Taiwan / Germany / Italy / France / Japan / United States / Brazil / Canada / Australia / United Kingdom / Spain / India / /
Event
Environmental Issue / /
Facility
Communication Research Laboratory / /
IndustryTerm
satellite carries / satellite program / satellite height / climate systems / high-output solid-state power amplifier / passive-type observation equipment / rainfall estimation algorithms / microwave observation equipment / rain retrieval algorithm / satellite constellation / ground data processing system / operational applications / satellite-borne precipitation radar / rainfall rate estimation algorithms / cloud systems / satellite meteorology / low-orbit satellite systems / satellite / satellite data / satellite precipitation measurement / precipitation systems / dual-frequency radar algorithm / satellite altitude / dual-frequency algorithm / low-pressure systems / low-orbiting satellite / observation equipment / radiometer algorithm / satellite precipitation measurements / water resource management / on developing a high-output solid-state power amplifier / /
Organization
office of Satellite Technology / National Space Development Agency of Japan / Applications Satellite Program and Planning Department / Global Precipitation Mission / Tropical Rainfall Measuring Mission / National Aeronautics and Space Administration / /
Person
Eric A. Smith / /
Position
Vice-President / D. Leader / Precipitation Radar Group / Engineer / Research / D. U.S. Project Scientist / /
2-3 Global Precipitation Measurement program and the development of dualfrequency precipitation radar IGUCHI Toshio, OKI Riko, Eric A. Smith, and FURUHAMA Yoji The Global Precipitation Measurement program is a mission to