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| Compiles an overview of current understanding of all aspects of Titan, at a comprehensive and scientific level, in terms basic enough to be accessible to the nonspecialist. |
| prolegomena chapter 1: introduction 1.1 early history 1.2 titan in mythology 1.3 the 20th century, before voyager 1.4 titan in the space age 1.5 sources and further reading chapter 2: observations of titan 2.1 introduction: space exploration of our solar system 2.2 space missions to the saturnian system 2.2.1 pioneer ll: first to saturn 2.2.2 the voyager missions 2.2.3 results from voyager: an overview 2.2.4 the cassini-huygens mission 2.3 space observatories 2.3.1 the hubble space telescope （hst） 2.3.2 the next generation space telescope （ngst） 2.3.3 the infrared space observatory （iso） 2.4 ground-based observatories 2.4.1 the mauna kea observatories . 2.4.2 the european southern observatories 2.4.3 the iram telescope and radio astronomy 2.4.4 the very large array 2.4.5 other observatories 2.5 sources and further reading chapter 3: atmospheric physics and thermal structure 3.1 physical aspects of a substantial atmosphere 3.1.1 definitions 3.1.2 thermal structure and nomenclature 3.1.3 troposphere 3.1.4 stratosphere 3.1.5 mesosphere 3.1.6 thermosphere 3.1.7 exosphere 3.2 atmospheric radiative transfer 3.2.1 solar radiation 3.2.2 thermal radiation 3.2.3 energy balance and surface temperature 3.2.4 atmospheric temperature profile 3.3 atmospheric observations 3.3.1 remote temperature sounding 3.3.2 vertical resolution 3.4 measurements of titan's atmospheric temperature 3.4.1 the lower atmosphere 3.4.2 energy balance and the temperature profilein the thermosphere 3.4.3 stellar occultation 3.5 titan's ionosphere 3.6 sources and further reading chapter 4: chemistry and composition 4.1 stratospheric composition and variations 4.1.1 analysis of the voyager infrared data 4.1.2 seventeen years after voyager, the iso looks at 4.1.3 ground-based observations of the atmosphere 4.2 interpreting molecular abundances 4.2.1 oxygen-bearing molecules: co, co2 and h2o 4.2.2 argon 4.2.3 deuterium: ch3d and d/h ratio 4.3 photochemistry 4.3.1 hydrocarbons 4.3.2 nitriles 4.3.3 oxygen compounds 4.3.4 condensation efficiencies 4.3.5 aerosol production 4.4 sources and further reading chapter 5: aerosols and condensates chapter 6: atmospheric dynamics and meteorology chapter 7: the surface and interior of titan chapter 8: titan in the solar system chapter 9: cassini and huygens:orbiting saturn and landing on titan chapter 10: epilogue references and bibliography |
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