Scientific Astrophotography

1. An Introduction to Scientific Astrophotography
Gerald R. Hubbell

2. The “Perfect AIS”
Gerald R. Hubbell

3. The Astrograph: The Imaging Telescope
Gerald R. Hubbell

4. CCD Chip Performance, CCD Camera Basics, and Image Scaling Factors
Gerald R. Hubbell

5. Telescope Mount Factors
Gerald R. Hubbell

6. Imaging Filters and Auxiliary Optical/Mechanical/Electrical Components
Gerald R. Hubbell

7. Astrograph and CCD Camera Combinations
Gerald R. Hubbell

8. Environmental and External Factors
Gerald R. Hubbell

9. The Practical AIS: The Sum Is Greater Than the Parts
Gerald R. Hubbell

10. Planning and Executing the AIS Data Acquisition Process
Gerald R. Hubbell

11. Image Acquisition and Calibration
Gerald R. Hubbell

12. Field Practical Exercises: Putting It All into Practice
Gerald R. Hubbell

13. Scientific Image Data Uses and Innovations in AIS Components and Systems
Gerald R. Hubbell

14. An Introduction to Scientific Image Data Analysis
Gerald R. Hubbell

15. Your Scientific Imaging Program and How to Submit Your Data to Scientific Organizations
Gerald R. Hubbell

16. Amateur Astronomer Access to Professional-Level Observatories
Gerald R. Hubbell

Nyckelord: Physics, Astronomy, Observations and Techniques, Popular Science in Astronomy, Image Processing and Computer Vision, Photography