Greetings!
Places to go when finished: {ATMS 360 Atmospheric Instrumentation, ATMS 749 Radiation Transfer}
ATMS 360, 748 Atmospheric Instrumentation
Atmospheric Instrumentation ATMS748_2020 ARM FTIR for Atmospheric T and RH ATMS748_2020 Doppler Lidar for Wind ATMS748_2020 Ice detector ATMS748_2020 KA Band Vertical Looking Radar ATMS748_2020 MODIS Fire Detection Satellite Sensor ATMS748_2020 Radiosonde for RH, T, and winds ATMS748_2020 Raman Lidar For RH, T, and Aerosol ATMS748_2020 Stratospheric Water Vapor Detection Using Fluorescence ATMS748_2020 Sunphotometer at the SGP Air Motions, Anemometry Air Motions by S. Bone, student Air Motions Urban Canyon Wind Energy Aerosol Optics Measurements Atmospheric Chemistry Measurements Atmospheric Science Overview ATMS 360 Overview of Topics Circuit Lab Thermistors Cloud Microphysics Measurements Disdrometer Raindrop Spectrometer Fourier Transform Infrared Measurements FTIR Atmosphere Narayan Adhikari Measurements 25Jan07 NASA A Train Satellite Measurements On road sampling of air toxics Operational Amplifiers Paleoclimate Black Carbon Plasma Physics Radar and Storms Introduction Radar details: dbZ Radiosonde and balloons Sun photometer TMP36 Temperature Sensor Weather April 2008 Weather Balloons by R. Cendejas Weather Models by Z. Tolby
ATMS 749 Atmospheric Radiation Transfer
Presentations by Chapter Overview CH1 Introducton CH2 Properties of Radiation CH3 Electromagnetic Spectrum CH4 Reflection and Refraction CH5 Radiative Properties of Natural Surfaces CH6 Thermal Emission CH7 Atmospheric Transmission CH8 Atmospheric Emission CH9 Absorption by Atmospheric Gases CH11 Radiative Transfer with Scattering CH12 Scattering and Absorption by Particles CH13 Multiple Scattering 2 Stream Model and Applications