Mars Space Ltd / SMS14 LP / C. R. Koppel11 KopooS Consulting Ind. / P. Rangsten10 NanoSpace AB / /
Country
Sweden / France / United States / / /
Event
FDA Phase / /
Facility
George Washington University / The George Washington University / University of Tokyo / Ohio State University / J. Kurzyna2 Institute of Plasma Physics / /
IndustryTerm
heat capacity discharge energy / gas molecules / gas valve cycling / chemical and thermal stability / volumetric dispensing device / gas molecules residence time / propulsion systems / injection systems / power processing / gas valve design / multi-burst capacitor bank / possible applications / chemical inertness / main discharge energy / spark ablation solution / propellant filled silicon chip / energy / low chemical stability / capacitor bank discharge / large capacitor bank / energy coupling / nominal shot energy / gas valve / capacitor bank / space systems / prime candidate technology / target energy / required spark gap discharge energy / low-power electronics / capacitor bank voltage measurement / electronics / chemical stability / main capacitor bank / liquid-to-gas / manufacturing / Low thrust propulsion systems / micro electronic manufacturing processes / space applications / gas valves / propulsion sub-systems / capacitor bank size / lightweight micro-propulsion systems / /
Organization
The George Washington University / Washington / University of Tokyo / US Federal Reserve / Ohio State University / Division of Magnetized Plasmas / Department of Defense / J. Kurzyna2 Institute of Plasma Physics and Laser Microfusion / /
Person
Scharlemann / Ana / /
Position
Chief consulting engineer / Project manager / Chief executive officer / Head / Vice president engineering / Research associate / Development engineer / Electronic system design engineer / manager / ricardo.martin@jmpingenieros.es / /