Accueil
Overview of the Page venus-atm
Goal of Earth-based observations in the VEx-VCO/Akatsuki context
- Perform direct measurements not feasible by an orbiter
e. g. provide direct absolute wind measurements
- Obtain simultaneous measurements over several levels in Venus' upper atmosphere
- Obtain cross-validation of different measurement techniques
- Extended spatial (both hemispheres) and temporal scales
- Constrain modeling of the mesosphere, e.g. validity domain of cyclostrophic approximation
Map
Googlemap:
$wgGoogleMapsKey = "ABQIAAAAlPAF_RpXQsb-9OA4bmfhuBROdUV6dnkNQ2wycpqjH1x_Q4S5MRRZCrmYQpMvvMzZ3_8K13uVJi0KhQ";
require_once( "$IP/extensions/GoogleMaps/GoogleMaps.php" );
Instrumentation and Techniques
Explanation of the table, contenu et but
Link on the table: Instrumentation and Techniques
Observations and Operation Planning
Link on the table: Observations and Operation Planning
In-orbit observations
Venus Express
File:Venus Express in orbit.jpg⎮200px⎮thumb⎮left⎮ESA's Venus Express
Instruments
- Analyser of Space Plasma and Energetic Atoms (ASPERA)
- Venus Express Magnetometer (MAG)
- Planetary Fourier Spectrometer (PFS)
- Ultraviolet and Infrared Atmospheric Spectrometer (SPICAV/SOIR)
- Venus Radio Science Experiment (VeRa)
- Ultraviolet/Visible/Near-Infrared mapping spectrometer (VIRTIS)
- Venus Monitoring Camera (VMC)
Akatsuki
The Project
A short presentation of the project?
The project, a link to JAXA: JAXA
The Instrument and Techniques
- IR1
1.01um cloud (day-night), surface (nightside)
- IR2
1.73, 2.26, 2.32 (near-IR) 2.02 (CO2), 1.65um
- UVI 283, 365 nm
SO2 - UV absorber (dayside)
- LIR
10 um cloud top (day/nightside)
- LAC
777, 551, 553, 558, 630 nm O2/O airglow (night) lightning (night)
