Engineering topics
Publications and source records attributed to Jacchia, L. G..
Developments in upper atmosphere research noting atmospheric density, temperature, diurnal variations, solar and geomagnetic activity effects, etc
Diurnal and seasonal-latitudinal variations in upper atmosphere
Satellite measurement of upper atmospheric density variations due to geomagnetic disturbances, correlating time delay with geographic latitude
Atmospheric trajectory analysis of super-Schmidt photographic meteors, and physical properties of meteors
Shape and location of diurnal bulge in upper atmosphere, analyzing density and temperature distribution at high latitude from satellite drag data
Satellite drag analyses to determine density variations accompanying upper atmosphere heating and geomagnetic perturbations
Shape and location of diurnal bulge in upper atmosphere, analyzing density and temperature distribution at high latitude from satellite drag data
Shape and location of diurnal bulge in upper atmosphere
Atmospheric densities and temperatures from drag analysis of San Marco satellite
Density variations in upper atmosphere at satellite heights
Correlation between solar plasma velocities and exospheric temperatures with respect to geomagnetic indices, using Mariner II data
Upper atmospheric temperature from density measurements and temperature variations with solar and geomagnetic activity
Static diffusion models of upper atmosphere with empirical temperature profiles - atmospheric density and composition tables
Static diffusion models of upper atmosphere with density and composition determined for wide exospheric temperature ranges
Quasi-models for deriving and analyzing atmospheric densities over wide range of exospheric temperatures from satellite drag data
Upper atmosphere heating in auroral zones during geomagnetic perturbations - analysis of atmospheric drag data from injun iii satellite
Explorer ix satellite drag data analysis, observing atmospheric temperature perturbations due to geomagnetic storms
Electromagnetic and corpuscular heating of the upper atmosphere based on data from accelerations of eight satellites