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E-grāmata: Cambridge Guide to the Solar System

4.32/5 (40 ratings by Goodreads)
(Tufts University, Massachusetts)
  • Formāts: PDF+DRM
  • Izdošanas datums: 03-Mar-2011
  • Izdevniecība: Cambridge University Press
  • Valoda: eng
  • ISBN-13: 9781139065399
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  • Formāts: PDF+DRM
  • Izdošanas datums: 03-Mar-2011
  • Izdevniecība: Cambridge University Press
  • Valoda: eng
  • ISBN-13: 9781139065399
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Richly illustrated with full-color images, this book is a comprehensive, up-to-date description of the planets, their moons, and recent exoplanet discoveries. This second edition of a now classic reference is brought up to date with fascinating new discoveries from 12 recent Solar System missions. Examples include water on the Moon, volcanism on Mercury's previously unseen half, vast buried glaciers on Mars, geysers on Saturn's moon Enceladus, lakes of hydrocarbons on Titan, encounter with asteroid Itokawa, and sample return from comet Wild 2. The book is further enhanced by hundreds of striking new images of the planets and moons. Written at an introductory level appropriate for undergraduate and high-school students, it provides fresh insights that appeal to anyone with an interest in planetary science. A website hosted by the author contains all the images in the book with an overview of their importance. A link to this can be found at www.cambridge.org/solarsystem.

Recenzijas

'Journeys deep into space have revealed dozens of distinctive worlds of unexpected diversity. Ken Lang presents a richly illustrated and remarkably thorough guide to the new view of the Solar System that has emerged, a view that beckons us on further journeys of discovery.' Edward Stone, NASA Jet Propulsion Laboratory ' exceptionally good so clearly written that it is within the cope of even the complete newcomer to astronomy, but there are also sections, usually in boxes, that will be useful to the serious student this is a well-written and splendidly illustrated book, suitable for readers of all kinds. it may be recommended without hesitation and will be a welcome addition to any astronomical library.' Patrick Moore, The Times Higher Education Supplement 'In Ken Lang's brilliant guide, he shows us how to read the character of the worlds of our solar system and how to understand not only the distinctive nature of each one but how they relate as families. I came away from the book with my mind liberated from gravity and the bounds of a human lifespan, images of the development of other worlds over their 4 billion year history crowding through my imagination.' Paul Murdin, University of Cambridge ' a very readable and informative volume it is a fascinating read because the author focuses on the development of ideas about the planets, on the basis of observations available at the time. This gives a strong narrative quality to the text, which enlivens the arguments and allows the reader to appreciate the significance of key new observations.' Astronomy Geophysics 'Competitively priced in hardback, the book should be a best seller.' The Observatory ' very browseable for those wishing for a well documented guide to our present knowledge of the Solar system this is very good value Recommended '. Astronomy Now

Papildus informācija

With full color images, this classic reference is brought up-to-date, and will appeal to anyone with an interest in planetary science.
List of focus elements
ix
List of tables
xi
Preface to the second edition xv
Preface to the first edition xvii
Principal units xxv
Part 1 Changing views and fundamental concepts
1 Evolving perspectives: a historical prologue
1(35)
1.1 Moving points of light
3(10)
1.2 Telescopes reveal the hitherto unseen
13(10)
1.3 What holds the solar system together?
23(3)
1.4 Physical properties of the Sun
26(7)
1.5 Terrestrial and giant planets
33(1)
1.6 What is inside the major planets?
34(2)
2 The new close-up view from space
36(44)
2.1 Flybys, orbiters, probes and landers
38(14)
2.2 Impact craters
52(8)
2.3 Volcanism
60(11)
2.4 Water
71(9)
3 Atmospheres, magnetospheres and the solar wind
80(37)
3.1 Fundamentals
82(5)
3.2 Atmospheres of the terrestrial planets
87(6)
3.3 Atmospheres of the giant planets
93(3)
3.4 Titan, a satellite with a substantial atmosphere
96(2)
3.5 The planets are inside the expanding Sun
98(4)
3.6 Magnetized planets and magnetospheres
102(9)
3.7 Aurora
111(6)
Part 2 The inner solar system: rocky worlds
4 Restless Earth: third rock from the Sun
117(41)
4.1 Fundamentals
119(1)
4.2 Journey to the center of the Earth
119(5)
4.3 Remodeling the Earth's surface
124(14)
4.4 The Earth's changing atmosphere
138(13)
4.5 Space weather
151(7)
5 The Earth's Moon: stepping stone to the planets
158(43)
5.1 Fundamentals
159(1)
5.2 Eclipses of the Moon and Sun
160(3)
5.3 The Moon's face
163(6)
5.4 Apollo expeditions to the Moon
169(8)
5.5 Inside the Moon
177(2)
5.6 The lunar surface
179(7)
5.7 Return to the Moon
186(2)
5.8 The Moon's history
188(3)
5.9 Tides and the once and future Moon
191(5)
5.10 Origin of the Moon
196(5)
6 Mercury: a dense battered world
201(19)
6.1 Fundamentals
202(1)
6.2 A tiny world in the glare of sunlight
202(1)
6.3 Space-age investigations of Mercury
203(1)
6.4 Radar probes of Mercury
204(3)
6.5 A modified Moon-like surface
207(7)
6.6 An iron world
214(1)
6.7 A mysterious magnetic field
215(2)
6.8 Einstein and Mercury's anomalous orbital motion
217(3)
7 Venus: the veiled planet
220(27)
7.1 Fundamentals
221(1)
7.2 Bright, beautiful Venus
221(3)
7.3 Penetrating the clouds of Venus
224(6)
7.4 Unveiling Venus with radar
230(5)
7.5 Volcanic plains on Venus
235(2)
7.6 Highland massifs on Venus
237(2)
7.7 Tectonics on Venus
239(8)
8 Mars: the red planet
247(36)
8.1 Fundamentals
249(1)
8.2 Planet Mars
250(2)
8.3 The space-age odyssey to Mars
252(1)
8.4 The atmosphere, surface conditions and winds of Mars
253(6)
8.5 The polar regions of Mars
259(3)
8.6 Highs and lows on Mars
262(4)
8.7 Flowing water on Mars long ago
266(7)
8.8 Mars is an ice planet
273(3)
8.9 The search for life on Mars
276(4)
8.10 The mysterious moons of Mars
280(3)
Part 3 The giant planets, their satellites and their rings: worlds of liquid, ice and gas
9 Jupiter: a giant primitive planet
283(34)
9.1 Fundamentals
285(1)
9.2 Stormy weather on Jupiter
286(7)
9.3 Beneath Jupiter's clouds
293(3)
9.4 Introduction to the Galilean satellites
296(3)
9.5 Jupiter's volcanic moon Io
299(6)
9.6 Jupiter's water moon Europa
305(4)
9.7 Jupiter's battered moons, Ganymede and Callisto
309(2)
9.8 Jupiter's mere wisp of a ring
311(6)
10 Saturn: lord of the rings
317(31)
10.1 Fundamentals
319(2)
10.2 Winds and clouds on Saturn
321(3)
10.3 Beneath Saturn's clouds
324(2)
10.4 The remarkable rings of Saturn
326(9)
10.5 Introduction to Saturn's moons
335(2)
10.6 Saturn's active water moon Enceladus
337(4)
10.7 Hidden methane lakes and organic dunes on Saturn's moon Titan
341(4)
10.8 Alien worlds, distant ring
345(3)
11 Uranus and Neptune
348(17)
11.1 Fundamentals
349(2)
11.2 Storm clouds on the outer giants
351(3)
11.3 Interiors and magnetic fields of Uranus and Neptune
354(1)
11.4 Rings of Uranus and Neptune
355(3)
11.5 The large moons of Uranus and Neptune
358(7)
Part 4 Remnants of creation: small worlds in the solar system
12 Asteroids and meteorites
365(26)
12.1 The orbits of asteroids
367(2)
12.2 Origin of the asteroids
369(2)
12.3 Viewing asteroids from a distance
371(4)
12.4 Spacecraft view asteroids close up
375(6)
12.5 Meteorites
381(10)
13 Colliding worlds
391(17)
13.1 A comet hits Jupiter
392(1)
13.2 Consumed by the Sun
393(2)
13.3 Impacts of asteroids with the Earth
395(4)
13.4 Demise of the dinosaurs
399(3)
13.5 Assessing the risk of death from above
402(1)
13.6 Breaking a date with doomsday
403(5)
14 Comets
408(27)
14.1 Unexpected appearance of comets
410(1)
14.2 The return of comet Halley
411(2)
14.3 Where do comets come from?
413(6)
14.4 Anatomy of a comet
419(3)
14.5 Two comet tails
422(1)
14.6 Spacecraft glimpse the comet nucleus
423(5)
14.7 Rotating comet nucleus
428(1)
14.8 Comet decay and meteor showers
428(7)
15 Beyond Neptune
435(10)
15.1 Pluto: a small frozen world with companions
436(3)
15.2 Small cold worlds in the outer precincts of the planetary system
439(3)
15.3 Edge of the solar system
442(3)
Part 5 Origin of the solar system and extrasolar planets
16 Brave new worlds
445(16)
16.1 How the solar system came into being
446(2)
16.2 Newborn stars with planet-forming disks
448(1)
16.3 The plurality of worlds
449(2)
16.4 The first discoveries of exoplanets
451(4)
16.5 Hundreds of new worlds circling nearby stars
455(2)
16.6 Searching for habitable planets
457(4)
Author index 461(2)
Subject index 463
Kenneth R. Lang is a Professor of Astronomy at Tufts University. He is a well-known author and has published 25 books. The Cambridge Encyclopedia of the Sun (Cambridge University Press, 2001) was recommended by the Library Journal as one of the best reference books published that year. He has extensive teaching experience, and has served as a Visiting Senior Scientist at NASA headquarters.