Bi Hall / Moscow Aviation Institute / Princeton University / Aerospace Engineering Department Princeton University / University of Stuttgart / NASA-Johnson Space Center / NASA-Glenn Research Center / /
IndustryTerm
propellant gas / inert gas systems / potential applications / ion engine technology / technology drivers / genetic algorithm / nuclear thermal systems / chemical thrusters / near-term technology assessment / electric propulsion devices / low energy missions / high-energy planetary missions / discharge energy / propulsion systems / force accelerator technology / gas-fed magnetoplasmadynamic thrusters / technology development / near-future nuclear power systems / plasma propulsion device / power processing / compact device / low-ionization energy propellant / space nuclear systems / inert gas propellants / minimum energy trajectory / chemical thruster / technology readiness assessment / non-recoverable energy / nuclear space systems / directed kinetic energy / /
NaturalFeature
±1 mT / /
Organization
Research Center / University of Stuttgart / Japanese Space Flyer Unit / Moscow Aviation Institute / US Federal Reserve / Two-Phase Mars Mission / Princeton University / National Aeronautics and Space Administration / Mars mission / /
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