Skip to main content
edited tags; Post Made Community Wiki
Link
Qmechanic
  • 206.6k
  • 48
  • 566
  • 2.3k
Tweeted twitter.com/#!/StackPhysics/status/526915545166143490
added 55 characters in body; edited tags; edited title
Source Link
Qmechanic
  • 206.6k
  • 48
  • 566
  • 2.3k

mathematical Mathematical approaches to atmospheric refraction

Understanding atmospheric refractionatmospheric refraction, particularly of ultraviolet, and into the blue part of the visible spectrum is of great interest to me. Although, I have a strong background in trigonometry and geometry, I am very much interested in how these are applied in the context mentioned.

Are there any references (books, papers and the like), that are mathematically rigourous, but also have examples of how the mathematics is applied to atmospheric refraction? Are there any other mathematical knowledge that would be required?

mathematical approaches to atmospheric refraction

Understanding atmospheric refraction, particularly of ultraviolet, and into the blue part of the visible spectrum is of great interest to me. Although, I have a strong background in trigonometry and geometry, I am very much interested in how these are applied in the context mentioned.

Are there any references (books, papers and the like), that are mathematically rigourous, but also have examples of how the mathematics is applied to atmospheric refraction? Are there any other mathematical knowledge that would be required?

Mathematical approaches to atmospheric refraction

Understanding atmospheric refraction, particularly of ultraviolet, and into the blue part of the visible spectrum is of great interest to me. Although, I have a strong background in trigonometry and geometry, I am very much interested in how these are applied in the context mentioned.

Are there any references (books, papers and the like), that are mathematically rigourous, but also have examples of how the mathematics is applied to atmospheric refraction? Are there any other mathematical knowledge that would be required?

Source Link
user36538
user36538

mathematical approaches to atmospheric refraction

Understanding atmospheric refraction, particularly of ultraviolet, and into the blue part of the visible spectrum is of great interest to me. Although, I have a strong background in trigonometry and geometry, I am very much interested in how these are applied in the context mentioned.

Are there any references (books, papers and the like), that are mathematically rigourous, but also have examples of how the mathematics is applied to atmospheric refraction? Are there any other mathematical knowledge that would be required?