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Space station utilization in lunar orbit

Fritz C. Runge

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Abstract

An effective lunar exploration system can be created by flying a modified earth-orbit space station in polar lunar orbit as a remote sensor platform and lander deployment base. Objectives of such a lunar station can be categorized by (1) science, (2) technology and (3) operational experimentation. A plan for orbital investigations and surface exploration is presented. The lunar environment, as well as interactions with the lunar landers, logistics shuttles, and a propellant depot levy unique requirements for the conversion of an earth station to lunar applications. It appears feasible and highly economical to use a modified earth-orbit station for major advances in lunar exploration.

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An effective lunar exploration system can be created by flying a modified earth-orbit space station in polar lunar orbit as a remote sensor platform and lander deployment base. Objectives of such a lunar station can be categorized by (1) science, (2) technology and (3) operational experimentation. A plan for orbital investigations and surface exploration is presented. The lunar environment, as well as interactions with the lunar landers, logistics shuttles, and a propellant depot levy unique requirements for the conversion of an earth station to lunar applications. It appears feasible and highly economical to use a modified earth-orbit station for major advances in lunar exploration.

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Available abstract

An effective lunar exploration system can be created by flying a modified earth-orbit space station in polar lunar orbit as a remote sensor platform and lander deployment base. Objectives of such a lunar station can be categorized by (1) science, (2) technology and (3) operational experimentation. A plan for orbital investigations and surface exploration is presented. The lunar environment, as well as interactions with the lunar landers, logistics shuttles, and a propellant depot levy unique requirements for the conversion of an earth station to lunar applications. It appears feasible and highly economical to use a modified earth-orbit station for major advances in lunar exploration.

Key concepts: Astrobiology, Orbit (dynamics), Space (punctuation), Geosynchronous orbit, Environmental science, Meteorology, Remote sensing, Satellite

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