IR2 camera

E443484

The IR2 camera is an infrared imaging instrument aboard Japan's Akatsuki Venus orbiter, designed to study the planet's atmosphere and cloud dynamics at longer wavelengths.

Try in SPARQL Jump to: Statements Referenced by

Statements (47)

Predicate Object
instanceOf infrared imaging instrument
scientific instrument
spacecraft camera
alsoKnownAs IR2 NERFINISHED
contributesTo study of Venus meteorology
study of Venus super-rotation
countryOfOperator Japan NERFINISHED
dataType atmospheric temperature maps
cloud-tracking data
infrared images
designedBy Japanese instrument team
environment space environment around Venus
fieldOfStudy infrared planetary remote sensing
planetary atmospheres
hostMissionAlternativeName Venus Climate Orbiter NERFINISHED
hostMissionName PLANET-C NERFINISHED
hostMissionType Venus orbiter
hostSpacecraftAgency JAXA NERFINISHED
launchDate 2010-05-21
launchVehicle H-IIA NERFINISHED
locatedOn Akatsuki Venus Climate Orbiter NERFINISHED
mission Akatsuki mission NERFINISHED
missionType planetary science
mountedOn Akatsuki spacecraft bus NERFINISHED
observingWavelengthRange 2-micrometer region
longer infrared wavelengths
onboardSince Akatsuki launch
operator JAXA NERFINISHED
Japan Aerospace Exploration Agency NERFINISHED
partOf Akatsuki NERFINISHED
platformOrbit Venus orbit
primaryTarget Venus NERFINISHED
purpose observe thermal emission from Venus
study Venus atmosphere
study Venus cloud dynamics
scientificGoal characterize spatial and temporal variations of Venus clouds
investigate vertical structure of Venus atmosphere
understand global circulation of Venus atmosphere
spacecraftRole remote sensing payload
spectralBand infrared
studies Venus cloud morphology
Venus cloud motion
Venus lower atmosphere
Venus middle atmosphere
atmospheric dynamics of Venus
night-side emission from Venus
uses infrared imaging

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

Akatsuki Venus climate orbiter scientificInstrument IR2 camera
subject surface form: Akatsuki