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Handbook of 3D Machine Vision: Optical Metrology and Imaging, Series in Optics and Optoelectronics, edited by Song Zhang

approximated by MHD assumption and are the focus of the next chapter. The article discusses the fundamental dynamics of turbulence in dynamos (electrically conducting fluids without a significant mean magnetic field) and strong and weak turbulence in flows with significant magnetic field. The book closes with another interesting and intellectually stimulating phenomenon – quantum turbulence. The article revolves around the core theme of identification of similarities between quantum and classical turbulence by comparing the decaying isotropic turbulence with decay of vortex line density in QT. Overall, each chapter is exceptionally well written with topics arranged in a logical and streamlined fashion. The writing style differs from chapter to chapter; each review article being written by a different author(s). Since the book covers a wide variety of subject matter, it is quite natural that the contents are selective in nature. This fact is acknowledged in most of the chapters by their respective authors. This deficiency is compensated by the literature cited at the end of each chapter, which covers the majority of seminal research works conducted in the field of turbulent flows in the last century. While, the book is extremely insightful, it can be a challenge to read because of the rigorous and mathematical treatment of the subject matter – it is not an introductory textbook. Potential readers are expected to have a thorough understanding of fundamental turbulence theory (including the mathematical description) and familiarity with advanced topics in turbulent flows.