The Measurement Of Atmospheric Transmittance From Sun And Sky With An Infrared Vertical Sounder
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The Measurement of Atmospheric Transmittance from Sun and Sky with an Infrared Vertical Sounder by William Lee Smith,H. B. Howell Pdf
This paper describes the determination of atmospheric transmittance from ground-based sun and sky radiance measurements with a prototype of the Nimbus E Infrared Temperature Profile Radiometer (ITPR).
Book Catalog of the Library and Information Services Division: Author-title-series indexes by Environmental Science Information Center. Library and Information Services Division Pdf
Book catalog of the Library and Information Services Division by Environmental Science Information Center. Library and Information Services Division Pdf
Book Catalog of the Library and Information Services Division: Subject index by Environmental Science Information Center. Library and Information Services Division Pdf
Calculation of Atmospheric Radiances and Brightness Temperatures by Michael P. Weinreb,Michael L. Hill Pdf
"We describe a method of simulating measurements of atmospheric radiances and brightness temperatures in wide-bank window channels (at 11 and 3.7 um) of satellite radiometers. As input the simulation takes vertical profiles of atmospheric temperature and water-vapor mixing ratio, as well as the spectral response functions of the window channels. It models the atmospheric transmittances and integrates the equation of radiative transfer. We demonstrate the use of the method with applications to the Advanced Very High Resolution Radiometer on the TIROS-N satellite."--p.1.
An Intercomparison of Meteorological Parameters Derived from Radiosonde and Satellite Vertical Temperature Cross Sections by William Lee Smith,H. M. Woolf Pdf
Vertical cross-sections of temperature between 60°S and 50°N for Apr. 6, 1973, are derived from (a) radiosonde, (b) Nimbus-5 Infrared Temperature Profile Radiometer, Nimbus-E Microwave Spectrometer and Selective Chopper Radiometer, and (c) NOAA-2 Vertical Temperature Profile Radiometer (VTPR) data. Comparisons are made of the level temperatures and latitudinal temperature gradients, geopotential heights and the latitudinal gradients, and geostrophic winds inferred from the radiosonde and satellite cross-sections. The results of this limited case study indicate: 1. Temperature accuracies for the lower troposphere obtained with Nimbus-5 sounding data are superior to those achieved with the NOAA-2 VTPR data. 2. The agreement between latitudinal gradients of temperature derived from satellite data and radiosonde observations is much better than the agreement between level temperatures obtained from satellite and radiosonde observations. 3. The geostrophic wind distribution of jet streams derived from satellite data possesses more character and intensity than does the geostrophic wind distribution obtained from radiosonde data.
Geostationary Operational Environmental Satellite/Data Collection System by United States. National Environmental Satellite Service. Office of System Engineering Pdf
The Data Collection System portion of the NOAA Geostationary Operational Environmental Satellite program has the potential and capacity for many and varied uses. The purpose of this report is to describe to potential users the carrier system and its data processing capabilities. User qualifications and requirements for participation in the Data Collection System are also defined.
