.D., and F.W. Perkins, Production of Ionospheric Striations by Thermal Seif-Focusing, Phys. Rev. Letters, 52, 1238 (1974).
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