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Meeting industry demand for an authoritative, dependable resource, Vitamin E: Food Chemistry, Composition, and Analysis provides insight into the vast body of scientific knowledge available on vitamin E related to food science and technology. Coverage of these topics is intertwined with coverage of the food delivery system, basic nutrition, and food regulations, as well as the functional food and pharmaceutical industries. It details the excellent efforts of scientists worldwide who are unraveling the subtleties of vitamin E biochemistry.This comprehensive reference explores the chemistry, mechanisms, and properties of vitamin E for improved applications in the pharmaceutical, food, feed, and cosmetic industries, highlighting the impact of vitamin E on consumer health and food quality with more than 80 tables of clearly organized analytical data. An organized guide to the vitamin E content of various foods, this is the most authoritative source available on the analysis and optimization of vitamin E in consumer products. It includes a large compositional database on tocopherols and tocotrienols in the food supply.
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This text presents a unique treatment of network control systems. Drawing from fundamental principles of dynamical systems theory and dynamical thermodynamics, the authors develop a continuous-time, discrete-time, and hybrid dynamical system and control framework for linear and nonlinear large-scale network systems. The proposed framework extends the concepts of energy, entropy, and temperature to undirected and directed information networks. Continuous-time, discrete-time, and hybrid thermodynamic principles are used to design distributed control protocol algorithms for static and dynamic networked systems in the face of system uncertainty, exogenous disturbances, imperfect system network communication, and time delays.Network Information Systems: A Dynamical Systems Approach is written for applied mathematicians, dynamical systems theorists, control theorists, and engineers. Researchers and graduate students in a variety of fields who seek a fundamental understanding of the rich behavior of controlled large-scale network systems will also find this book useful.This book can be used for a first course on control design of large-scale network systems, such as control protocols for network systems, network information systems, a dynamical systems approach to network systems, and network thermodynamic systems. The prerequisites are a first course in nonlinear systems theory and a first course in advanced (multivariable) calculus.