This book investigates the complex phenomenon of multiple scattering of light by particles, focusing on the theoretical frameworks of radiative transfer and the specific effect of coherent backscattering. It delves into the fundamental principles governing how light interacts with and propagates through media containing dispersed particles, such as aerosols and clouds. The work aims to provide a comprehensive understanding of the underlying physics, mathematical models, and observational implications of these scattering processes, drawing upon established theories and recent advancements in the field.

This work is recognized as a significant contribution to the field of atmospheric optics and radiative transfer. It is regarded as a comprehensive and rigorous treatment of multiple scattering phenomena, suitable for researchers and advanced students. The book is noted for its detailed theoretical framework and its exploration of coherent backscattering, a key aspect of light-particle interaction. Its depth and technical nature suggest it is a valuable resource for those specializing in physics, meteorology, and related scientific disciplines.