Overview on Ggos JWG3 -Improved Understanding of Space Weather Events and Their Monitoring
No abstract provided
Zucca, P.↗
Engineering topics
Mannucci, A.J.
Publications and source records attributed to Mannucci, A.J..
Solar/Interplanetary Effects and Possible Consequences for Atmospheric Vorticity
UNKNOWN
Gonzalez, W.D.↗
Solar/Interplanetary Effects and Possible Consequences for Atmospheric Vorticity
UNKNOWN
Gonzalez, W.D.↗
Small spacecraft constellation concept for Mars atmospheric radio occultations
UNKNOWN
Williamson, W.↗
Insights from Ionospheric Forecasts with Physics-Based Models: TEC and Energy Budget
No abstract available
Meng, X.↗
The Value of GNSS Radio Occultation Observations and the Optimal Implementation of GNSS Missions
No abstract available
Mannucci, A.J.↗
Boundary Layer Remote Sensing with Combined Active and Passive Techniques: GPS Radio Occultation and High-Resolution Stereo Imaging (WindCam) Small Satellite Concept
Objective: significant progress in understanding low-cloud boundary layer processes. This is the Single largest uncertainty in climate projections. Radio occultation has unique features suited to boundary layer remote sensing (1) Cloud penetrating (2) Very high vertical resolution (approximately 50m-100m) (3) Sensitivity to thermodynamic variables
stereo camera↗