This book investigates the fundamental principles and practical applications of using ultrasound for characterizing biological tissues. It draws upon physics, engineering, and medical science to explain how ultrasound waves interact with different tissue types, providing insights into their physical properties. The work aims to bridge the gap between theoretical understanding and clinical utility, offering methods for quantitative tissue analysis.

The book is recognized as a foundational text in the field of quantitative ultrasound, offering a rigorous approach to tissue characterization. Its detailed exploration of the physics and mathematical underpinnings makes it a valuable resource for researchers and advanced students in biomedical engineering and medical physics. The work is noted for its comprehensive coverage of the subject matter, providing a solid theoretical framework for understanding ultrasound's role in medical imaging.