摘要: The two-micron wavelength is suitable for monitoring atmospheric water vapor and carbon dioxide, the two most dominant greenhouse gases. Recent advances in 2-micron laser technology paved the way for constructing state-of-the-art ... 展开
作者 | Singh, U. N. Refaat, T. F. Petros, M. Yu, J. | ||
---|---|---|---|
原报告号 | N160006418 | 总页数 | 4 |
主办者 | National Aeronautics and Space Administration | ||
报告分类号 | [ 55C - Meteorological Data Collection, Analysis, &, Weather Forecasting, 45 - Communication, 48 - Natural Resources &, Earth Sciences] | ||
报告类别/文献类型 | DE / NTIS科技报告 | ||
关键词 | Pulse radar Differential absorption lidar Optical radar Remote sensing Carbon dioxide concentration Airborne equipment Spaceborne lasers European space programs Laser applications Greenhouse effect Atmospheric moisture Water vapor Transmitters Weighting functions Mission planning Nasa space programs |