An interdisciplinary, easy-to-understand introduction, covering fundamental theory and practical applications. Featuring numerous operational examples, and interpretation of radar observations, this is a perfect resource for scientists and engineers working on or with radars, as well as senior undergraduate and graduate students.
An interdisciplinary, easy-to-understand introduction, covering fundamental theory and practical applications. Featuring numerous operational examples, and interpretation of radar observations, this is a perfect resource for scientists and engineers working on or with radars, as well as senior undergraduate and graduate students.
V. Chandrasekar (Chandra) is a University Distinguished Professor at Colorado State University. He is a Fellow of the IEEE, URSI, and the American Meteorological Society.
Inhaltsangabe
1. Introduction 2. Elements of dual-polarization radar systems 3. Essential precipitation physics for dual-polarization radar 4. Basic scattering theory and principles for radar meteorology. 5. Introduction to weather radar signals 6. Weather radar signal processing 7. Data quality, data science, and engineering of weather radars 8. Rate observations and classification 9. Rainfall estimation and attenuation correction 10. Weather radar networks.
1. Introduction 2. Elements of dual-polarization radar systems 3. Essential precipitation physics for dual-polarization radar 4. Basic scattering theory and principles for radar meteorology. 5. Introduction to weather radar signals 6. Weather radar signal processing 7. Data quality, data science, and engineering of weather radars 8. Rate observations and classification 9. Rainfall estimation and attenuation correction 10. Weather radar networks.
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