Physics
Scientific paper
Jul 2000
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2000came.work..242o&link_type=abstract
Concepts and Approaches for Mars Exploration, p. 242
Physics
Mars Missions, Mission Planning, Propulsion, Interplanetary Spacecraft, Spacecraft Power Supplies, Mars Exploration, Technology Utilization, Fuel Systems
Scientific paper
Exploration of Mars, by robotic means and eventually manned exploration, will require significant levels of reliable, high-density electric power. An electric power system based on fusion energy possesses distinct advantages. If developed successfully fusion energy sources would be characterized by high fuel energy density, low system mass, modest fuel requirements, and the abundance of fuel sources throughout the Solar System. NASA plans a FY01 new program start with a goal of realizing a fully operational fusion space propulsion system within 20 years; a similar time frame as envisioned for the MARS Exploration Initiative. The development milestones for a planetary-based power system and space propulsion system are synergistic extensions of our existing efforts to develop an Earth-based energy source. This paper reviews the scientific and technology base for our design and describes options for the use of this technology on a Mars mission.
Binderbauer M.
O'Toole Joseph A.
Rostoker Norman
Wessel Frank J.
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