Revised static models of the thermosphere and exosphere with empirical temperature profiles
Thermosphere and exosphere static models with empirical thermal profiles, giving temperature, density and composition as function of height
Engineering topics
Publications and source records attributed to Jacchia, L. G..
Thermosphere and exosphere static models with empirical thermal profiles, giving temperature, density and composition as function of height
Semiannual density variation in heterosphere as function of height based on satellite drag and atmospheric models
Revised static models of thermosphere and exosphere with empirical temperature profiles
Representation of heterospheric semiannual variation as density variation with amplitudes as functions of altitude
Atmospheric densities from satellite drag data
Maximum to minimum exospheric temperature ratio determination, concluding solar wind dependence of diurnal variation in thermosphere
Static models of thermosphere and exosphere with temperature profiles
Solar wind dependence of diurnal temperature variation in thermosphere
Upper atmosphere structure and variations including density and composition in lower thermosphere, diurnal variations, variations with solar activity, etc
Upper atmosphere semiannual density variations, using satellite drag analysis
Synoptic diagram of shortcomings in existing atmospheric models from recently available density data for neutral atmosphere region
Semiannual density variation in upper atmosphere from analysis of drag data from six satellites
Atmospheric density diurnal variations derived from satellite drag, noting residuals due to formation of greater He density region
Semiannual density variation in upper atmosphere from 1958 to 1966 based on satellite drag analysis
Developments in upper atmosphere research noting atmospheric density, temperature, diurnal variations, solar and geomagnetic activity effects
Atmospheric density determination from satellite drag, noting effects of magnetic storms, diurnal and semiannual variations, solar activity, etc
Density, temperature, and composition measurements in atmospheric region above 200 km
Upper atmosphere diurnal and seasonal latitudinal variations satellite data, showing diurnal bulge migration with subsolar point, 2 PM bulge peak, etc