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Full Description
The book presents a thorough theoretical treatment of all aspects of traditional narrow band model methods for radiation transport. The familiar bands consisting of regular and random line arrangement, as well as various hybrid and cluster arrangements, are treated. Closely related methods such as the exponential wide band and k-distribution approaches are also considered. Particular attention is given to optical paths with exponential-pressure variation (relevant to meteorological applications) and to optical paths consisting of two or more uniform cells in series (relevant to remote sensing applications).
Contents
Part 1: Uniform Optical Paths; Chapter 2 Absorption by Isolated Lines (Uniform Paths); Chapter 3 Exact Band Models; Chapter 4 Regular Band Models; Chapter 5 Random Band Models; Chapter 6 Hybrid and Cluster Models; Chapter 7 Related Topics in Radiation Transport; Part 2: Nonuniform Optical Paths; Chapter 8 Absorption by Isolated Lines (Nonuniform Paths); Chapter 9 The Adaptation of Uniform Band Models for Nonuniform Paths; Chapter 10 The Derivative Approach in Random Band Models; Chapter 11 Exponential-Pressure Models; Chapter 12 Multicell Models.