Space Solar Power Review. Vol 8 Nums 1&2 1989

DOE solar cell and array technology to space power, Publication 80-29, 1 May (JPL, Pasadena CA). [15] Anon (1980) Satellite Power System Concept Development and Evaluation Program: statement of findings, DOE/ER-0085, November (US Department of Energy). [16] Anon Ibid, (1980) System Definition Technical Assessment Report, DOE/ER- 10035-03, December (US Department of Energy). [17] Corson, D.R. (1981) Electric Power from Orbit: a critique of a satellite power system (Washington, DC, National Research Council, National Academy Press). [18] Layton, J.P. (1981) Projected Space Technologies, Missions, and Capabilities in the 2000-2020 Time Period, 14 January (AIAA, Washington, DC). [19] Brown, W.C. (1981) The solar power satellite as a source of baseload electrical power, IEEE, Paper No. 81-WM-155-1, 1-6 February. [20] Koomanoff, F. (1981) A Bibliography for the Satellite Power System (SPS) Concept Development and Evaluation Program, DOE/ER-0098, April (US Department of Energy). [21] Anon (1981) Solar Power Satellites, August (US Congress, Office of Technology Assessment). [22] Powell, J.R., Botts, T.E. & Hertzberg, A. (1981) Applications of power beaming from space-based nuclear power stations, 16th Intersociety Energy Conversion and Engineering Conference (IECEC), 9-14 August. [23] Bennett, G.L., Lombardo, J.J. & Rock, B.J. (1981) Development and use of nuclear power sources for space applications, Journal of Astr. Science, 19, October-December, pp. 321-342. [24] Grey, J., Layton, J.P. & Schwenk, F.C. (1982) High-temperature Compact Nuclear Fission Reactors—A Survey, Report No. 82-001, September (Princeton Jet., NJ, Techno-Systems Analysis Corp). [25] Carroll, W.F. (Ed.) (1983) Research on the Use of Space Resources, Publication 83-36, 1 March (Jet Propulsion Laboratory, Pasadena, CA). [26] Roberts, L. (1983) Reactors in orbit, Science, 83 (December), pp. 46-50. [27] Buden, D. & Sullivan, J.A. (1984) Nuclear Reactors: powering our space future, Environment, Jan/Feb, pp. 6-13, pp. 36-38. [28] Koriki, K. et al. (1984) Proceedings of the 3rd ISAS Space Energy Symposium, Institute of Space and Astronautical Sciences, Tokyo, Japan, 1 March. [29] Angelo, J.A. & Buden, D. (1985) Space Nuclear Power (Malabar, FL, Orbit Book Co.). [30] Buden, D. & Angelo, J.A. (1985) Opening up the Future in Space with Nuclear Power, Transactions, 2nd Symposium on Space Nuclear Power Systems, Albuquerque, NM, 14-16 January. [31] Weldon, F. (1985) Pulsed power packs a punch, IEEE Spectrum, March, pp. 59-66. [32] SoviE, R.J. (1986) Results of MMWe Systems Studies to Date, 27 June (Butte, Montana, Strategic Defense Initiative Office (SDIO)). [33] Barthelemy, R.R., Massie, L.D. & Borger, W.U. (1986) Military space power systems technology for the 21st century, 21st IECEC, Paper No. 869320, 25-29 August, pp. 1401-1404. [34] Van Landingham, E.E. (1986) The NASA space power program, Ibid, Paper No. 869319, pp. 1405-1410. [35] Wiley, R.L. et al. (1986) Space Reactor Power 1986: a year of choices and transition, Ibid, Paper No. 869320, pp. 1411-1415.

RkJQdWJsaXNoZXIy MTU5NjU0Mg==