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Spacecraft propulsion / Rocket propellants / Oxygen / Private spaceflight / Propellant depot / Centaur / In-situ resource utilization / Propellant / Rocket / Space technology / Spaceflight / Transport


Document Date: 2009-09-20 01:47:55


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City

Building Memphis / Huntington Beach / Mojave / Arlington / /

Company

Masten Space Systems Inc. / Propulsion & Cryogenic Technologies / The Boeing Company / DARPA / Capability Jonathan A. Goff1 Masten Space Systems Inc. / /

Continent

Antarctica / /

Country

American Samoa / Guam / Mexico / United States / /

Facility

Ariane V. This depot / American Institute of Aeronautics / Single-Fluid Depot / International Space Station / Pearl Harbor / Jeffrey Marchetta6 The University of Memphis / /

IndustryTerm

space travel / minimal hardware / transportation / electronics section / power generation equipment / client satellite / launch services / isolation gas reservoir / sustainable large-scale travel / propellant depot technology / technology maturation efforts / ambitious transportation architecture proposals45 / orbital rendezvous technology / less developed technologies / transportation logistics problems / liquid acquisition devices / fundamental technologies / vented hydrogen gas / thermal energy / tank pressure allowing slow gas transfer / preliminary ground-systems / interplanetary travel / food / technology readiness / cryogenic applications / flight-demonstration tools / cold gas thermal isolation reservoir / flight-demonstrated thermal control systems / orbital rendezvous technologies / thermal isolation gas reservoir / interplanetary transportation logistics problem / little additional technology demonstration / depot technologies / space systems / industrial applications / technology maturation effort / boiled-off propellant gas / depot applications / vented gas / moderate-pressure boil-off gas / use zero boil-off systems / interplanetary space travel / electronics / industrial and medical applications / passive thermal control systems / depot electronics / pressurant gas / sustainable travel / transfer systems / excess gas / flight vehicle hardware / propellant coupling hardware / space transportation infrastructure / cryocooling technologies / /

NaturalFeature

HLV RLV TRL mT / mT LO / Plateau of Mexico / Mojave / /

Organization

American Institute of Aeronautics and Astronautics Use / DMSP-18 mission / American Institute of Aeronautics and Astronautics / University of Memphis / Memphis / American Institute of Aeronautics / US Federal Reserve / National Aeronautics and Space Administration / F. Kutter2 and Frank Zegler3 United Launch Alliance / American Institute of Aeronautics and Astronautics Liquid Gas Annulus / American Institute of Aeronautics and Astronautics Propulsive / /

Person

Jeffrey Marchetta / /

Position

Manager / Manager / In-Space & Surface Systems / Director / Associate Professor / Mechanical Engineering / Propulsion Engineer / 1570 Sabovich St. Bldg 25 / /

Product

Nova / Satellite / /

ProvinceOrState

Nebraska / Virginia / Tennessee / California / /

PublishedMedium

The Orbital Express / the DARPA Orbital Express / /

Technology

fundamental technologies / orbital rendezvous technology / radiation / orbital rendezvous technologies / propellant depot technology / depot technologies / ESA / heat transfer / key technologies / fluid coupling / Thermal Insulation / less developed technologies / Propellant Depot Technologies / ISP / cooling technologies / high-TRL technologies / /

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