Introduction to Planetary Science

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$P 0.1 Stabilişti natura şsi suma seriilor: a) Σ 1 n\ ; b) Σ arctan 1 n# + n ...$

Introduction to Planetary Science The Geological Perspective GUNTER FAURE The Ohio State University, Columbus, Ohio, USA TERESA M. MENSING The Ohio State University, Marion, Ohio, USA
Page 2: Introduction to Planetary Science
Page 8: In memory of Dr. Erich Langenberg,
Page 12: viii table of contents 4.4. The Mil
Page 16: x table of contents 9.10.2. NASA: C
Page 20: xii table of contents 13.3. First L
Page 24: xiv table of contents 19. Neptune:
Page 28: The Earth and the Moon. Montage of
Page 32: xviii preface Our current knowledge
Page 36: xx preface Our interest in and know
Page 40: 2 chapter 1 Figure 1.1. John F. Ken
Page 44: 4 chapter 1 the coast of New Zealan
Page 48: 6 chapter 1 Figure 1.3. Robert H. G
Page 52: 8 chapter 1 engine. Therefore, spac
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10 chapter 1 and France included sc
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12 chapter 1 Kosmodemyansky AA (195
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14 chapter 2 Figure 2.1. The conste
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16 chapter 2 Figure 2.2. Galileo Ga
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18 chapter 2 The units of velocity
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20 chapter 2 Research, Reviews of G
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The solar system is dominated in al
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the planets of the solar system 25
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An acceptable theory of the origin
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life and death of stars 37 Figure 4
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life and death of stars 39 Table 4.
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life and death of stars 41 for an a
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life and death of stars 43 Figure 4
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life and death of stars 45 27 thous
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life and death of stars 47 The expa
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The Milky Way galaxy contains cloud
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origin of the solar system 51 and t
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origin of the solar system 53 theor
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origin of the solar system 55 Figur
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origin of the solar system 57 emiss
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origin of the solar system 59 Figur
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origin of the solar system 61 drama
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origin of the solar system 63 3. Th
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66 chapter 6 Figure 6.1. This pictu
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68 chapter 6 Figure 6.2. This paint
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70 chapter 6 Figure 6.4. The interi
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72 chapter 6 colors green plants).
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74 chapter 6 decreases which causes
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76 chapter 6 of the oceanic crust,
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78 chapter 6 Figure 6.8. Mt. Fuji-s
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80 chapter 6 Figure 6.10. The magne
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82 chapter 6 asthenosphere, respond
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84 chapter 6 air mass. If the tempe
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86 chapter 6 Schopf JW (ed) Earth
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88 chapter 7 his own work demonstra
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90 chapter 7 Figure 7.2. According
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92 chapter 7 Figure 7.3. The orbita
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94 chapter 7 Figure 7.5. The inferi
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96 chapter 7 Figure 7.6. The synodi
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98 chapter 7 Nothing in our every-d
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100 chapter 7 Figure 7.9. The gravi
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102 chapter 7 Figure 7.11. The seas
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104 chapter 7 Figure 7.13. Variatio
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106 chapter 7 7.6.3 Synodic Periods
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108 chapter 7 Clark GR II (1968) Mo
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110 chapter 8 Figure 8.1. Ahnighito
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112 chapter 8 Figure 8.2. The Sikho
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114 chapter 8 Figure 8.4. A. Allend
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116 chapter 8 fragments of still la
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118 chapter 8 Figure 8.8. The numbe
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120 chapter 8 continents without a
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122 chapter 8 Table 8.3. Elements t
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124 chapter 8 Figure 8.11. The stru
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126 chapter 8 the present rate. Nev
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128 chapter 8 Figure 8.15. Devastat
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130 chapter 8 time. As a result, a
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132 chapter 8 P 0 = number of paren
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134 chapter 8 where the radius r =
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136 chapter 8 Dietz RS (1947) Meteo
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The Moon in Figure 9.1 is the only
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the earth-moon system 141 Figure 9.
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the earth-moon system 143 3. Erupti
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the earth-moon system 149 Table 9.2
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the earth-moon system 151 one trill
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the earth-moon system 153 crystalli
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the earth-moon system 155 Moon does
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the earth-moon system 159 e. Explor
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the earth-moon system 163 9.12 Scie
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the earth-moon system 165 desired n
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Mercury is the smallest of the terr
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mercury: too hot for comfort 169 Th
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mercury: too hot for comfort 171 te
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mercury: too hot for comfort 173 Fi
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mercury: too hot for comfort 177 of
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mercury: too hot for comfort 181 a
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184 chapter 11 Figure 11.1. The fou
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186 chapter 11 Figure 11.3. Shaded
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188 chapter 11 Figure 11.5. Lava fl
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190 chapter 11 Figure 11.7. Lava do
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192 chapter 11 Table 11.1. Chemical
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194 chapter 11 Figure 11.11. Illust
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196 chapter 11 Figure 11.13. A set
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198 chapter 11 Figure 11.15. Most o
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200 chapter 11 Figure 11.16. The ca
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202 chapter 11 An alternative expla
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204 chapter 11 The problem with thi
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206 chapter 11 atmospheric pressure
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208 chapter 11 radiation and theref
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210 chapter 11 Nimmo F, McKenzie D
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212 chapter 12 Figure 12.1. This gl
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214 chapter 12 decompression meltin
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216 chapter 12 Table 12.3. Orbital
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218 chapter 12 northern hemisphere
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220 chapter 12 lava flows on the su
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222 chapter 12 Figure 12.5. Aerial
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224 chapter 12 Figure 12.7. The lan
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226 chapter 12 Figure 12.8. The sur
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228 chapter 12 12.4.3 Hadriaca Pate
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230 chapter 12 a gradual decrease o
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232 chapter 12 Figure 12.13. Yuty c
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234 chapter 12 Figure 12.14. The su
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236 chapter 12 The effectiveness of
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238 chapter 12 capable of drilling
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240 chapter 12 Figure 12.18. Topogr
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242 chapter 12 hundred million year
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244 chapter 12 Figure 12.19. Sawed
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246 chapter 12 January 3, 2004. Thi
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248 chapter 12 Figure 12.23. The ro
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250 chapter 12 life-support systems
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252 chapter 12 being tested by NASA
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254 chapter 12 consisting of the ox
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256 chapter 12 in the hot deserts o
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258 chapter 12 pressure. When the f
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The solar system contains hundreds
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asteroids: shattered worlds 263 Tab
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asteroids: shattered worlds 265 Fig
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asteroids: shattered worlds 267 Onl
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asteroids: shattered worlds 269 cra
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asteroids: shattered worlds 271 Fig
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asteroids: shattered worlds 273 13.
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asteroids: shattered worlds 275 yea
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asteroids: shattered worlds 277 the
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asteroids: shattered worlds 279 3 Y
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We now enter the outer regions of t
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jupiter: heavy-weight champion 283
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298 chapter 15 Figure 15.1. The mon
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300 chapter 15 distance from the ce
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302 chapter 15 surprisingly short a
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304 chapter 15 fields were not stro
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306 chapter 15 Table 15.2. Major vo
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308 chapter 15 insulates the hot la
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310 chapter 15 Figure 15.9. Complex
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312 chapter 15 appears to be circul
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314 chapter 15 to 2.38 km/s for the
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316 chapter 15 ice remain on opposi
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318 chapter 15 Table 15.3. Impact c
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320 chapter 15 of explaining the fo
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322 chapter 15 where life did origi
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324 chapter 15 Figure 15.16. Ganyme
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326 chapter 15 Figure 15.18. Close-
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328 chapter 15 two times longer tha
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330 chapter 15 Figure 15.21. The As
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332 chapter 15 Substituting into eq
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Saturn in Figure 16.1 is the second
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saturn: the beauty of rings 337 Tab
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saturn: the beauty of rings 339 (0.
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saturn: the beauty of rings 341 and
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saturn: the beauty of rings 343 mos
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saturn: the beauty of rings 345 Fig
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saturn: the beauty of rings 347 Fig
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saturn: the beauty of rings 349 mol
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saturn: the beauty of rings 351 16.
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saturn: the beauty of rings 353 3.
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saturn: the beauty of rings 355 met
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saturn: the beauty of rings 357 Mor
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360 chapter 17 Figure 17.1. The sur
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362 chapter 17 constituent within a
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364 chapter 17 resulted from the de
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366 chapter 17 overheating of the E
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The planet Uranus in Figure 18.1 wa
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uranus: what happened here? 371 Tab
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uranus: what happened here? 373 to
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uranus: what happened here? 375 an
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uranus: what happened here? 377 the
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uranus: what happened here? 379 hav
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uranus: what happened here? 381 Fig
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uranus: what happened here? 383 Not
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After Uranus had been discovered in
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neptune: more surprises 387 Triton
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neptune: more surprises 389 about 2
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neptune: more surprises 391 electri
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neptune: more surprises 393 its low
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neptune: more surprises 395 Figure
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neptune: more surprises 397 that Ne
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neptune: more surprises 399 Encyclo
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402 chapter 20 Figure 20.1. Pluto a
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404 chapter 20 Figure 20.2. The pla
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406 chapter 20 Figure 20.3. Pluto a
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408 chapter 20 Lang KR, Whitney CA
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410 chapter 21 The shapes and sizes
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412 chapter 21 Figure 21.2. The orb
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414 chapter 21 Figure 21.3. A. The
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416 chapter 21 approximately equal
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418 chapter 21 EKOs whose semi-majo
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Comets have played an important rol
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comets: coming inside from the cold
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Now that we have explored the plane
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earth: the cradle of humans 443 The
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earth: the cradle of humans 445 on
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earth: the cradle of humans 447 Fig
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earth: the cradle of humans 449 23.
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earth: the cradle of humans 451 sur
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earth: the cradle of humans 453 M.H
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456 chapter 24 A similar phenomenon
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458 chapter 24 object identified as
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460 chapter 24 of the Sun (i.e., 0.
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462 chapter 24 1. The distance of t
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464 chapter 24 television came into
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466 chapter 24 and to have a core t
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468 chapter 24 Tarter JC, Chyba CF
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470 appendix 1 A1.4.1 Distance (m)
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472 appendix 1 A1.14 Roche Limits T
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474 appendix 1 k = 138 × 10 −23
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476 appendix 2 (Continued) Planet S
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478 appendix 2 (Continued) Name a A
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Glossary Geographic places and the
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glossary 483 Biosphere The total of
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glossary 485 Dormant volcano A volc
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glossary 487 Gas tail The part of t
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glossary 489 Intelligence The chara
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glossary 491 Main-belt asteroids As
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glossary 493 Nuclear fission A reac
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glossary 495 Pioneer American progr
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glossary 497 Red shift The increase
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glossary 499 Snowball Earth A somew
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glossary 501 Tidal forces The diffe
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Only the names of the first authors
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author index 505 Graedel, T.E. 101,
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author index 507 P Papanastassiou,
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d = diagram, t = table, p = photogr
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subject index 511 Celetial mechanic
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subject index 513 physical properti
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subject index 515 Hydrogen fusion r
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subject index 517 Gusev crater 246-
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subject index 519 kinetic energy, T
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subject index 521 Nuclear weapons,
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subject index 523 Solar system dwar
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subject index 525 basalt 187-192, 1
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