534 pages, 187 illustrations, 11 tables
Describes all aspects of the theory, instrumental techniques and observational results of the remote sensing of objects in our Solar System through studies of infrared radiation. Fully revised, this 2nd edition incorporates the latest technologies, new mission results and scientific discoveries. Also includes a fully up-dated bibliography to reflect the advances made in this field during the past ten years. All the planets and many of their satellites, asteroids and comets are discussed.
From review of the First Edition:
"Hanel and coauthors are among the foremost practitioners of infrared remote sensing as applied to planetary exploration. Highly recommended for libraries maintaining a research collection in comparative planetology or atmospheric physics."
- F. R. Chromey, Choice
"Because Hanel and colleagues have (rightly) concentrated on the underlying fundamental principles, their discussion will provide a useful reference for years to come. This book is a valuable resource volume which many planetary scientists and advanced graduate students would find worth consulting."
- Bruce Fegley, Jr, Geochimica Et Cosmochimica Acta
"[...] presents an outstanding review and appraisal of the theory, instrumentation and interpretation of infrared planetary astronomy conducted mainly from spacecraft [...] a lot of attention is directed toward spectroscopy, including some gorgeous Voyager emission spectra from the limb of Titan that show an exotic menagerie of hydrocarbons."
- Joseph W. Chamberlain, American Scientist
"[...] a valuable addition to the literature. As mentioned earlier, it would benefit a much wider readership than its title suggests."
- Optics and Photonics News
"[...] will appeal to advanced students and professional planetary science researchers."
- The Strolling Astronomer: J.A.L.P.O.
1. Foundation of radiation theory
2. Radiative transfer
3. Interaction of radiation with matter
4. The emerging radiation field
5. Instruments to measure the radiation field
6. The measured radiation field
7. Trans-Neptunian objects and asteroids
8. Retrieval of physical parameters from measurements
9. Interpretation of results
Appendix 1. Mathematical formulas
Appendix 2. Physical constants
Appendix 3. Planetary and satellite parameters
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Rudolf Hanel worked at the Goddard Space Flight Center for 31 years where he served as Principal Investigator on missions around Earth, Mars and the outer planets.
Barney Conrath was affiliated to the Goddard Space Flight Center from 1960 until 1995 and is currently a visiting faculty member in the Cornell University Center for Radiophysics and Space Research.
Donald Jennings has worked at the Goddard Space Flight Center since 1977 and is presently Instrument Scientist working on the Cassini mission to Saturn.
Robert Samuelson worked as a research scientist at the Goddard Space Flight Center for 39 years before retiring from government service. He now works as a Research Associate at the University of Maryland.