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9780521627559

Observing Variable Stars: A Guide for the Beginner

by
  • ISBN13:

    9780521627559

  • ISBN10:

    0521627559

  • Edition: 2nd
  • Format: Paperback
  • Copyright: 1998-05-13
  • Publisher: Cambridge University Press
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Summary

David Levy’s entertaining, well-researched book is aimed at the amateur enthusiast who likes to learn enjoyably. Beginning with advice on binoculars and telescopes, and how to observe the night sky effectively, the author goes on to describe thoroughly the field of variable star observation, a field in which amateurs have made important contributions. He shows how to interpret variations in light output in terms of the life of a star, from birth through to sometimes violent death. All of the major variable stars are described and classified, as well as other variable objects such as active galaxies, asteroids, comets and the sun. The book also contains a guide to the seasonal night sky. Throughout, practical observations serve to complement the text, producing an exciting, very readable introduction to this fascinating subject.

Table of Contents

Foreword xiii(2)
Opening thoughts xv(4)
Acknowledgments xix
Part 1 Getting to know the sky 1(16)
1 Beginning with the Big Dipper
1(6)
1.1 The Dipper as a road sign
2(3)
1.2 Your own constellations
5(1)
1.3 Southern Cross
6(1)
2 Magnitude, color, and distance
7(2)
2.1 Magnitude
7(1)
2.2 Color
8(1)
2.3 Distance
9(1)
3 A word on binoculars and telescopes
9(5)
3.1 Choosing binoculars
10(1)
3.2 Telescopes
11(3)
4 Learning to see
14(3)
4.1 Training your eye
14(1)
4.2 VZ Camelopardalis
15(2)
Part 2 Getting to know the variables 17(94)
5 Meeting the family
17(3)
5.1 Pulsating variables: Cepheids
17(1)
5.2 Mira stars
18(1)
5.3 Eruptive stars
19(1)
5.4 Eclipsing binaries
20(1)
6 Getting started with Cepheids
20(5)
6.1 Delta Cephei
20(2)
6.2 Eta Aquilae
22(1)
6.3 The Cepheids
23(2)
7 Algol, the demon of autumn
25(3)
7.1 Eclipsing binary stars
25(1)
7.2 Beta Lyrae
26(2)
8 How to estimate a variable
28(4)
8.1 Z Ursae Majoris and the AAVSO method
28(3)
8.2 Other ways of estimating variables
31(1)
9 Names and records
32(5)
9.1 Designation
34(1)
9.2 Variable
34(1)
9.3 Date and time
35(2)
9.4 Magnitude
37(1)
10 Observing hints
37(6)
10.1 Size and power of telescope
37(1)
10.2 Get to know the star field
38(1)
10.3 Normal frequency of observation
38(1)
10.4 A note on AAVSO charts
39(1)
10.5 Factors affecting observation
39(3)
10.6 Seven ways to ruin a variable star estimate
42(1)
10.7 Finding the maximum: Pogson's bisected chords
42(1)
11 Stately and wonderful
43(8)
11.1 R Leonis
43(4)
11.2 Mira the Wonderful
47(4)
12 Stars of challenge
51(5)
12.1 R Leporis
51(4)
12.2 Chi Cygni
55(1)
13 Bright, easy, and interesting
56(3)
13.1 R Scuti
57(1)
13.2 X Herculis, g Herculis, and RR Coronae Borealis
58(1)
13.3 W Cygni
58(1)
14 Betelgeuse: easy and hard
59(4)
14.1 Estimating Betelgeuse
59(2)
14.2 Mu Cephei
61(1)
14.3 A look inside
62(1)
14.4 Betelgeuse song
62(1)
15 Not too regular
63(4)
15.1 S Persei
63(2)
15.2 W Orionis
65(1)
15.3 In the mind's eye
65(2)
16 Nova? What nova?
67(6)
16.1 A nova in Cygnus
67(1)
16.2 T Coronae Borealis
68(1)
16.3 Searching for novae
68(4)
16.4 Watching an old nova
72(1)
17 Supernovae
73(6)
17.1 A thousand years ago
73(2)
17.2 Type I and Type II
75(1)
17.3 The supernova of 1987
76(1)
17.4 Long journey of the neutrinos
77(1)
17.5 Observing and searching
78(1)
17.6 Supernova song
79(1)
18 Three stars for all seasons
79(9)
18.1 A look at SS Cygni
80(3)
18.2 U Geminorum
83(3)
18.3 Z Camelopardalis
86(2)
19 A nova in reverse?
88(5)
19.1 R Coronae Borealis
88(3)
19.2 RY Sagittarii
91(2)
20 RU Lupi?
93(3)
20.1 T Tauri
93(1)
20.2 RU Lupi
94(2)
21 Orion, the star factory
96(8)
21.1 V351 Orionis
97(1)
21.2 How Orion stars vary
97(3)
21.3 Other Orion variables
100(3)
21.4 Eclipsing binaries in M42
103(1)
22 Other variable things
104(3)
22.1 Variable nebulae
104(1)
22.2 Active galaxies
104(1)
22.3 Minor planets
105(1)
22.4 Comets
106(1)
23 The Sun
107(4)
23.1 Observing the Sun
108(1)
23.2 Projects
108(1)
23.3 The Sun's future
109(2)
Part 3 Suggested variables for observation throughout the year 111(64)
24 Introduction
111(1)
25 January, February, March
112(14)
25.1 Observing hints for cold weather
112(1)
25.2 Camelopardalis
113(3)
25.3 Perseus
116(2)
25.4 Taurus
118(1)
25.5 Orion
118(1)
25.6 Lepus
119(1)
25.7 Auriga
119(3)
25.8 Canis Major
122(1)
25.9 Gemini
123(1)
25.10 Monoceros
124(1)
25.11 Puppis
125(1)
26 April, May, June
126(16)
26.1 Lynx
126(1)
26.2 Cancer
126(3)
26.3 Ursa Major and vicinity
129(4)
26.4 Ursa Minor
133(1)
26.5 Leo
134(1)
26.6 Leo Minor
135(1)
26.7 Virgo
136(1)
26.8 Canes Venatici
137(1)
26.9 Hydra
137(1)
26.10 Bootes
138(1)
26.11 Draco
139(1)
26.12 Libra
140(1)
26.13 Lupus
141(1)
27 July, August, September
142(14)
27.1 Corona Borealis
142(1)
27.2 Serpens
143(1)
27.3 Ophiuchus
144(2)
27.4 Hercules
146(1)
27.5 Lyra
146(3)
27.6 Scorpius
149(1)
27.7 Sagittarius
149(2)
27.8 Corona Austrina
151(1)
27.9 Aquila
151(1)
27.10 Sagitta
152(1)
27.11 Vulpecula
153(1)
27.12 Cygnus
154(2)
28 October, November, December
156(13)
28.1 Capricornus
157(1)
28.2 Delphinus
158(1)
28.3 Equuleus
158(1)
28.4 Aquarius
159(1)
28.5 Pegasus
159(1)
28.6 Lacerta
160(2)
28.7 Cepheus
162(2)
28.8 Pisces
164(1)
28.9 Andromeda
164(1)
28.10 Cassiopeia
165(2)
28.11 Cetus
167(1)
28.12 Triangulum
168(1)
28.13 Aries
169(1)
28.14 Eridanus
169(1)
29 Southern sky notes
169(6)
29.1 Apus
169(1)
29.2 Ara
170(1)
29.3 Carina
170(1)
29.4 Chamaeleon
171(1)
29.5 Centaurus
171(1)
29.6 Crux
171(1)
29.7 Hydrus
172(1)
29.8 Microscopium
172(1)
29.9 Musca
172(1)
29.10 Norma
172(1)
29.11 Octans
172(1)
29.12 Pavo
173(1)
29.13 Pyxis
173(1)
29.14 Telescopium
173(1)
29.15 Tucana
173(2)
Part 4 A miscellany 175(18)
30 Stars and people
175(5)
30.1 John Goodricke
176(1)
30.2 AAVSO, observing as community
177(2)
30.3 Leslie C. Peltier
179(1)
31 The next generation
180(3)
32 Going further
183(4)
32.1 Books
183(4)
32.2 Some major amateur variable star organizations
187(1)
33 Glossary and abbreviations
187(6)
33.1 Glossary
187(3)
33.2 The Greek alphabet
190(1)
33.3 Abbreviations of constellations
191(2)
Index 193

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