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Planetary Atmospheres | p. 1 |
Atmospheric Constituents | p. 1 |
Atmospheric Structure | p. 4 |
Pressure Variation with Height | p. 4 |
Temperature Variation with Height | p. 7 |
Circulation in the Atmosphere | p. 11 |
Centrifugal and Coriolis Forces | p. 11 |
Physical Effects of the Centrifugal and Coriolis Forces | p. 13 |
The Centrifugal Force | p. 13 |
The Coriolis Force | p. 15 |
Pressure Gradient Force | p. 16 |
Friction | p. 17 |
Geostrophic Balance and Geostrophic Winds | p. 18 |
Thermal Effects | p. 19 |
Thermal Circulation | p. 19 |
The Thermal Wind | p. 20 |
Global Circulation | p. 22 |
The Observed Surface Pattern | p. 22 |
The Hadley Cell | p. 24 |
The Ferrel and Polar Cells | p. 25 |
Eddie Motions in the Westerlies | p. 26 |
Air Masses and Fronts | p. 27 |
Jet Streams | p. 27 |
Atmospheric Effects on the Heat Budget | p. 30 |
The Earth | p. 30 |
Troposphere of the Earth | p. 31 |
Stratosphere and Mesosphere | p. 32 |
Thermosphere | p. 33 |
Exosphere | p. 34 |
Mars | p. 34 |
Troposphere | p. 36 |
Stratomesosphere | p. 36 |
Thermosphere | p. 36 |
Venus | p. 36 |
Troposphere | p. 37 |
Stratomesosphere | p. 37 |
Thermosphere | p. 37 |
Planetary Circulation Effects | p. 38 |
Circulation and the Coriolis Force | p. 38 |
Meridional (N-S) Circulation | p. 39 |
Zonal (E-W) Circulation | p. 39 |
Mars | p. 40 |
Venus | p. 41 |
Atmospheric Superrotation | p. 41 |
Cyclostrophic Balance | p. 41 |
Atmospheric Angular Momentum | p. 42 |
Superrotation vs. Other Circulation Patterns | p. 43 |
Other Considerations | p. 44 |
Latent Heat | p. 44 |
Thermal Inertia | p. 44 |
Brunt-Vaisala Frequency | p. 44 |
Diffusion and Mixing in Planetary Atmospheres | p. 45 |
Diffusion | p. 45 |
Diffusion vs. Mixing | p. 47 |
The Homopause | p. 48 |
Chemical Cycles | p. 48 |
Carbon Cycle (Earth) | p. 48 |
Oxygen Cycle (Earth) | p. 48 |
Nitrogen Cycle (Earth) | p. 49 |
Sulfur Cycle (Earth) | p. 51 |
Sulfur Cycle (Venus) | p. 52 |
Thermospheric Chemistry of Neutrals (Earth) | p. 53 |
Excess Radiation | p. 54 |
Planetary Ionospheres and Magnetospheres | p. 57 |
Earth: Ionospheric Layers | p. 57 |
The F Layer | p. 57 |
Atoms and Ions in the F Layer | p. 57 |
Production Mechanisms | p. 58 |
Loss Mechanisms | p. 58 |
Ion Concentration vs. Altitude | p. 59 |
Charge Separation | p. 60 |
The E Layer | p. 60 |
Atoms and Ions in the E Layer | p. 60 |
Production Mechanisms | p. 60 |
Loss Mechanisms | p. 61 |
The D Layer | p. 61 |
Dominant Ions | p. 61 |
Production Mechanisms | p. 62 |
Loss Mechanisms | p. 63 |
Reflection of Radio Waves | p. 63 |
Atmospheric and Ionospheric Chemistry on Mars and Venus | p. 64 |
Neutral Atmosphere of Mars | p. 64 |
Neutral Atmosphere of Venus | p. 65 |
Ionosphere of Mars | p. 66 |
Dominant Ions | p. 66 |
Production Mechanisms | p. 66 |
Loss Mechanisms | p. 67 |
Ionosphere of Venus | p. 67 |
Dominant Ions | p. 67 |
Production and Loss Mechanisms | p. 68 |
Atmospheric Escape Mechanisms | p. 68 |
Jeans Escape | p. 68 |
Suprathermal Atoms and Ions | p. 69 |
Solar Wind | p. 69 |
Maxwell's Equations and the Plasma Frequency | p. 70 |
Maxwell's Equations | p. 70 |
Application to a Polarized Wave | p. 72 |
The Earth's Magnetosphere | p. 75 |
Forces Acting on Charged Particles | p. 79 |
The Lorentz Force | p. 79 |
The Gravitational Force | p. 79 |
E Uniform and Time-Independent; B = 0 | p. 79 |
B Uniform and Time-Independent; E = 0 | p. 80 |
Guiding Center | p. 82 |
Diamagnetism | p. 83 |
E x B Drift and Field-Aligned Currents | p. 84 |
E x B Drift with Collisions | p. 86 |
Polarization Drift | p. 87 |
Gradient and Curvature Drift | p. 88 |
Gradient Drift | p. 88 |
Curvature Drift | p. 89 |
Electric Currents in the Ionosphere and Magnetosphere | p. 90 |
The Ionospheric Dynamo | p. 90 |
The S[subscript q] ("Solar Quiet") Current System | p. 90 |
The L[subscript q] ("Lunar Quiet") Current System | p. 90 |
Boundary Current | p. 91 |
Ring Current | p. 92 |
Magnetic Mirrors | p. 92 |
Characteristics of the Motion | p. 93 |
Trapping and Precipitation | p. 95 |
The Ring Current | p. 98 |
Magnetic Storms | p. 99 |
Magnetospheric Convection | p. 100 |
The Magnetotail Current Sheet | p. 101 |
Magnetospheric Substorms | p. 102 |
Coupling Between the Magnetosphere and the Ionosphere | p. 103 |
Magnetospheres of Mercury, Venus, and Mars | p. 107 |
Mercury | p. 107 |
Venus | p. 110 |
Mars | p. 113 |
The Giant Planets | p. 119 |
Jupiter | p. 119 |
Visible Phenomena | p. 121 |
Jovian Atmospheric Structure | p. 126 |
Saturn | p. 128 |
Uranus | p. 131 |
Neptune | p. 133 |
Internal Pressures | p. 136 |
Excess Radiation | p. 137 |
Ionospheres of the Giant Planets | p. 139 |
The Jovian Magnetosphere | p. 140 |
Inner Magnetosphere of Jupiter | p. 141 |
Middle Magnetosphere of Jupiter | p. 141 |
Outer Magnetosphere of Jupiter | p. 142 |
Interaction with Io | p. 143 |
DAM | p. 145 |
Neutral and Ionized Population of the Jovian Magnetosphere | p. 145 |
Io as a Source of Particles | p. 146 |
Rate of Supply | p. 146 |
Loss Mechanisms from Io | p. 146 |
Satellite and Ring Systems | p. 151 |
Satellites | p. 151 |
The Moons of Mars | p. 161 |
The Moons of Jupiter | p. 163 |
Io | p. 164 |
Europa | p. 166 |
Ganymede | p. 168 |
Callisto | p. 170 |
The Moons of Saturn | p. 173 |
Titan | p. 175 |
Uranian Moons | p. 183 |
Neptunian Moons | p. 184 |
Triton | p. 185 |
Pluto-Charon | p. 186 |
Origins of Ring systems | p. 189 |
Ring Structures | p. 192 |
Jovian Rings | p. 192 |
Saturnian Rings | p. 192 |
Uranian Rings | p. 198 |
Neptunian Rings | p. 200 |
Nature and Possible Origins of the Ring Structures | p. 201 |
Orbital Stability of the Moons and the Case of Pluto | p. 203 |
Satellite Stability | p. 203 |
Conjectures about Pluto | p. 205 |
Origins of the Moons | p. 207 |
Comets and Meteors | p. 213 |
Comets in History | p. 213 |
Early History | p. 213 |
Tycho Brahe and the Comet of 1577 | p. 215 |
Later Historical Studies | p. 216 |
Comet Designations | p. 218 |
Cometary Orbits | p. 220 |
Typical and Historically Important Comets | p. 225 |
Cometary Structure | p. 229 |
Cometary Composition | p. 231 |
Origins of Comets | p. 237 |
Cometary Demise | p. 240 |
Meteor Showers | p. 242 |
Meteors | p. 243 |
Basic Meteor Phenomena and Circumstances | p. 243 |
Meteor Heating and Incandescence | p. 243 |
Micrometeorites | p. 249 |
Dust Destinies | p. 251 |
Radiation Pressure | p. 251 |
Meteorites, Asteroids and the Age and Origin of the Solar System | p. 257 |
Stones from Heaven | p. 257 |
Categories and Nomenclature of Meteorites | p. 258 |
Broad Categories | p. 258 |
Another Distinction: Falls and Finds | p. 259 |
Nomenclature | p. 259 |
Petrographic Categories | p. 259 |
Meteorite Groupings and Subgroupings | p. 260 |
Undifferentiated Meteorites | p. 260 |
Differentiated Meteorites | p. 262 |
Undifferentiated Meteorites: the Chondrites | p. 265 |
Defining the Chondrites | p. 265 |
Carbonaceous Chondrites | p. 269 |
Ordinary Chondrites | p. 270 |
Enstatites | p. 270 |
The R Group | p. 271 |
Former Members, from the IAB Clan | p. 271 |
Origins of the Chondrites | p. 271 |
DSR Meteorites | p. 273 |
The Igneous Clan | p. 273 |
Other DSR Meteorites | p. 274 |
Iron Meteorites | p. 277 |
Ages and Origins of Meteorites | p. 279 |
Radiogenic Ages | p. 279 |
Gas Retention Ages | p. 282 |
Cosmic Ray Exposure Ages | p. 283 |
Case Study: The Zagami SNC Basaltic Shergottite | p. 283 |
Other Sources of Evidence for Meteoritic Origins | p. 284 |
Parent Bodies and the Asteroids | p. 286 |
The Discovery of Ceres | p. 286 |
Nomenclature | p. 287 |
Families of Orbits | p. 290 |
Dimensions and Masses of Asteroids | p. 293 |
Asteroid Dimensions and Albedo | p. 293 |
Asteroid Masses and Densities | p. 297 |
Asteroids and Meteorites | p. 298 |
Implications for the Origin of the Solar System | p. 302 |
The Solar Nebula | p. 303 |
The Proto-Planetary Disk | p. 305 |
Extra-Solar Planetary Systems | p. 313 |
Historical Perspective | p. 313 |
Methods to Find "Small"-Mass Companions | p. 338 |
Radial Velocity Variations of the Visible Component | p. 338 |
Transit eclipses | p. 342 |
Astrometric Variations | p. 347 |
Gravitational Lensing | p. 348 |
Direct Imaging and Spectroscopy | p. 350 |
Pulsar Timings | p. 351 |
Indirect Effects | p. 352 |
Definitions of Planets and Brown Dwarfs | p. 353 |
Extra-Solar Planets Detected or Strongly Suspected | p. 356 |
HD 209458b | p. 358 |
The Multi-Planet System of v Andromedae | p. 360 |
The Multi-Planet System of 55 Cancri | p. 361 |
The Multi-Planet System of HD 37124 | p. 361 |
The Multi-Planet System of HD 69830 | p. 362 |
The Multi-Planet System of Gliese J 876 | p. 363 |
The [epsilon] Eridani System | p. 363 |
The TrES-1 System | p. 364 |
The XO-1 System | p. 365 |
The OGLE-TR-10 System | p. 366 |
Origins of Brown Dwarfs and Planets | p. 367 |
Index | p. 387 |
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