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High-resolution infrared image of Titan, Saturn's largest moon, showing features interpreted as oceans, glaciers, and rock.  The image was created using speckle interferometry from the Keck 10-meter telescope.  Note the complex surface features hinted at beneath the thick smog.

High-resolution infrared image of Titan, Saturn's largest moon, showing features interpreted as oceans, glaciers, and rock. The image was created using speckle interferometry from the Keck 10-meter telescope. Note the complex surface features hinted at beneath the thick smog.

Astronomy Picture from 04/08/1999

The Surface of Titan

Source: https://apod.nasa.gov/apod/ap990804.html


#Titan #SaturnMoon #KeckTelescope #SpeckleInterferometry #InfraredAstronomy #HydrocarbonSeas #GasolineRain #SpaceExploration #CassiniMission #PlanetaryScience

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High-resolution infrared image of Titan, Saturn's largest moon, showing surface features interpreted as oceans, glaciers, and rock.  The image was captured using adaptive optics, a technique that removes atmospheric blurring.  Note the orange-red hues representing the surface under Titan's thick atmosphere.  Cassini's 2004 arrival will provide more detail on this unique world.

High-resolution infrared image of Titan, Saturn's largest moon, showing surface features interpreted as oceans, glaciers, and rock. The image was captured using adaptive optics, a technique that removes atmospheric blurring. Note the orange-red hues representing the surface under Titan's thick atmosphere. Cassini's 2004 arrival will provide more detail on this unique world.

Astronomy Picture from 20/08/2000

The Surface of Titan

Source: https://apod.nasa.gov/apod/ap000820.html


#Titan #SaturnMoon #HydrocarbonSeas #GasolineRain #AdaptiveOptics #InfraredAstronomy #SpaceExploration #CassiniMission #PlanetaryScience #Astronomy

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