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Options for Affordable Planetary Fission Surface Power Systems

Mike Houts, Steve Gaddis, R. Porter, Melissa VanDyke, Martin Jim, Tom Godfroy, Shannon Bragg‐Sitton, Anne Garber, Boise Pearson

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Abstract

Nuclear fission systems could serve as workhorse power plants for the Vision for Space Exploration. In this context, the workhorse power plant is defined as a system that could provide power anywhere on the surface of the moon or Mars, land on the moon using a Robotic Lunar Exploration Program (RLEP)-developed lander, and would be a viable, affordable option once power requirements exceed that which can be provided by existing energy systems.

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What this paper is about

Nuclear fission systems could serve as workhorse power plants for the Vision for Space Exploration. In this context, the workhorse power plant is defined as a system that could provide power anywhere on the surface of the moon or Mars, land on the moon using a Robotic Lunar Exploration Program (RLEP)-developed lander, and would be a viable, affordable option once power requirements exceed that which can be provided by existing energy systems.

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Available abstract

Nuclear fission systems could serve as workhorse power plants for the Vision for Space Exploration. In this context, the workhorse power plant is defined as a system that could provide power anywhere on the surface of the moon or Mars, land on the moon using a Robotic Lunar Exploration Program (RLEP)-developed lander, and would be a viable, affordable option once power requirements exceed that which can be provided by existing energy systems.

Key concepts: Mars Exploration Program, Context (archaeology), Nuclear power, Mars rover, Astrobiology, Space exploration, Environmental science, Aerospace engineering

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