NASA Earth Observatory / NASA Langley Research Center / Module Power Station of Directly Solar Pumped Iodine Laser / /
IndustryTerm
plasma devices / materials technology / reduced energy consumption using laser ablation results / beam power transmission technology / photon energy / wireless power transmission technology / paint flakes / pulse energy / on-orbit satellite fragmentations / optics technologies / laser beam energy / news media captures / energy / wireless power transmission / power satellite / metal foil / laser energy requirements / protective thin-metal film work / kinetic energy / higher pulse energy / less energy / km/s using laser pulse energy / solar energy / laser satellite / lower laser pulse energy / space applications / surface degradation products / Laser pulse energy / laser energy / /
MusicGroup
Express / Power / /
Organization
Cambridge University / National Science Foundation / United Nations / National Aeronautics and Space Administration / United Nations Committee on the Peaceful Uses of Outer Space / NASA Orbital Debris Program Office / /
Person
B. K. Deka / W. E. Meador / Richard S. Pappa / J. L. Foster / Jr. / S. H. Choi / M. D. Williams / J. H. Lee / E. J. Conway / Sang H. Choi / /
Position
http /
ProvinceOrState
Virginia / Massachusetts / /
PublishedMedium
Journal of Physics /
Technology
materials technology / microwave / ESA / steering optics technologies / laser system / related technologies / Laser / lasers / condensation / beam power transmission technology / wireless power transmission technology / recombination / /
Assessment Study of Small Space Debris Removal by Laser Satellites Sang H. Choi and Richard S. Pappa NASA Langley Research Center Hampton, VA[removed]Abstract