Difference between revisions of "November 26, 2014"
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=Nicholas Times Two= | =Nicholas Times Two= | ||
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− | <em>left image by [mailto:ma.rodriguez.1950@ono.com Manolo Rodríguez], El Pedroso, Seville, Spain; and right image by [ | + | <em>left image by [mailto:ma.rodriguez.1950@ono.com Manolo Rodríguez], El Pedroso, Seville, Spain; and right image by [mailto:luccat@sfr.fr Luc Cathala], France </em><br /> |
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Copernicus is probably the most frequently imaged lunar feature, and certainly many views of it have appeared in LPOD. Here are different perspectives, one taken with a small backyard commercial telescope and the other with an amateur's custom-made behemoth. And both views are great as images and as geological documents. Manolo's sunset view of Copernicus illustrates radial ridges, crater chains and rays splashes, three different facies of ejecta, as well as the multitude of domes to the west. Luc's image into the interior of Copernicus has such a large scale that you could plan a traverse over the impact melt sheet covering the northwest quadrant, through the hills of debris, to the central peaks, uplifted from 10 km below the surface. Every image, from any scope, at all lightings has stories to tell. You just have to learn to read them.<br /> | Copernicus is probably the most frequently imaged lunar feature, and certainly many views of it have appeared in LPOD. Here are different perspectives, one taken with a small backyard commercial telescope and the other with an amateur's custom-made behemoth. And both views are great as images and as geological documents. Manolo's sunset view of Copernicus illustrates radial ridges, crater chains and rays splashes, three different facies of ejecta, as well as the multitude of domes to the west. Luc's image into the interior of Copernicus has such a large scale that you could plan a traverse over the impact melt sheet covering the northwest quadrant, through the hills of debris, to the central peaks, uplifted from 10 km below the surface. Every image, from any scope, at all lightings has stories to tell. You just have to learn to read them.<br /> | ||
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<strong>Related Links</strong><br /> | <strong>Related Links</strong><br /> | ||
− | <em>[ | + | <em>[[21st Century Atlas of the Moon|21st Century Atlas]]</em> charts 17 & 22.<br /> |
More of Luc's [http://www.astrobin.com/users/CATHALA.Luc.CATLUC/ images]<br /> | More of Luc's [http://www.astrobin.com/users/CATHALA.Luc.CATLUC/ images]<br /> | ||
+ | <p><b>Yesterday's LPOD:</b> [[November 25, 2014|Introducing]] </p> | ||
+ | <p><b>Tomorrow's LPOD:</b> [[November 27, 2014|Knocking the Moon Over]] </p> | ||
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Latest revision as of 08:34, 28 October 2018
Nicholas Times Two
left image by Manolo Rodríguez, El Pedroso, Seville, Spain; and right image by Luc Cathala, France
Copernicus is probably the most frequently imaged lunar feature, and certainly many views of it have appeared in LPOD. Here are different perspectives, one taken with a small backyard commercial telescope and the other with an amateur's custom-made behemoth. And both views are great as images and as geological documents. Manolo's sunset view of Copernicus illustrates radial ridges, crater chains and rays splashes, three different facies of ejecta, as well as the multitude of domes to the west. Luc's image into the interior of Copernicus has such a large scale that you could plan a traverse over the impact melt sheet covering the northwest quadrant, through the hills of debris, to the central peaks, uplifted from 10 km below the surface. Every image, from any scope, at all lightings has stories to tell. You just have to learn to read them.
Chuck Wood
Technical Details
November 16, 2014, 06:47 UT. Celestron C8, ASI 120MM camera, Powermate X2, panorama of three images. Processed with AS2!, Fitswork4 and PS CS6
Related Links
21st Century Atlas charts 17 & 22.
More of Luc's images
Yesterday's LPOD: Introducing
Tomorrow's LPOD: Knocking the Moon Over
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