Alexander A. Kokhanovsky Livres

The theory of the scattering of light by small particles is very important in a wide range of applications in atmospheric physics and atmospheric optics, ocean optics, remote sensing, astronomy and astrophysics and biological optics. This book summarises current knowledge of the optical properties of single small particles and natural light scattering media such as snow, clouds, foam aerosols etc. The book considers both single and multiple light scattering regimes, together with light scattering and radiative transfer in close-packed media. The third edition incorporates new findings in the area of light scattering media optics in an updated version of the text.

Focusing on the critical role of clouds in Earth's climate and weather, this book delves into their optical properties, including absorption, transmission, and reflection of light. It explores how these properties are influenced by the clouds' geometrical and microphysical characteristics, such as droplet and crystal sizes, shapes, and structures. Additionally, it addresses challenges related to image transfer through clouds and the intricacies of cloud remote sensing, providing a comprehensive overview of current knowledge in these areas.

Focusing on single light scattering and radiative transfer, this fourth volume delves into contemporary research techniques and experimental methods related to light scattering issues. It provides a comprehensive exploration of both theoretical frameworks and practical applications, making it a valuable resource for understanding current advancements in the field.

Focusing on contemporary issues in light scattering and radiative transfer, this work delves into integro-differential equations and various solution methods, including asymptotic radiative transfer and discrete ordinates. It offers an in-depth examination of light absorption in the Earth's atmosphere and addresses the complexities of solving inverse problems. The text serves as a comprehensive resource for understanding these advanced topics in the field.

Focusing on atmospheric research, this volume of the Light Scattering Reviews series compiles eight contributions from leading experts in the field. It explores recent advancements in solar radiative transfer and its implications for global climate modeling, addressing computational methods and their limitations. Additionally, the book examines the complexities of 3D radiative transfer in cloudy atmospheres, a crucial area in contemporary climate studies. This collection aims to bridge gaps between various scientific disciplines utilizing light scattering techniques.

Focusing on recent advancements in light scattering media optics, this volume is divided into three parts. It explores single light scattering by small nonspherical particles, emphasizing the need for experimental studies due to the diversity of shapes in natural media. Key contributions include Timothy Garrett's in situ airborne experiments on cirrus clouds, Min Xu and Alvin Katz's novel statistical method for analyzing light properties of small particles, and Michael Kahnert's theoretical insights into symmetries in electromagnetic scattering problems.