Solar and Lunar exposure tables information

In summary, the conversation discusses various links that may be useful for astrophoto buffs, including exposure tables for solar and lunar photography, image size charts, and guides for building or modifying scopes. The conversation also mentions a well-known program that is supposed to provide Newtonian parameters, but is often inaccurate. The person expressing gratitude for the links suggests they will be helpful for beginners in astrophotography.
  • #1
Labguy
Science Advisor
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I don't remember if I have ever posted these here before, but if I did it was a very long time ago. Some of these are worth keeping for you astrophoto buffs out there and I have found the exposure tables to be spot-on. For f/ratios not listed, it is easy to see where to start for bracketing.

For solar exposures, non-eclipse:
http://www.users.qwest.net/~sherrodstephen/SolarEx.htm

For lunar exposures:
http://www.users.qwest.net/~sherrodstephen/moon2.htm

For image size on film, CCD, anything:
http://www.users.qwest.net/~sherrodstephen/Image%20Size.htm

For use with the popular nebular filters:
http://www.users.qwest.net/~sherrodstephen/knisley.htm

And the next two are for the "Newtonian guys" who might want to build a scope or make changes to a commercial scope if needed:
http://www.users.qwest.net/~sherrodstephen/diagonal.htm
http://www.users.qwest.net/~sherrodstephen/secondary_offset.htm

There is one well-known program on the internet named "Scope Design" (or something similar) that is supposed to give all Newtonian parameters for tube length, diagonal size, mirror placement, focuser height, etc., etc. but I have entered the info it requires many times and it is just plain wrong!

Hope the links I listed are useful to at least some of you, especially beginners. This centerline photo of an annular eclipse was taken using the solar exposure table with no bracketing needed.

Annular3.jpg
 
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  • #2
Thanks for sharing these links! They look really useful, especially for those of us who are just getting started in astrophotography. I haven't had much luck with the Scope Design program either, so I'll definitely be giving your links a try. Thanks again!
 

FAQ: Solar and Lunar exposure tables information

What are solar and lunar exposure tables?

Solar and lunar exposure tables are tools used by scientists and astronomers to predict the position of the sun and moon in the sky at a specific location and time. These tables provide information on the altitude, azimuth, and rise and set times of the sun and moon.

How are solar and lunar exposure tables used?

Scientists use solar and lunar exposure tables to plan observations, predict eclipses, and study the motion and behavior of the sun and moon. They are also useful for outdoor enthusiasts, such as hikers and photographers, to plan activities around the position of the sun and moon.

What information is included in solar and lunar exposure tables?

Solar and lunar exposure tables typically include the date, time, and location for which the information is being calculated. They also provide data on the position of the sun and moon in the sky, such as altitude (height above the horizon), azimuth (direction), and rise and set times.

How accurate are solar and lunar exposure tables?

The accuracy of solar and lunar exposure tables depends on the source and the method used to calculate the data. Generally, they are accurate to within a few minutes for rise and set times, and a few degrees for altitude and azimuth. However, factors such as weather conditions and atmospheric refraction can affect the accuracy.

Are there different types of solar and lunar exposure tables?

Yes, there are different types of solar and lunar exposure tables, depending on the specific information needed. Some tables may focus on the sun or moon individually, while others may provide data for both. There are also tables that are specific to certain locations or regions, as the position of the sun and moon varies based on latitude and longitude.

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