Difference between revisions of "January 24, 2009"
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Minsk Miracle Imagers [http://objectstyle.org/astronominsk/Moon/Moon2009/Moon_20090113_Copernicus_color_en.htm website] and larger view of this image.<br /> | Minsk Miracle Imagers [http://objectstyle.org/astronominsk/Moon/Moon2009/Moon_20090113_Copernicus_color_en.htm website] and larger view of this image.<br /> | ||
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Latest revision as of 19:43, 18 August 2018
Compelling Copernican Color
image by Yuri Goryachko, Mikhail Abgarian, Konstantin Morozov, Minsk, Belarus
If you squint your eyes and look at this from a distance it could be a Hubble Space Telescope image of a star-studded nebula. But it's better than that - it's our Moon with bright Copernicus at right-center. This false color image greatly enhances subtle color differences to differentiate soils and rocks of different compositions. The bright blue represents relatively freshly exposed surfaces of the inner walls of young impact craters. Copernicus is rimmed by a pink halo of impact melt rocks. This is an older and more degraded version of the dark impact melt halo surrounding Tycho. The northwest quadrant of the floor of Copernicus is coated by melt, and the halo is also brightest on that side, suggesting that melt was preferentially sent in that direction. Such concentrations of melt are often due to oblique impacts. And if you look at it's rays you will notice that there are somewhat fewer toward the southeast. Copernicus may have been formed by a low angle projectile coming from the southeast. This image repays detailed examination - notice the dark halo craters, the purple hue of Imbrium ejecta southeast of Copernicus, and why is the Copernicus ejecta on the upper left half of the image pink but its not on the opposite half?
Chuck Wood
Technical Details
13th January, 2009 23:30UT. Maksutov-Cassegrain Santel D=230mm F=3000mm + Unibrain Fire-i 702 CCD b/w camera (IEEE-1394, 1388x1040, 10fps, 12bit) + UV (Optec Bessel U, 340-395nm), Astronomik Green, and Astronomik Planet IR Pro (IR-pass 807nm+) filters; Registax & Avistack. LRGB (L=IR, R=IR, G=G, B=UV). Seeing 4/10, Trans 4/5
Related Links
Rükl plate 31
Minsk Miracle Imagers website and larger view of this image.
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