Add to ORKGA three-dimensional model for the annual and semiannual variations of the thermosphere is presented in which energy and diffusive mass transport associated with the global circulation are considered in a self-consistent form. It is shown that these processes play a major role in the thermosphere dynamics and account for a number of temperature and compositional phenomena
A summary is given of thermospheric density modeling history and standard atmospheres. In particular...
The companion paper by Zou et al. shows that the annual and semiannual variations in the peak F2-la...
In order to illustrate morphological features and variations of temperature in the upper thermosphe...
The semi-annual variation in the thermospheric density is discussed in terms of the spatial and temp...
A model is proposed in which latitudinal variations in composition and temperature are used to inter...
Geomagnetic activity, 27 day variation, and semiannual variation of thermosphere affected by solar a...
Thermospheric temperature, composition and wind measurements from the Dynamics Explorer satellite (D...
The seasonal-latitudinal and the diurnal variations of composition observed by mass spectrometers on...
The temperature-density phase anomaly is discussed on the basis of a quasi-three-dimensional model i...
The models essentially consist of two parts: the basic static models, which give temperature and de...
Model of global circulation induced by solar radiation and auroral heating, for determining semiannu...
Diurnal variation, atmospheric temperature and density, and solar fluxes in thermospher
Numerical studies of a model of the earth's thermosphere are presented. The distribution of thermosp...
International audienceThe coupled thermosphere-ionosphere-plasmasphere model CTIP is used to study t...
Energy and diffusive mass transport associated with the thermospheric circulation are considered in ...
A summary is given of thermospheric density modeling history and standard atmospheres. In particular...
The companion paper by Zou et al. shows that the annual and semiannual variations in the peak F2-la...
In order to illustrate morphological features and variations of temperature in the upper thermosphe...
The semi-annual variation in the thermospheric density is discussed in terms of the spatial and temp...
A model is proposed in which latitudinal variations in composition and temperature are used to inter...
Geomagnetic activity, 27 day variation, and semiannual variation of thermosphere affected by solar a...
Thermospheric temperature, composition and wind measurements from the Dynamics Explorer satellite (D...
The seasonal-latitudinal and the diurnal variations of composition observed by mass spectrometers on...
The temperature-density phase anomaly is discussed on the basis of a quasi-three-dimensional model i...
The models essentially consist of two parts: the basic static models, which give temperature and de...
Model of global circulation induced by solar radiation and auroral heating, for determining semiannu...
Diurnal variation, atmospheric temperature and density, and solar fluxes in thermospher
Numerical studies of a model of the earth's thermosphere are presented. The distribution of thermosp...
International audienceThe coupled thermosphere-ionosphere-plasmasphere model CTIP is used to study t...
Energy and diffusive mass transport associated with the thermospheric circulation are considered in ...
A summary is given of thermospheric density modeling history and standard atmospheres. In particular...
The companion paper by Zou et al. shows that the annual and semiannual variations in the peak F2-la...
In order to illustrate morphological features and variations of temperature in the upper thermosphe...