NASA’s Ames Research Center / American Institute of Aeronautics / Space Station / International Space Station / NASA Johnson Space Center / Baylor University / /
IndustryTerm
life support mechanical systems / breathable-gas ventilation loop fan / post filtration brine solution / stock solution / mini-sublimator hardware / gas flow / minisublimator test hardware / brine solution / life support systems / potential solution / avionic systems / filtration systems / non-desirable feed water solution / possible solutions / feed stock solution / Mechanical systems / exit brine solution / feed solution / aqueous solution / water systems / exit solutions / certain specialized applications / low energy cost / water/gas separator / space suit life support systems development / terrestrial filtration systems / brine solutions / water filtration systems / electrostatic energy barrier / chemical composition / foul gas traps / exit solution hardware / aluminum corrosion products / gas trap cover / feed stock solutions / mechanical filtration systems / steel / /
Organization
Thermal Systems Division / Baylor University / Extravehicular Mobility Unit / ARC / American Institute of Aeronautics / Water Processing Assembly / ISS TOC / National Aeronautics and Space Administration / NASA’s Marshall Space Flight Center / European monetary union / ISS EMU / Johnson Space Center / /
Person
Marshall Space / EVA FPS FPU ISS LCVG / Brandon W. Taylor / Crew / /
Use of Aquaporins to Achieve Needed Water Purity on the International Space Station for the Extravehicular Mobility Unit Space Suit System Terry R. Hill 1 and Brandon W. Taylor 2 NASA Johnson Space Center, Houston, TX, 7