《太陽系物理與化學（第二版）（英文影印版）》全面介紹了太陽系的行星物理學和物理化學，覆蓋了當前這些領域的研究以及受益於地面和空間實驗的行星科學。這些實驗構成了這本巧妙融合了歸納和闡釋的參考書的基礎。本書在詳細討論大行星的同時，對小行星、彗星，已經其他小天體也都作了討論。本書可作為天文學家、物理學家和行星科學家的參考書，也可以用作他們授課的教材。
基本介紹
- 書名：太陽系物理與化學
- 作者：劉易斯 (J.S.Lewis)
- 出版日期：2014年8月1日
- 語種：簡體中文, 英語
- ISBN：9787301245170
- 外文名：Physics and Chemistry of the Solar System 2nd Edition
- 出版社：北京大學出版社
- 頁數：652頁
- 開本：16
- 品牌：北京大學出版社
基本介紹,內容簡介,作者簡介,圖書目錄,
基本介紹
內容簡介
《太陽系物理與化學（第二版）（英文影印版）》是引進自愛思唯爾出版集團的學術專著。地球只有一個，太陽系也只有一個。我們在探索這個世界時，首先要探索的就是我們的太陽系。這本書內容非常豐富，而且圖文並茂，非常適合閱讀。這一領域的研究者不能錯過這本佳作。
作者簡介
(美) 劉易斯 (J. S. Lewis)，美國亞利桑那大學教授。
圖書目錄
Foreword xi
I Introduction
Nature and Scope of Planetary Science 1
Guide to the Literature 3
Numbers in Science 4
Dimensions and Units 5
Exercises 6
II Astronomical Perspective
Introduction 7
Distance Scales in the Universe 7
The Big Bang 10
Limitations on Big Bang Nucleosynthesis 14
Galaxy and Star Formation 15
Structure and Classification of Galaxies 16
Classification of Stars 18
Stellar Evolution 25
Star Clusters 27
Stellar Origins 29
Outline of Star Formation 33
Stellar Explosions and Nucleosynthesis 34
Nuclear Cosmochronology 43
Exercises 47
III General Description of
the Solar System
Introduction 50
The Sun 50
Orbits of the Planets 52
Changes in Orbital Motion 57
Properties of the Planets 58
Mass and Angular Momentum Distribution 59
Satellites 63
Asteroids 69
Comets 71
Meteors 72
Meteorites 72
Cosmic Dust 73
Cosmic Rays 73
Planetary Science in the Space Age 74
vii
Summary 76
Exercises 76
IV The Sun and the Solar Nebula
Introduction 77
Energy Production in the Sun 77
Energy Transport in the Sun 79
Internal Structure of the Sun 83
Surface of the Sun 84
The Chromosphere 87
The Corona 88
Discovery of the Solar Wind 90
Radio Wave Propagation in Space Plasmas 91
The Solar Wind 92
Chemistry of Solar Material 96
Ionization 97
Dissociation and Molecule Formation 100
Hydrogen and the Rare Gases 101
Oxygen， Carbon， and Nitrogen 102
Magnesium and Silicon 105
Iron 106
Sulfur 107
Aluminum and Calcium 108
Sodium and Potassium 109
Nickel and Cobalt 110
Phosphorus and the Halogens 111
Geochemical Classification of the Elements 111
The Chemistry of Rapid Accretion 116
Kinetic Inhibition 117
Mass and Density of the Solar Nebula 118
Thermal Opacity in the Solar Nebula 121
Dust Opacity 129
Thermal Structure of the Nebula 131
Turbulence and Dust Sedimentation 134
Accretion of Rocks， Planetesimals，
and Planets 136
Gas Capture from the Solar Nebula 138
The T Tauri Phase 141
Thermal History of the Early Solar System 143
Exercises 144
V The Major Planets
Introduction 147
Interiors of Jupiter and Saturn： Data 148
Isothermal Interior Models of Jupiter
and Saturn 151
Thermal Models of Jupiter and Saturn 154
The Atmospheres of Jupiter and Saturn：
Observed Composition 156
Tropospheric Composition and Structure：
Theory 159
Cloud Condensation in the NH3–H2O–H2S
System 165
Cloud Physics on the Jovian Planets 174
Galileo Perspectives on Jovian Clouds 179
Ion Production in the Jovian Atmosphere 180
Visible and Infrared Radiative Transfer 183
Horizontal Structure and
Atmospheric Circulation 187
Photochemistry and Aeronomy 200
The Jovian Thermosphere 217
Radiophysics and Magnetospheres of Jupiter
and Saturn 218
The Interiors of Uranus and Neptune 229
Atmospheres of Uranus and Neptune 238
Perspectives 247
Exercises 247
VI Pluto and the Icy Satellites of
the Outer Planets
Introduction 252
Surfaces of Icy Satellites 253
Eclipse Radiometry 256
Surface Temperatures 257
Surface Morphology of the Galilean
Satellites 258
Density and Composition of Icy Satellites 265
Internal Thermal Structure of Galilean
Satellites 267
Dynamical Interactions of the Galilean
Satellites 272
Thermal and Tectonic Evolution of Icy
Satellites 275
Minor Satellites of Jupiter 278
Planetary Rings 280
Titan 289
The Intermediate—Sized Saturnian Satellites 293
Minor Satellites of Saturn 296
Satellites of Uranus 299
Satellites of Neptune 303
The Pluto–Charon System 308
The Neptune–Pluto Resonance 311
Spacecraft Exploration 311
Exercises 312
VII Comets and Meteors
Historical Perspectives 317
Nature and Nomenclature of Comets 319
Cometary Orbits 321
Heating by Passing Stars 325
Evaporation and Nongravitational Forces 326
The Nucleus and Coma of P/Halley 328
Chemistry and Photochemistry of Water 328
Further Chemical Processes in the Coma
and Tail 332
Behavior of Small Particles 333
Dynamical Behavior of Dust in Space 334
Meteors 336
Cometary Fireballs 343
Cometary Impacts on Jupiter 344
Exercises 347
VIII Meteorites and Asteroids
Introduction 350
Introduction to Meteorites 350
Meteorite Orbits 353
Phenomena of Fall 355
Physical Properties of Meteorites 358
Meteorite Minerals 362
Taxonomy and Composition of Chondrites 362
Metamorphic Grades of Chondrites 367
Taxonomy and Composition of Achondrites 369
Taxonomy and Composition of Stony—Irons 371
Taxonomy and Composition of Irons 372
Isotopic Composition of Meteorites 375
Genetic Relationships between Meteorite
Classes 382
Introduction to Asteroids 384
Asteroid Orbits 386
Stability of Trojan and Plutino Orbits 389
Sizes， Shapes， and Albedos of Asteroids 391
Masses and Densities of Asteroids 393
Photometry and Spectroscopy of Asteroids 394
Thermal Evolution of Asteroids 401
Dynamical Evolution of the Asteroid Belt 406
Centaurs and Trans—Neptunian Objects 409
Relationships among Asteroids， Meteorites，
and Comets 412
Radar Observations of Near—Earth Asteroids 415
Asteroid Resources 416
Exercises 419
IX The Airless Rocky Bodies： Io，
Phobos， Deimos， the Moon， and Mercury
Introduction 424
Orbits and Physical Structure of Phobos
and Deimos 426
Io： General Properties 430
Io： Surface Processes 430
Io： Internal Energy Sources 432
Io： Geology 433
Io： Atmospheric and Volcanic Gases 435
Io： Escape and the Plasma Torus 437
Io： Genetic Relationships 438
Impact Cratering 438
Motions of the Moon 443
Physical Properties of the Moon 445
Elemental Composition of the Moon’s
Surface 445
Lunar Rock Types 447
Lunar Minerals 449
Lunar Elemental Abundance Patterns 451
Geology of the Moon 451
Geophysics of the Moon 452
History of the Earth–Moon System 456
Origin and Internal Evolution of the Moon 458
Solar Wind Interaction with the Moon
and Mercury 460
The Planet Mercury 461
Motions of Mercury 461
Composition and Structure of Mercury 462
Noncrater Geology of Mercury 463
Geophysics of Mercury 463
Atmospheres of Mercury and the Moon 468
Polar Deposits on Mercury and the Moon 469
Unfinished Business 472
Exercises 474
X The Terrestrial Planets： Mars，
Venus， and Earth
Introduction 477
Mars 478
Motions of Mars 479
Density and Figure of Mars 479
Geophysical Data on Mars 481
Gravity and Tectonics of Mars 483
Geology of Mars 483
Surface Composition 496
Viking Lander Investigations 503
The Shergottite， Nakhlite， and
Chassignite Meteorites 505
Atmospheric Structure 508
Atmospheric Circulation 509
Atmospheric Composition 510
Photochemical Stability and
Atmospheric Escape 513
Explosive Blowoff 519
Origin and Evolution of the Atmosphere 519
Organic Matter and the Origin of Life 522
Venus 524
Motions and Dynamics of Venus 526
Geophysical Data on Venus 526
Geology of Venus 528
Venus： Atmospheric Structure and
Motions 534
Venus： Atmospheric Composition 537
Venus： Atmosphere–Lithosphere
Interactions 539
Venus： Photochemistry and Aeronomy 543
Venus： Atmospheric Escape 547
Venus： Planetary Evolution 549
Earth 550
Earth： Motions 551
Earth： Internal Structure 552
Earth： Magnetic Field and Magnetosphere 554
Earth： Surface Geology 554
Earth： Early Geological History 557
Earth： Biological History 559
Earth： Geochemistry and Petrology 563
Weathering in the Rock Cycle 566
Earth： Atmospheric Composition
and Cycles 568
Radiocarbon Dating 573
Stable Isotope Climate Records 574
Photochemistry and Aeronomy 575
Escape and Infall 575
Climate History， Polar Ice， and Ice Ages 579
Life： Origins 582
Life： Stability of the Biosphere 587
Exercises 588
XI Planets and Life around
Other Stars
Chemical and Physical Prerequisites of Life 592
The Planetary Environment 595
The Stellar Environment 597
Brown Dwarfs 600
The Search for Planets of Other Stars 603
The Search for Extraterrestrial Intelligence 606
Exercises 608
XII Future Prospects
Mercury 611
Venus 612
Earth’s Moon 612
Mars 613
Asteroids 614
Jupiter 615
Saturn， Uranus， and Neptune 615
Pluto 615
Comets 616
Beyond the Solar System 616
Appendix I： Equilibrium
Thermodynamics 621
Heat and Work 621
Adiabatic Processes and Entropy 622
Useful Work and the Gibbs Free Energy 623
Chemical Equilibrium 623
Exact and Complete Differentials 624
The Maxwell Relations 625
Appendix II： Absorption and
Emission of Radiation by
Quantum Oscillators 626
Appendix III： Exploration of the
Solar System 629
Appendix IV： Basic Physical
Constants 634
Appendix V： Gravity Fields 635
Suggested Readings
Introduction 637
Chapter I–Introduction 637
Chapter II–Astronomical Perspective 637
Chapter III–General Description of the
Solar System 638
Chapter IV–The Sun and the Solar Nebula 638
Chapter V–The Major Planets 638
Chapter VI–Pluto and the Icy Satellites of the
Outer Planets 639
Chapter VII–Comets and Meteors 639
Chapter VIII–Meteorites and Asteroids 639
Chapter IX–The Airless Rocky Bodies： Io， Phobos，
Deimos， the Moon， and Mercury 640
Chapter X–The Terrestrial Planets： Mars， Venus，
and Earth 640
Chapter XI–Planets and Life
around Other Stars 641
Chapter XII–Future Prospects 642
Index 643
I Introduction
Nature and Scope of Planetary Science 1
Guide to the Literature 3
Numbers in Science 4
Dimensions and Units 5
Exercises 6
II Astronomical Perspective
Introduction 7
Distance Scales in the Universe 7
The Big Bang 10
Limitations on Big Bang Nucleosynthesis 14
Galaxy and Star Formation 15
Structure and Classification of Galaxies 16
Classification of Stars 18
Stellar Evolution 25
Star Clusters 27
Stellar Origins 29
Outline of Star Formation 33
Stellar Explosions and Nucleosynthesis 34
Nuclear Cosmochronology 43
Exercises 47
III General Description of
the Solar System
Introduction 50
The Sun 50
Orbits of the Planets 52
Changes in Orbital Motion 57
Properties of the Planets 58
Mass and Angular Momentum Distribution 59
Satellites 63
Asteroids 69
Comets 71
Meteors 72
Meteorites 72
Cosmic Dust 73
Cosmic Rays 73
Planetary Science in the Space Age 74
vii
Summary 76
Exercises 76
IV The Sun and the Solar Nebula
Introduction 77
Energy Production in the Sun 77
Energy Transport in the Sun 79
Internal Structure of the Sun 83
Surface of the Sun 84
The Chromosphere 87
The Corona 88
Discovery of the Solar Wind 90
Radio Wave Propagation in Space Plasmas 91
The Solar Wind 92
Chemistry of Solar Material 96
Ionization 97
Dissociation and Molecule Formation 100
Hydrogen and the Rare Gases 101
Oxygen， Carbon， and Nitrogen 102
Magnesium and Silicon 105
Iron 106
Sulfur 107
Aluminum and Calcium 108
Sodium and Potassium 109
Nickel and Cobalt 110
Phosphorus and the Halogens 111
Geochemical Classification of the Elements 111
The Chemistry of Rapid Accretion 116
Kinetic Inhibition 117
Mass and Density of the Solar Nebula 118
Thermal Opacity in the Solar Nebula 121
Dust Opacity 129
Thermal Structure of the Nebula 131
Turbulence and Dust Sedimentation 134
Accretion of Rocks， Planetesimals，
and Planets 136
Gas Capture from the Solar Nebula 138
The T Tauri Phase 141
Thermal History of the Early Solar System 143
Exercises 144
V The Major Planets
Introduction 147
Interiors of Jupiter and Saturn： Data 148
Isothermal Interior Models of Jupiter
and Saturn 151
Thermal Models of Jupiter and Saturn 154
The Atmospheres of Jupiter and Saturn：
Observed Composition 156
Tropospheric Composition and Structure：
Theory 159
Cloud Condensation in the NH3–H2O–H2S
System 165
Cloud Physics on the Jovian Planets 174
Galileo Perspectives on Jovian Clouds 179
Ion Production in the Jovian Atmosphere 180
Visible and Infrared Radiative Transfer 183
Horizontal Structure and
Atmospheric Circulation 187
Photochemistry and Aeronomy 200
The Jovian Thermosphere 217
Radiophysics and Magnetospheres of Jupiter
and Saturn 218
The Interiors of Uranus and Neptune 229
Atmospheres of Uranus and Neptune 238
Perspectives 247
Exercises 247
VI Pluto and the Icy Satellites of
the Outer Planets
Introduction 252
Surfaces of Icy Satellites 253
Eclipse Radiometry 256
Surface Temperatures 257
Surface Morphology of the Galilean
Satellites 258
Density and Composition of Icy Satellites 265
Internal Thermal Structure of Galilean
Satellites 267
Dynamical Interactions of the Galilean
Satellites 272
Thermal and Tectonic Evolution of Icy
Satellites 275
Minor Satellites of Jupiter 278
Planetary Rings 280
Titan 289
The Intermediate—Sized Saturnian Satellites 293
Minor Satellites of Saturn 296
Satellites of Uranus 299
Satellites of Neptune 303
The Pluto–Charon System 308
The Neptune–Pluto Resonance 311
Spacecraft Exploration 311
Exercises 312
VII Comets and Meteors
Historical Perspectives 317
Nature and Nomenclature of Comets 319
Cometary Orbits 321
Heating by Passing Stars 325
Evaporation and Nongravitational Forces 326
The Nucleus and Coma of P/Halley 328
Chemistry and Photochemistry of Water 328
Further Chemical Processes in the Coma
and Tail 332
Behavior of Small Particles 333
Dynamical Behavior of Dust in Space 334
Meteors 336
Cometary Fireballs 343
Cometary Impacts on Jupiter 344
Exercises 347
VIII Meteorites and Asteroids
Introduction 350
Introduction to Meteorites 350
Meteorite Orbits 353
Phenomena of Fall 355
Physical Properties of Meteorites 358
Meteorite Minerals 362
Taxonomy and Composition of Chondrites 362
Metamorphic Grades of Chondrites 367
Taxonomy and Composition of Achondrites 369
Taxonomy and Composition of Stony—Irons 371
Taxonomy and Composition of Irons 372
Isotopic Composition of Meteorites 375
Genetic Relationships between Meteorite
Classes 382
Introduction to Asteroids 384
Asteroid Orbits 386
Stability of Trojan and Plutino Orbits 389
Sizes， Shapes， and Albedos of Asteroids 391
Masses and Densities of Asteroids 393
Photometry and Spectroscopy of Asteroids 394
Thermal Evolution of Asteroids 401
Dynamical Evolution of the Asteroid Belt 406
Centaurs and Trans—Neptunian Objects 409
Relationships among Asteroids， Meteorites，
and Comets 412
Radar Observations of Near—Earth Asteroids 415
Asteroid Resources 416
Exercises 419
IX The Airless Rocky Bodies： Io，
Phobos， Deimos， the Moon， and Mercury
Introduction 424
Orbits and Physical Structure of Phobos
and Deimos 426
Io： General Properties 430
Io： Surface Processes 430
Io： Internal Energy Sources 432
Io： Geology 433
Io： Atmospheric and Volcanic Gases 435
Io： Escape and the Plasma Torus 437
Io： Genetic Relationships 438
Impact Cratering 438
Motions of the Moon 443
Physical Properties of the Moon 445
Elemental Composition of the Moon’s
Surface 445
Lunar Rock Types 447
Lunar Minerals 449
Lunar Elemental Abundance Patterns 451
Geology of the Moon 451
Geophysics of the Moon 452
History of the Earth–Moon System 456
Origin and Internal Evolution of the Moon 458
Solar Wind Interaction with the Moon
and Mercury 460
The Planet Mercury 461
Motions of Mercury 461
Composition and Structure of Mercury 462
Noncrater Geology of Mercury 463
Geophysics of Mercury 463
Atmospheres of Mercury and the Moon 468
Polar Deposits on Mercury and the Moon 469
Unfinished Business 472
Exercises 474
X The Terrestrial Planets： Mars，
Venus， and Earth
Introduction 477
Mars 478
Motions of Mars 479
Density and Figure of Mars 479
Geophysical Data on Mars 481
Gravity and Tectonics of Mars 483
Geology of Mars 483
Surface Composition 496
Viking Lander Investigations 503
The Shergottite， Nakhlite， and
Chassignite Meteorites 505
Atmospheric Structure 508
Atmospheric Circulation 509
Atmospheric Composition 510
Photochemical Stability and
Atmospheric Escape 513
Explosive Blowoff 519
Origin and Evolution of the Atmosphere 519
Organic Matter and the Origin of Life 522
Venus 524
Motions and Dynamics of Venus 526
Geophysical Data on Venus 526
Geology of Venus 528
Venus： Atmospheric Structure and
Motions 534
Venus： Atmospheric Composition 537
Venus： Atmosphere–Lithosphere
Interactions 539
Venus： Photochemistry and Aeronomy 543
Venus： Atmospheric Escape 547
Venus： Planetary Evolution 549
Earth 550
Earth： Motions 551
Earth： Internal Structure 552
Earth： Magnetic Field and Magnetosphere 554
Earth： Surface Geology 554
Earth： Early Geological History 557
Earth： Biological History 559
Earth： Geochemistry and Petrology 563
Weathering in the Rock Cycle 566
Earth： Atmospheric Composition
and Cycles 568
Radiocarbon Dating 573
Stable Isotope Climate Records 574
Photochemistry and Aeronomy 575
Escape and Infall 575
Climate History， Polar Ice， and Ice Ages 579
Life： Origins 582
Life： Stability of the Biosphere 587
Exercises 588
XI Planets and Life around
Other Stars
Chemical and Physical Prerequisites of Life 592
The Planetary Environment 595
The Stellar Environment 597
Brown Dwarfs 600
The Search for Planets of Other Stars 603
The Search for Extraterrestrial Intelligence 606
Exercises 608
XII Future Prospects
Mercury 611
Venus 612
Earth’s Moon 612
Mars 613
Asteroids 614
Jupiter 615
Saturn， Uranus， and Neptune 615
Pluto 615
Comets 616
Beyond the Solar System 616
Appendix I： Equilibrium
Thermodynamics 621
Heat and Work 621
Adiabatic Processes and Entropy 622
Useful Work and the Gibbs Free Energy 623
Chemical Equilibrium 623
Exact and Complete Differentials 624
The Maxwell Relations 625
Appendix II： Absorption and
Emission of Radiation by
Quantum Oscillators 626
Appendix III： Exploration of the
Solar System 629
Appendix IV： Basic Physical
Constants 634
Appendix V： Gravity Fields 635
Suggested Readings
Introduction 637
Chapter I–Introduction 637
Chapter II–Astronomical Perspective 637
Chapter III–General Description of the
Solar System 638
Chapter IV–The Sun and the Solar Nebula 638
Chapter V–The Major Planets 638
Chapter VI–Pluto and the Icy Satellites of the
Outer Planets 639
Chapter VII–Comets and Meteors 639
Chapter VIII–Meteorites and Asteroids 639
Chapter IX–The Airless Rocky Bodies： Io， Phobos，
Deimos， the Moon， and Mercury 640
Chapter X–The Terrestrial Planets： Mars， Venus，
and Earth 640
Chapter XI–Planets and Life
around Other Stars 641
Chapter XII–Future Prospects 642
Index 643
