NTP and its supporting technologies have great promise in spreading human presence to Mars and other locations beyond low earth orbit. USNC’s optimized decay heat removal strategies will address key needs in NTP development to make it a viable technology to fulfill NASA human exploration needs. Furthermore, USNC will also provide documented work for hydrogen mass estimates for cooldown that will help in mission planning.
USNC and other companies are actively developing advanced, small, Earth-based reactors. USNC’s Earth-based reactors are compact and, like NTP systems, require effective ways to deal with decay heat. The work in this SBIR will further USNC’s Earth-based reactor work and may lead to strategies for dealing with decay heat in compact Earth-based reactors.
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