Difference between revisions of "January 25, 2008"

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<em>image by:</em> someone who truly loves his wife and son!<br />
 
<em>image by:</em> someone who truly loves his wife and son!<br />
 
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What do you think every time you see a cloudy sky? Not pleasant thoughts I guess. Another lost opportunity to admire the heavens or to shoot some marvelous Moon close ups with the 18″ Reflector (I wish I had one!). This beautiful [http://www.lpod.org/?p=826" rel="nofollow Moon Corona] proves that even in a cloudy sky, our favorite celestial body can produce marvelous scenes. Since this image is not evaluated and selected by Chuck, allow me not to reveal my name. I don’t want to take credit for choosing myself for LPOD! I can only give you two or three clues for myself: I’m from Greece, I DON’T like garlic and I do love my wife and my son with all my heart! The image is dedicated to my son Panagiotis.<br />
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What do you think every time you see a cloudy sky? Not pleasant thoughts I guess. Another lost opportunity to admire the heavens or to shoot some marvelous Moon close ups with the 18″ Reflector (I wish I had one!). This beautiful [http://www.lpod.org/?p=826 Moon Corona] proves that even in a cloudy sky, our favorite celestial body can produce marvelous scenes. Since this image is not evaluated and selected by Chuck, allow me not to reveal my name. I don’t want to take credit for choosing myself for LPOD! I can only give you two or three clues for myself: I’m from Greece, I DON’T like garlic and I do love my wife and my son with all my heart! The image is dedicated to my son Panagiotis.<br />
 
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And some info about coronas from the [http://en.wikipedia.org/wiki/Corona_%28meteorology%29" rel="nofollow Wikipedia]: A corona is produced by the diffraction of light from either the Sun or the Moon by individual small water droplets (and sometimes tiny ice crystals) of a cloud. The corona consists of small number of concentric colored rings around the celestial object and a central bright aureole. The angular size of the corona depends on the diameters of the cloud droplets - small droplets produce bright coronae. Coronae differ from [/January+18%2C+2008 haloes] in that the latter are formed by refraction from comparatively large rather than small ice crystals.<br />
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And some info about coronas from the [http://en.wikipedia.org/wiki/Corona_%28meteorology%29 Wikipedia]: A corona is produced by the diffraction of light from either the Sun or the Moon by individual small water droplets (and sometimes tiny ice crystals) of a cloud. The corona consists of small number of concentric colored rings around the celestial object and a central bright aureole. The angular size of the corona depends on the diameters of the cloud droplets - small droplets produce bright coronae. Coronae differ from [/January+18%2C+2008 haloes] in that the latter are formed by refraction from comparatively large rather than small ice crystals.<br />
 
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<em>Editor's note: Chuck Wood is on vacation. Today's LPOD has been contributed by a member of the-Moon Wiki. You can [/How+to+Create+an+LPOD+Page do the same] while we await Chuck's return.</em><br />
 
<em>Editor's note: Chuck Wood is on vacation. Today's LPOD has been contributed by a member of the-Moon Wiki. You can [/How+to+Create+an+LPOD+Page do the same] while we await Chuck's return.</em><br />
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<strong>Related Links</strong><br />
 
<strong>Related Links</strong><br />
[http://www.lpod.org/archive/archive/2004/06/LPOD-2004-06-03.htm" rel="nofollow Lunar Ring] [http://www.lpod.org/?p=826" rel="nofollow More Rings Around the Moon]<br />
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[http://www.lpod.org/archive/archive/2004/06/LPOD-2004-06-03.htm Lunar Ring] [http://www.lpod.org/?p=826 More Rings Around the Moon]<br />
 
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<strong>Note: You can leave comments on this LPOD by clicking on the&quot;Discussion&quot; tab above.</strong><br />
 
<strong>Note: You can leave comments on this LPOD by clicking on the&quot;Discussion&quot; tab above.</strong><br />
 
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<em>You can support LPOD when you buy any book from Amazon thru [http://www.lpod.org/?page_id=591" rel="nofollow LPOD!]</em>
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<em>You can support LPOD when you buy any book from Amazon thru [http://www.lpod.org/?page_id=591 LPOD!]</em>
 
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===COMMENTS?===  
 
===COMMENTS?===  
Click on this icon [[image:PostIcon.jpg]] at the upper right to post a comment.
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Revision as of 16:07, 11 January 2015

Sky Painting

MoonCoronaForPanagiotis.jpg
image by: someone who truly loves his wife and son!

What do you think every time you see a cloudy sky? Not pleasant thoughts I guess. Another lost opportunity to admire the heavens or to shoot some marvelous Moon close ups with the 18″ Reflector (I wish I had one!). This beautiful Moon Corona proves that even in a cloudy sky, our favorite celestial body can produce marvelous scenes. Since this image is not evaluated and selected by Chuck, allow me not to reveal my name. I don’t want to take credit for choosing myself for LPOD! I can only give you two or three clues for myself: I’m from Greece, I DON’T like garlic and I do love my wife and my son with all my heart! The image is dedicated to my son Panagiotis.

And some info about coronas from the Wikipedia: A corona is produced by the diffraction of light from either the Sun or the Moon by individual small water droplets (and sometimes tiny ice crystals) of a cloud. The corona consists of small number of concentric colored rings around the celestial object and a central bright aureole. The angular size of the corona depends on the diameters of the cloud droplets - small droplets produce bright coronae. Coronae differ from [/January+18%2C+2008 haloes] in that the latter are formed by refraction from comparatively large rather than small ice crystals.

Editor's note: Chuck Wood is on vacation. Today's LPOD has been contributed by a member of the-Moon Wiki. You can [/How+to+Create+an+LPOD+Page do the same] while we await Chuck's return.

Technical Details

Related Links
Lunar Ring More Rings Around the Moon


Note: You can leave comments on this LPOD by clicking on the"Discussion" tab above.

You can support LPOD when you buy any book from Amazon thru LPOD!


COMMENTS?

Register, and click on the Discussion tab at the top of the page.