This book investigates the complex phenomenon of light scattering by particles that deviate from a perfect spherical shape. It addresses the challenges in accurately modeling these interactions, which are crucial for understanding atmospheric optics, remote sensing, and material science. The work synthesizes theoretical frameworks and computational methods to provide a comprehensive treatment of the subject.

This work is recognized as a significant contribution to the field of light scattering, particularly for its focus on nonspherical particles. It is likely regarded as a foundational text for researchers and advanced students in atmospheric physics, optics, and related disciplines. The detailed theoretical treatment and discussion of computational methods suggest a rigorous and in-depth exploration of the subject matter, aimed at providing a thorough understanding of scattering phenomena beyond idealized spherical models.