Wind velocities at 140-200 km altitude were observed by a Low-G Accelerometer Calibration System (LOGACS) flown on an Agena satellite during a geomagnetic storm. An interesting wind reversal observed by the satellite at auroral latitudes is satisfactorily explained by the neutral air motion caused by the E x B drift deduced from the ground-based geomagnetic data recorded at stations near the meridian of the satellite orbit
The connection between solar drivers and the Earth’s magnetosphere, ionosphere, and thermosphere (MI...
Study of the dynamic nature of low-latitude ionosphere during geomagnetically disturbed conditions, ...
In this paper, we use data from the Dynamics Explorer 2 (DE 2) satellite and a theoretical simulatio...
A new thermospheric wind measurement technique is reported which is based on a Satellite Electrostat...
Motion from multiple chemical releases between 200 and 300 km from 15 rockets launched from 4 high l...
Electric field data from two passes of the Injun 5 satellite, one corresponding to magnetically quie...
Seven polar passes of the NASA Dynamics Explorer 2 (DE-2) satellite during October and early Decembe...
International audienceMeasurements of the neutral thermosphere within the postmidnight substorm reco...
Radar observations of ion velocities in the magnetic zenith over Chatanika, Alaska, were used to de...
Results of an experimental and theoretical investigation into the effects of the time dependent neut...
Thermospheric wind circulation excited during magnetic storm shown as effective mechanism for removi...
Current models of the low latitude electric field are largely based on data from incoherent scatter ...
The results of the studies carried out under the grant are described in detail in the following publ...
Three geomagnetic satellite missions currently provide high precision magnetic field measurements ...
Longitudinal variation measurements over magnetic equator, Europe, and North Americ
The connection between solar drivers and the Earth’s magnetosphere, ionosphere, and thermosphere (MI...
Study of the dynamic nature of low-latitude ionosphere during geomagnetically disturbed conditions, ...
In this paper, we use data from the Dynamics Explorer 2 (DE 2) satellite and a theoretical simulatio...
A new thermospheric wind measurement technique is reported which is based on a Satellite Electrostat...
Motion from multiple chemical releases between 200 and 300 km from 15 rockets launched from 4 high l...
Electric field data from two passes of the Injun 5 satellite, one corresponding to magnetically quie...
Seven polar passes of the NASA Dynamics Explorer 2 (DE-2) satellite during October and early Decembe...
International audienceMeasurements of the neutral thermosphere within the postmidnight substorm reco...
Radar observations of ion velocities in the magnetic zenith over Chatanika, Alaska, were used to de...
Results of an experimental and theoretical investigation into the effects of the time dependent neut...
Thermospheric wind circulation excited during magnetic storm shown as effective mechanism for removi...
Current models of the low latitude electric field are largely based on data from incoherent scatter ...
The results of the studies carried out under the grant are described in detail in the following publ...
Three geomagnetic satellite missions currently provide high precision magnetic field measurements ...
Longitudinal variation measurements over magnetic equator, Europe, and North Americ
The connection between solar drivers and the Earth’s magnetosphere, ionosphere, and thermosphere (MI...
Study of the dynamic nature of low-latitude ionosphere during geomagnetically disturbed conditions, ...
In this paper, we use data from the Dynamics Explorer 2 (DE 2) satellite and a theoretical simulatio...