Oak Ridge National Laboratory / Ground laboratory / Johnson Space Center / A.V. Arefiev University of Texas / International Space Station / Schwenterly Oak Ridge National Laboratory / S.V. Novakovski University of Maryland / College Park / Oak Ridge facility / T.W. Glover Rice University / Hall Thruster / NASA Lyndon B. Johnson Space Center / NASA Johnson Space Center / / /
IndustryTerm
propellant gas / distinct propulsion technologies / space travel / high-energy orbits / propulsion technologies / long-term space travel / rapid and economical satellite maintenance / energy components / power management / magnetic mirror-like plasma device / mission applications / test site / chemical counterparts / perpendicular energy / propulsion systems / hypersonic neutral gas / nuclear energy / thermal energy / sister device / chemical / present chemical propulsion / gas mixtures / technology development effort proceeds / energy / /
OperatingSystem
Microsoft Vista / /
Organization
US Federal Reserve / National Aeronautics and Space Administration / NASA Johnson Space Center / Rice University / University of Maryland / College Park / S.V. Novakovski University / Johnson Space Center / University of Texas / S.W. Schwenterly Oak Ridge National Laboratory / /
Person
F.W. Baity Jr. / B.N. Breizman / V / S. W. Schwenterly / L. Amador Jr. / R.G. Bussell / Jr. / V / G.C. Barber / / /
ProvinceOrState
Texas / Tennessee / Maryland / New York / /
Technology
Radiation / distinct propulsion technologies / ISP / radio frequency / VASIMR technology / simulation / propulsion technologies / /
Submitted to: International Conference on Electromagnetics in Advanced Applications, Torino, Italy. Sept 13 to 17, 1999. Manuscript completed July[removed]NASA, Johnson Space Center, Houston, TX 77058, USA.