International Space Station / Tohoku Institute of Technology Laser Remote Sensing MIZUTANI Kohei et al. / Tohoku University / /
IndustryTerm
satellite deployment / lidar systems / output power device / observation tool / wind measuring satellite system / gas laser systems / lidar technology / fundamental technologies / energy efficiency / coherent systems / operational observation satellite / operational systems / /
Organization
CRL / Science & Technology Organization / Atmospheric Dynamics Mission / Tohoku Institute of Technology Laser Remote Sensing MIZUTANI Kohei / National Aeronautics and Space Administration / European Space Agency / Earth Observation Committee / Free Flyer Unit / Remote Sensing Society of Japan / Tohoku University / /
Senior Researcher / Lidar Group / D. Executive Director / Director / Basic and Advanced Research Division Laser Remote Sensing ISHII Shoken / Ph / small experimental model with a candidate Tm / D. Researcher / Lidar Group / Researcher / Chief / candidate / /
PublishedMedium
Optics Letters / /
Technology
fundamental technologies / radiation / laser / Remote Sensing / lasers / microwave / ESA / simulation / /
2-4 Space-borne coherent Doppler lidar MIZUTANI Kohei, ITABE Toshikazu, ISHII Shoken, SASANO Masahiko, AOKI Tetsuo, OHNO Yuichi, and ASAI Kazuhiro Global wind profiling with a space-borne Doppler lidar is expected to bri