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Double Stars
Overview of attention for book
Table of Contents
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Book Overview
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Chapter 1
Classes of Double Stars
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Chapter 2
When Double-Star Research Began
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Chapter 3
19th-Century Achievements
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Chapter 4
Three Quarters of This Century
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Chapter 5
Catalogues and Data References
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Chapter 6
Selective Discovery and Abundance of Binaries
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Chapter 7
Optical and Temporary Double Stars
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Chapter 8
Relative Positions in Visual Double Stars
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Chapter 9
Micrometric Observation
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Chapter 10
Interferometric Observation
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Chapter 11
Photographic Positions
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Chapter 12
Magnitudes of Double-Star Components
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Chapter 13
The Orbital Elements of a Visual Binary
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Chapter 14
Ephemeris Formulae
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Chapter 15
Dtermination of Visual Binary Orbits
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Chapter 16
The Thiele-van den Bos Method
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Chapter 17
The Methods by Danjon and Rabe
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Chapter 18
The Edge-on Orbit
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Chapter 19
Correcting an Orbit
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Chapter 20
Formulae for Differential Corrections
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Chapter 21
The Parabolic Orbit
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Chapter 22
Absolute Orbits and Mass Ratios
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Chapter 23
Some Results From Visual Binary Orbits
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Chapter 24
Stellar Masses
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Chapter 25
The Mass-Luminosity Relationship (MLR)
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Chapter 26
Dynamical Parallaxes
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Chapter 27
Multiple Systems
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Chapter 28
Unresolved Systems
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Chapter 29
Some Systems of Special Interest
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Chapter 30
Radial Velocities
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Chapter 31
Spectroscopic Double Stars
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Chapter 32
The Elements of Spectroscopic Orbits
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Chapter 33
The Differential and the Sterne Formulae
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Chapter 34
The Combined Spectroscopic-Visual Orbit
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Chapter 35
Distortions of Radial-Velocity Curves
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Chapter 36
Photometric Double Stars and Light Curves
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Chapter 37
Classes of Eclipsing Binaries and the Roche Lobe
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Chapter 38
Limb Darkening
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Chapter 39
Concepts of Photometric Orbit Determination
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Chapter 40
The Spherical Model
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Chapter 41
Rectification and Related Precepts
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Chapter 42
Eccentric Orbits
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Chapter 43
Mass Determinations From the MLR
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Chapter 44
On the Origin of Binary Stars
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Chapter 45
Mass Transfer After the Main-Sequence Phase
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Chapter 46
Binaries of the Type W UMa
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Chapter 47
Gas Streams and Hot Spots
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Chapter 48
Apsidal Rotation
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Chapter 49
Systemic Mass Loss
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Chapter 50
Atmospheric Eclipses
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Chapter 51
The Largest Stellar Masses
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Chapter 52
Binary Components of Wolf-Rayet Type
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Chapter 53
More Systems of Special Interest
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Chapter 54
Peculiar Prototypes: β Per and β Lyr
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Chapter 55
Cataclysmic Binary Components
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Chapter 56
X-Ray Binaries
Overall attention for this book and its chapters
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Mentioned by
syllabi
1
institution with syllabi
wikipedia
6
Wikipedia pages
Citations
dimensions_citation
159
Dimensions
Book overview
1. Classes of Double Stars
2. When Double-Star Research Began
3. 19th-Century Achievements
4. Three Quarters of This Century
5. Catalogues and Data References
6. Selective Discovery and Abundance of Binaries
7. Optical and Temporary Double Stars
8. Relative Positions in Visual Double Stars
9. Micrometric Observation
10. Interferometric Observation
11. Photographic Positions
12. Magnitudes of Double-Star Components
13. The Orbital Elements of a Visual Binary
14. Ephemeris Formulae
15. Dtermination of Visual Binary Orbits
16. The Thiele-van den Bos Method
17. The Methods by Danjon and Rabe
18. The Edge-on Orbit
19. Correcting an Orbit
20. Formulae for Differential Corrections
21. The Parabolic Orbit
22. Absolute Orbits and Mass Ratios
23. Some Results From Visual Binary Orbits
24. Stellar Masses
25. The Mass-Luminosity Relationship (MLR)
26. Dynamical Parallaxes
27. Multiple Systems
28. Unresolved Systems
29. Some Systems of Special Interest
30. Radial Velocities
31. Spectroscopic Double Stars
32. The Elements of Spectroscopic Orbits
33. The Differential and the Sterne Formulae
34. The Combined Spectroscopic-Visual Orbit
35. Distortions of Radial-Velocity Curves
36. Photometric Double Stars and Light Curves
37. Classes of Eclipsing Binaries and the Roche Lobe
38. Limb Darkening
39. Concepts of Photometric Orbit Determination
40. The Spherical Model
41. Rectification and Related Precepts
42. Eccentric Orbits
43. Mass Determinations From the MLR
44. On the Origin of Binary Stars
45. Mass Transfer After the Main-Sequence Phase
46. Binaries of the Type W UMa
47. Gas Streams and Hot Spots
48. Apsidal Rotation
49. Systemic Mass Loss
50. Atmospheric Eclipses
51. The Largest Stellar Masses
52. Binary Components of Wolf-Rayet Type
53. More Systems of Special Interest
54. Peculiar Prototypes: β Per and β Lyr
55. Cataclysmic Binary Components
56. X-Ray Binaries
Summary
Syllabi
Wikipedia
Dimensions citations
This data is correct as of December 2015 - for more up to date information, please visit
https://opensyllabus.org/
So far, Altmetric has seen this research output assigned in
1
syllabus from an institution on Open Syllabus Project.
Institution
Syllabi count
Course subject areas covered
University of Oulu
1
Astronomy and Astrophysics, Business, Chemistry, English, Biology