The main goal of this thesis is to analyse the diurnal airglow which appears in the Earth's thermosphere, and more specifically the atomic oxygen emissions (green line at 557.7 nm and red line at 630.0 nm). This study involves a statistical analysis of the measurements of the WINDII interferometer, which allows to quantify the influence of the solar flux and magnetic activity on this airglow.It appears that the intensity and altitude of both emissions increase quasi-linearly with solar flux. It is also shown that when magnetic activity increases, the intensity of the 557.7 nm thermospheric peak decreases, and the red line intensity is almost constant. This study also allowed to reproduce qualitatively and quantitatively those statistical re...
Le rayonnement atmosphérique appelé nightglow est un phénomène se produisant à haute altitude (envir...
327-334In the present paper the latitudinal and diurnal variations of 5577 Å, 6300 Å, 7320 Å and 844...
The green line of atomic oxygen and the Herzberg bands of molecular oxygen as observed from the OGO-...
The main goal of this thesis is to analyse the diurnal airglow which appears in the Earth's thermosp...
L'objectif principal de ce travail de thèse est d'analyser les phénomènes de luminescence diurne qui...
219-228It is now well established that photoelectron impact on atomic oxygen is the dominant source...
International audienceThe one-dimensional fluid/kinetic code TRANSCAR is used to simulate the effect...
178-180The atomic oxygen airglow emission at 8446 Å and 7320 Å occurs at nearly 180 – 220km altitude...
Abstract. A 1-D fluid/kinetic code is used to model WIND Imaging Interferometer measurements of the ...
International audienceA 1-D fluid/kinetic code is used to model WIND Imaging Interferometer measurem...
The nightglow is an atmospheric radiation which occurs at high altitude (around 90 km). It comes fro...
The nightglow is an atmospheric radiation which occurs at high altitude (around 90 km). It comes fro...
A-priori, rapid variations of solar activity that directly impact on the terrestrial environment sho...
The research studied the comparison of the night air temperatures and the atomic oxygen airglow inte...
Space weather is the study of the Solar activity’s impact on Earth’s space environment. This is rele...
Le rayonnement atmosphérique appelé nightglow est un phénomène se produisant à haute altitude (envir...
327-334In the present paper the latitudinal and diurnal variations of 5577 Å, 6300 Å, 7320 Å and 844...
The green line of atomic oxygen and the Herzberg bands of molecular oxygen as observed from the OGO-...
The main goal of this thesis is to analyse the diurnal airglow which appears in the Earth's thermosp...
L'objectif principal de ce travail de thèse est d'analyser les phénomènes de luminescence diurne qui...
219-228It is now well established that photoelectron impact on atomic oxygen is the dominant source...
International audienceThe one-dimensional fluid/kinetic code TRANSCAR is used to simulate the effect...
178-180The atomic oxygen airglow emission at 8446 Å and 7320 Å occurs at nearly 180 – 220km altitude...
Abstract. A 1-D fluid/kinetic code is used to model WIND Imaging Interferometer measurements of the ...
International audienceA 1-D fluid/kinetic code is used to model WIND Imaging Interferometer measurem...
The nightglow is an atmospheric radiation which occurs at high altitude (around 90 km). It comes fro...
The nightglow is an atmospheric radiation which occurs at high altitude (around 90 km). It comes fro...
A-priori, rapid variations of solar activity that directly impact on the terrestrial environment sho...
The research studied the comparison of the night air temperatures and the atomic oxygen airglow inte...
Space weather is the study of the Solar activity’s impact on Earth’s space environment. This is rele...
Le rayonnement atmosphérique appelé nightglow est un phénomène se produisant à haute altitude (envir...
327-334In the present paper the latitudinal and diurnal variations of 5577 Å, 6300 Å, 7320 Å and 844...
The green line of atomic oxygen and the Herzberg bands of molecular oxygen as observed from the OGO-...