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Informationen zum Autor Alberto Patiño Douce is a Professor in the Department of Geology at the University of Georgia, where he has been for almost 20 years. He has very wide research interests, which include the origin of Earth's continents, the nature of the early terrestrial atmosphere, the volatile contents of the Martian mantle and of meteorite parent bodies, the origin of life, foundational issues in classical and non-equilibrium thermodynamics, applications of statistical physics to human societies, and the reasons why human cultures repeatedly ignore the finiteness of natural resources, overreach and self-destroy. His teaching in geology, planetary sciences and thermodynamics at all levels is recognized as being unusually intense, quantitative, energetic, demanding and uncompromising, but despite this he is a frequent recipient of his department's 'Professor of the Year' award, chosen by student vote. His former Ph.D. students are pursuing a wide range of careers in academia, at NASA and in national security. He is an Associate Editor for the journal Lithos and formerly for Mineralogy and Petrology. Klappentext Intuitive yet mathematically rigorous introduction to thermodynamics of planetary processes for advanced students and researchers in Earth and planetary sciences. Zusammenfassung This textbook provides an intuitive yet mathematically rigorous introduction to thermodynamics of planetary processes for advanced students in Earth and planetary sciences. It also provides an innovative and quantitative complement to courses in geological thermodynamics! petrology! chemical oceanography! planetary science! and is of great interest to researchers in these areas. Inhaltsverzeichnis 1. Energy in planetary processes and the First Law of Thermodynamics; 2. Energy sources in planetary bodies; 3. Energy transfer processes in planetary bodies; 4. The Second Law of Thermodynamics and thermodynamic potentials; 5. Chemical equilibrium: using composition as a thermodynamic variable; 6. Phase equilibrium and phase diagrams; 7. Critical phase transitions; 8. Equations of state for solids and the internal structure of terrestrial planets; 9. Thermodynamics of planetary volatiles; 10. Melting in planetary bodies; 11. Dilute solutions; 12. Non-equilibrium thermodynamics and rates of natural processes; 13. Topics in atmospheric thermodynamics and radiative energy transfer; 14. Thermodynamics of life; References; Index....
