Final Report (Appendix) - Cover Page.psd - interplanetary expeditions

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147. Wänke, H., Brückner, J., Dreibus, G., Reider, R. and Ryabchikov, I., “Chemical Composition of
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148. Weaver, David B. and Duke, Michael B., “Mars Exploration Strategies : A Reference Program and
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150. Weaver, William L., “Mars Surface-to-Orbit Vehicles for Sample Return Missions”, Journal of
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152. Wickman, John H. and James, E., “Gelled Liquid Oxygen/Metal Powder Monopropellants”, AIAA 92-
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153. Wickman, John H., “Design of a LOX/Aluminum Lunar Propellant Rocket Engine”, AIAA 94-2842,
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154. Wickman, J. H., “In-Situ Mars Rocket and Jet Engines Burning Carbon Dioxide”, AIAA-99-2409
155. Williams, J. D., Coons, S. C. and Bruckner, A. P., “Design of a Water Vapor Adsorption Reactor for
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156. Whitehead, J. C. and Guernsey, C. S., “Mars Ascent Propulsion on a Minimum Scale”, unpublished,
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157. Whitehead, J. C., “Mars Ascent Propulsion Options for Small Sample Return Vehicles”, AIAA 97-
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160. Yuasa, S. and Isoda, H., “Ignition and Combustion of Metals in a Carbon Dioxide Stream”, 22 nd
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161. Yuasa, S. and Isoda, H., “Carbon Dioxide Breathing Propulsion for a Mars Airplane”, AIAA-89-2863
162. Yuasa, S. and Isoda, H., “Ignition and Combustion of Small Boron Lumps in an Oxygen Stream”,
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