Astronomical refraction: Difference between revisions

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|Display title=astronomical refraction
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|Meaning=#(''Or'' [[atmospheric refraction]].) The difference between the angular positions  of the [[image]] and object of a celestial object that results from [[refraction]] in the earth's  [[atmosphere]].
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|Explanation=Astronomical refraction is greatest near the [[horizon]] where it normally exceeds a solar diameter.  Consequently, we see the image of the sun above the horizon even though the sun itself is below,  and this extends the length of the day measurably at both ends.<br/>  
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#A variety of phenomena that result from the [[refraction]] of celestial [[light]] by the earth's  [[atmosphere]].<br/> It is distinguished from the term [[terrestrial refraction]], which is used when the source is within  our atmosphere.
== astronomical refraction ==
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#<div class="definition"><div class="short_definition">(<br/>''Or'' [[atmospheric refraction]].) The difference between the angular positions  of the [[image]] and object of a celestial object that results from [[refraction]] in the earth's  [[atmosphere]].</div><br/> <div class="paragraph">Astronomical refraction is greatest near the [[horizon]] where it normally exceeds a solar diameter.  Consequently, we see the image of the sun above the horizon even though the sun itself is below,  and this extends the length of the day measurably at both ends.</div><br/> </div>
#<div class="definition"><div class="short_definition">A variety of phenomena that result from the [[refraction]] of celestial [[light]] by the earth's  [[atmosphere]].</div><br/> <div class="paragraph">It is distinguished from the term [[terrestrial refraction]], which is used when the source is within  our atmosphere.</div><br/> </div>
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Latest revision as of 21:36, 13 January 2024

#(Or atmospheric refraction.) The difference between the angular positions of the image and object of a celestial object that results from refraction in the earth's atmosphere.

Astronomical refraction is greatest near the horizon where it normally exceeds a solar diameter. Consequently, we see the image of the sun above the horizon even though the sun itself is below, and this extends the length of the day measurably at both ends.

  1. A variety of phenomena that result from the refraction of celestial light by the earth's atmosphere.
    It is distinguished from the term terrestrial refraction, which is used when the source is within our atmosphere.


  1. A gaseous envelope gravitationally bound to a celestial body (e.g., a planet, its satellite, or a star).
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