University of Tennessee / Jet Propulsion Laboratory / Laboratory of Atmospheric / University of Colorado / Arizona State University / /
Holiday
Pentecost / /
IndustryTerm
low-energy vibrational spectroscopy / higher energy state / geothermal energy / energy balance / hydrothermal systems / active sub-surface hydrothermal systems / visible imaging / preservation media / active hydrothermal systems / candidate site / active systems / chemical potential / waste products / energy states / valley networks / chemical disequilibrium / moderate-energy electronic spectroscopy / energy / /
MusicGroup
IR / Mustard / Sunshine / /
NaturalFeature
Yellowstone / /
Organization
Jet Propulsion Laboratory / Laboratory of Atmospheric / Arizona State University / ODYSSEY MISSION / University of Colorado / Boulder / MITI / National Aeronautics and Space Administration / University of Tennessee / Knoxville / Department of Geological Sciences / /
Person
Carr / Des Marais / HARRY Y. MCSWEEN / JR. / Walter Marais / Malin / /
THE THERMAL EMISSION IMAGING SYSTEM (THEMIS) FOR THE MARS 2001 ODYSSEY MISSION PHILIP R. CHRISTENSEN1∗ , BRUCE M. JAKOSKY2 , HUGH H. KIEFFER3 , MICHAEL C. MALIN4 , HARRY Y. MCSWEEN, JR.5 , KENNETH NEALSON6 , GREG L. ME