Opal is a CubeSat mission which will measure the neutral temperature of the lower thermosphere (90-140km). It will do this by studying the O2 atmospheric band (A-band), a photoemission of excited molecular oxygen. One of the goals of OPAL is to detect and measure gravity waves traveling up through the region from storms below. In order to do this, it is important to understand the effects of gravity waves on the emission. This paper will describe efforts made to model the atmosphere for preflight mission simulation
The mesosphere is the region of the atmosphere between 50km to 100km, where both dynamical and photo...
International audienceWe present the occurrence of waves patterns on the southern polar region of Ma...
A novel small satellite payload for atmospheric research has been developed to study the temperature...
Understanding the Earth’s lower thermosphere is of high interest to the space science community beca...
The Optical Profiling of the Atmospheric Limb (OPAL) mission is funded by NSF to gather global therm...
Knowing what goes on in the upper atmosphere (∼80-140 km) is very important to the space science com...
The Optical Profiling of the Atmospheric Limb (OPAL) mission is a CubeSat project with aims to measu...
Understanding the Earth’s lower thermosphere (altitude range 9 km -140km) is of growing interest fo...
The Optical Profiling of the Atmospheric Limb (OPAL) mission is a CubeSat (NSF) project with aims to...
The Earth’s lower thermosphere is an important interface region between the neutral atmosphere and t...
To investigate the influence of atmospheric waves in the mesosphere, a new Swedish satellite MATS (M...
The Atmospheric Waves Experiment (AWE) is the first dedicated NASA mission to investigate global gra...
The atmospheric temperature reflects the thermal balance of the atmosphere and is a valuable indicat...
Gravity waves (GWs) are internal atmospheric waves that exist on all planetary atmospheres and play ...
We use gravity wave parameters derived from the ALOHA-93 campaign to model four gravity waves in air...
The mesosphere is the region of the atmosphere between 50km to 100km, where both dynamical and photo...
International audienceWe present the occurrence of waves patterns on the southern polar region of Ma...
A novel small satellite payload for atmospheric research has been developed to study the temperature...
Understanding the Earth’s lower thermosphere is of high interest to the space science community beca...
The Optical Profiling of the Atmospheric Limb (OPAL) mission is funded by NSF to gather global therm...
Knowing what goes on in the upper atmosphere (∼80-140 km) is very important to the space science com...
The Optical Profiling of the Atmospheric Limb (OPAL) mission is a CubeSat project with aims to measu...
Understanding the Earth’s lower thermosphere (altitude range 9 km -140km) is of growing interest fo...
The Optical Profiling of the Atmospheric Limb (OPAL) mission is a CubeSat (NSF) project with aims to...
The Earth’s lower thermosphere is an important interface region between the neutral atmosphere and t...
To investigate the influence of atmospheric waves in the mesosphere, a new Swedish satellite MATS (M...
The Atmospheric Waves Experiment (AWE) is the first dedicated NASA mission to investigate global gra...
The atmospheric temperature reflects the thermal balance of the atmosphere and is a valuable indicat...
Gravity waves (GWs) are internal atmospheric waves that exist on all planetary atmospheres and play ...
We use gravity wave parameters derived from the ALOHA-93 campaign to model four gravity waves in air...
The mesosphere is the region of the atmosphere between 50km to 100km, where both dynamical and photo...
International audienceWe present the occurrence of waves patterns on the southern polar region of Ma...
A novel small satellite payload for atmospheric research has been developed to study the temperature...