Optical Remote Sensing of the Atmosphere: February 10-14, 1997, Hilton Hotel, Santa Fe, New Mexico |
Contents
Remote Sensing of the Earths Atmosphere I | 9 |
I | 253 |
POSTDEADLINE PAPERS | 257 |
Copyright | |
2 other sections not shown
Common terms and phrases
absorption AERI aerosol airborne aircraft altitude analysis angle atmospheric backscatter bands beam boundary layer brightness temperatures calculations cirrus cloud cm¹ coefficient continuum cooling rates density detection detector developed DIAL DIAL measurements diode distribution Doppler lidar error etalon extinction Figure filter flux frequency fringe imager FTIR function gases global ground-based high spectral resolution HITRAN infrared instrument Interferometer Knuteson Laboratory laser laser diode lidar lidar measurements lidar signal lidar system MESA BALLROOM A/B microphysical microwindows Mie theory mixing ratio MODTRAN monitoring MOPITT NASA Nd:YAG noise observations operation optical depth ozone parameters particle performed photon polarization ppbv properties pulse radar radiance radiation radiative transfer radiosonde radius Raman lidar range region remote sensing Research satellite scan sensors simulation solar Space Flight Center spatial spectrometer spectrum stratospheric surface technique Technology temperature and water tropospheric tropospheric ozone vertical profiles water vapor wavelength wavenumber wind