Talk:Abbe number: Difference between revisions
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If the Abbe number describes the properties of a material, then it seems like it is possible to calculate the refractive index at any wavelength based on the Abbe number. Right? And if yes, how?--TeakHoken[[Special:Contributions/193.187.211.118|193.187.211.118]] ([[User talk:193.187.211.118|talk]]) 11:22, 1 August 2008 (UTC) |
If the Abbe number describes the properties of a material, then it seems like it is possible to calculate the refractive index at any wavelength based on the Abbe number. Right? And if yes, how?--TeakHoken[[Special:Contributions/193.187.211.118|193.187.211.118]] ([[User talk:193.187.211.118|talk]]) 11:22, 1 August 2008 (UTC) |
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Abbe number is best indicated by the greek letter ν (ni). The letter V is acceptable, though, and is indeed commonly used on lens catalogues, but somebody ought to clarify this within the article |
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Revision as of 11:26, 4 March 2009
On the Cadmium page, http://en.wikipedia.org/wiki/Cadmium, in the "Applications" section, bullet (7) states that there is "no such thing as cadmium blue, green or violet". The Abbe Number article refers to "blue and red cadmium lines". What does this mean?
The article ought to specify whether lower or higher values are better if you want to avoid chromatic aberration. --Jsnow 00:54, 16 June 2007 (UTC)
If the Abbe number describes the properties of a material, then it seems like it is possible to calculate the refractive index at any wavelength based on the Abbe number. Right? And if yes, how?--TeakHoken193.187.211.118 (talk) 11:22, 1 August 2008 (UTC)
Abbe number is best indicated by the greek letter ν (ni). The letter V is acceptable, though, and is indeed commonly used on lens catalogues, but somebody ought to clarify this within the article