Matches in DBpedia 2016-04 for { ?s ?p "2MASSJ22282889-431026 is a brown dwarf discovered by The Hubble Space Telescope and The Spitzer Space Telescope in 2013. Through the uses of the Hubble and Spitzer, NASA astronomers were able to develop the most detailed 'weather map' for the brown dwarf utilizing different wavelengths of infrared light to show changing light patterns and different layers of material in the windstorms (the layers were generated because water and methane vapors infrared wavelengths). This observation was the first time that researchers were able to probe such variability at different altitudes of the body. On the outer layers of the star, gases condense into raindrop like particles made up of sand and iron which fall onto the interior. Researchers also determined that the object's temperature ranges from 1,100 to 1,300 degrees Fahrenheit (600 to 700 degrees Celsius)."@en }
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- 2MASSJ22282889-431026 abstract "2MASSJ22282889-431026 is a brown dwarf discovered by The Hubble Space Telescope and The Spitzer Space Telescope in 2013. Through the uses of the Hubble and Spitzer, NASA astronomers were able to develop the most detailed 'weather map' for the brown dwarf utilizing different wavelengths of infrared light to show changing light patterns and different layers of material in the windstorms (the layers were generated because water and methane vapors infrared wavelengths). This observation was the first time that researchers were able to probe such variability at different altitudes of the body. On the outer layers of the star, gases condense into raindrop like particles made up of sand and iron which fall onto the interior. Researchers also determined that the object's temperature ranges from 1,100 to 1,300 degrees Fahrenheit (600 to 700 degrees Celsius).".
- Q22080705 abstract "2MASSJ22282889-431026 is a brown dwarf discovered by The Hubble Space Telescope and The Spitzer Space Telescope in 2013. Through the uses of the Hubble and Spitzer, NASA astronomers were able to develop the most detailed 'weather map' for the brown dwarf utilizing different wavelengths of infrared light to show changing light patterns and different layers of material in the windstorms (the layers were generated because water and methane vapors infrared wavelengths). This observation was the first time that researchers were able to probe such variability at different altitudes of the body. On the outer layers of the star, gases condense into raindrop like particles made up of sand and iron which fall onto the interior. Researchers also determined that the object's temperature ranges from 1,100 to 1,300 degrees Fahrenheit (600 to 700 degrees Celsius).".