Meteorological uses of the stereographic horizon map projection
Algorithm for converting polar stereographic projection to stereographic horizon projection
Engineering topics
Publications and source records attributed to Bandeen, W. R..
Algorithm for converting polar stereographic projection to stereographic horizon projection
Earth atmosphere radiation fields analysis from Nimbus 3 five-channel scanning radiometer measurements, determining mean planetary albedo and temperature
Earth radiation balance /net flux/ determination from satellite measurements of long wave radiance and reflected solar radiation in upper atmosphere
Reflection patterns of solar radiation from cloud, water and land surfaces measured by airbone radiometer, observing anisotropy
Bidirectional reflectance of earth atmosphere and cloud formation above equatorial Pacific observed by synchronous satellite as function of angular dependence
Thirteen different types of radiometric instruments either were flown in orbit or are scheduled to fly on forthcoming satellites. A fourteenth type, a very high resolution radiometer for geosynchronous altitude, is among several of the others whose development was stressed for the Global Atmospheric Research Program. Characteristics of each radiometric instrument and some applications of the different types of data are discussed.
Radiometers for remote atmospheric probing in infrared from satellites
Zenith and azimuthal angles of measurement dependence on reflection properties of earth atmosphere determined from synchronous satellite data
Tropospheric water vapor analysis via Tiros IV SATELLITE, determining spatial and temporal temperature, humidity and mass variations
Radiation data measured by Tiros IV satellite for determination of global distribution of atmospheric water vapor
Methods used to infer atmospheric water vapor content from Tiros satellite measurements in absorption band of water vapor
Nimbus II AVCS, APT, HRIR and MRIR sensory data analysis
Global satellite measurements of thermal radiation from tropospheric water vapor
Nimbus II observation in visible and infrared regions to predict development of storms and frontal systems
Radiation data measured by Tiros IV satellite for determination of global distribution of atmospheric water vapor
Stratospheric temperature patterns based on radiometric measurements from Tiros VII SATELLITE
Polarization characteristics of solar radio emission at 74 Mc/s during September 1963 noise storm
Nimbus I meteorological satellite high resolution infrared radiometer data acquisition - photofacsimile film strips