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Planet Observer's Handbook [Hardback]

(State University of New York, Buffalo)
  • Formāts: Hardback, 430 pages, height x width x depth: 255x180x28 mm, weight: 1117 g, 26 Tables, unspecified; 1 Maps; 80 Halftones, unspecified; 135 Line drawings, unspecified
  • Izdošanas datums: 16-Jun-1994
  • Izdevniecība: Cambridge University Press
  • ISBN-10: 0521442575
  • ISBN-13: 9780521442572
Citas grāmatas par šo tēmu:
  • Hardback
  • Cena: 48,21 €
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  • Formāts: Hardback, 430 pages, height x width x depth: 255x180x28 mm, weight: 1117 g, 26 Tables, unspecified; 1 Maps; 80 Halftones, unspecified; 135 Line drawings, unspecified
  • Izdošanas datums: 16-Jun-1994
  • Izdevniecība: Cambridge University Press
  • ISBN-10: 0521442575
  • ISBN-13: 9780521442572
Citas grāmatas par šo tēmu:
Tells how to select a telescope, presents information on the history, characteristics, and observation of each of the planets, and includes advice on planetary photography

An informative and well-illustrated practical guide to planetary observations for the amateur astronomer.

This is an informative and well-illustrated guide to planetary observations for amateurs. After a brief description of the solar system and a chapter on the celestial sphere, readers are shown how to choose, test and use a telescope with various accessories and how to make observations and record results. For each planet and the asteroids, details are given of observational techniques, together with suggestions for how to make contributions of scientific value. From a general description and detailed observational history of each planet, observers can anticipate what they should see and assess their own observations. The chapter on planetary photography includes the revolutionary use of videography, charge coupled devices and video-assisted drawing. There are also chapters on making maps and planispheres and on photoelectric photometry.

Recenzijas

'... [ contains] many pearls of information presented concisely with excellent illustrations a synopsis of historical observations provides excellent foundations for planning observational programs...'. Donald Parker, Sky and Telescope ' [ contains] a tremendous amount of useful information, and helpful advice a definite success valuable both to the beginner and to the serious planetary observer. I strongly recommend it.' Patrick Moore, New Scientist 'This first-class introductory book is one of the best A great deal of invaluable information, factual and historical, has been condensed into this handbook'. Irish Astronomical Journal ' contains a wealth of information an excellent handbook on the planets. Recommended.' Reference Book Review 'The Planetary Observer's Handbook is a valuable source of information and advice for anyone interested in our planetary neighbours. It is an enthusiastic and well written work and I recommend it to both the beginner and the serious planetary observer.' Antony Brian, Astronomy Now

Papildus informācija

An informative and well-illustrated practical guide to planetary observations for the amateur astronomer.
Foreword xiii(2)
Preface xv(2)
Acknowledgements xvii(2)
Abbreviations used in this book xix
Introduction. Why observe the planets? 1(3)
1 The Solar System
4(16)
General
4(5)
A scale model of the Solar System
9(1)
Bode's Law
10(1)
Kepler's Laws of Planetary Motion
11(1)
Elements of planetary orbits. Perturbations
12(1)
Planetary conjunctions, oppositions, phases and transits
12(3)
The sidereal and synodic orbital periods of the planets
15(2)
The brightness of the planets
17(2)
Further reading
19(1)
2 The celestial sphere
20(11)
General
20(1)
Positions on the celestial sphere
21(1)
The ecliptic and the Zodiac
21(4)
Celestial latitude and longitude
25(1)
The precession of the equinoxes. Nutation
26(1)
Sidereal time (star time)
27(1)
The apparent motions of the planets on the celestial sphere
27(3)
Further reading
30(1)
3 Telescopes and accessories
31(38)
Types of telescopes
31(9)
The choice of telescope
40(25)
Protecting the telescope from dust and atmospheric pollution
65(1)
Cleaning the mirror of a Newtonian reflector
66(1)
Housing and care of your telescope
66(2)
Further reading
68(1)
4 The atmosphere and seeing
69(4)
General
69(1)
Assessing atmospheric seeing conditions
70(1)
The effect of telescope aperture
70(1)
Local effects on seeing
71(1)
Further reading
72(1)
5 Mercury
73(26)
General
73(2)
History of observation
75(7)
Visibility of Mercury
82(5)
The axial rotation of Mercury
87(1)
Observing Mercury
88(5)
Transits of Mercury
93(5)
Further reading
98(1)
6 Venus
99(32)
General
99(3)
History of observation
102(15)
Space probe exploration of Venus
117(3)
Observing Venus
120(9)
Transits of Venus
129(1)
Further reading
129(2)
7 Mars
131(50)
General
131(1)
Orbital characteristics
132(2)
Predicting oppositions
134(1)
The retrograde motion of Mars
135(2)
Martian seasons
137(2)
Surface features
139(3)
Atmospheric phenomena
142(2)
History of observation
144(19)
Observing Mars
163(8)
Features for observation
171(6)
Longitude determination of Martian features
177(1)
Further reading
178(3)
8 The minor planets (asteroids)
181(21)
General
181(2)
Discovery and history of observation of the minor planets
183(6)
Visibility of the minor planets
189(2)
Observing the minor planets
191(9)
Further reading
200(2)
9 Jupiter
202(58)
General
202(4)
History of observation
206(10)
Variations in the cloud belts
216(5)
Surface markings of the satellites
221(1)
Spacecraft observation of Jupiter
222(3)
Visibility of Jupiter
225(1)
Observing Jupiter
226(2)
Determination of the longitudes of Jovian features by central meridian transit timings
228(4)
Classification and description of Jovian disc features
232(3)
Determination of latitudes of Jovian features
235(4)
Disc drawings, strip and sectional sketches
239(2)
Determination of rotational periods of Jovian features from longitudinal drift
241(2)
Observations of the Great Red Spot
243(3)
Colour changes and intensity estimates of Jovian features
246(1)
General observing notes
247(12)
Further reading
259(1)
10 Saturn
260(54)
General
260(4)
History of observation
264(28)
Spacecraft exploration of Saturn
292(4)
The satellites of Saturn
296(2)
Visibility of Saturn
298(1)
Observing Saturn
298(13)
Forthcoming oppositions of Saturn
311(1)
Further reading
312(2)
11 Uranus
314(23)
General
314(6)
The discovery of Uranus
320(1)
Prediscovery sightings of Uranus
321(1)
History of observation
321(9)
Spacecraft exploration of Uranus
330(2)
Visibility of Uranus
332(1)
Observing Uranus
332(3)
Further reading
335(2)
12 Neptune
337(18)
General
337(1)
The discovery of Neptune
337(6)
Prediscovery sightings of Neptune
343(1)
History of observation
344(4)
Spacecraft exploration of Neptune
348(4)
Visibility of Neptune
352(1)
Observing Neptune
352(1)
Further reading
353(2)
13 Pluto
355(9)
General
355(1)
The search for a trans-Neptunian planet
355(2)
The discovery of Pluto
357(1)
History of observation
358(3)
Visibility of Pluto
361(1)
Observing Pluto
362(1)
Further reading
363(1)
14 Constructing maps and planispheres
364(6)
General
364(1)
The horizontal orthographic projection
364(2)
Cylindrical projections
366(3)
The polar projection
369(1)
Further reading
369(1)
15 Planetary photography and videography
370(19)
General
370(1)
The planetary photographer's camera
370(4)
Choice of film
374(1)
Characteristics of some films
375(1)
Black and white film processing
375(1)
Photography of individual planets
375(2)
Exposure times
377(2)
Video and CCD photography (videography) of the planets
379(3)
Using a CCD camera
382(4)
Suppliers of CCD cameras
386(1)
Video-assisted drawing (VAD) of the planets
386(2)
Further reading
388(1)
16 Photoelectric photometry of the minor planets, planets and their satellites
389(10)
General
389(1)
The photoelectric photometer and its components
390(2)
Telescopes for photoelectric photometry
392(1)
Photoelectric photometric procedure
393(1)
Photoelectric photometry of the minor planets
393(3)
Colorimetric photoelectric photometry
396(1)
Photoelectric photometry of the planets and their satellites
396(2)
Further reading
398(1)
Name index 399(4)
Subject index 403