Theory And Practice Of Particulate Sampling An Engineering Approach
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Theory and Practice of Particulate Sampling an Engineering Approach
The text presents a complete explanation and derivation of the statistical theory of sampling of particulate materials which is based on the single assumption of Poisson distributed particle numbers in mechanically correct samples. The material presented goes beyond the theory developed by P M Gy and provides the complete sampling distribution. The work is entirely self-contained with extensive appendices. Practical application of the results is supported by numerous examples including application to sampling of minerals, food, and packaged commodities and environmental sampling.
Mycotoxins
Imagine diving into the world of mycotoxins, where you explore rapid methods and confirmatory approaches, regulatory measures, and the challenges faced by developing countries. You uncover the secrets of screening solutions and advanced analytical techniques as well, together with the pivotal role of laboratory networks. Picture yourself navigating through chapters that reveal the impact of climate change on mycotoxin contamination, the importance of sampling strategies, and the future of portable mass spectrometers. This book is your guide to understanding the complexities of mycotoxin analysis, offering insights and practical examples that captivate food scientists, students, and industry stakeholders alike.
Unit Operations of Particulate Solids
Suitable for practicing engineers and engineers in training, this book covers the most important operations involving particulate solids. Through clear explanations of theoretical principles and practical laboratory exercises, the text provides an understanding of the behavior of powders and pulverized systems. It also helps readers develop skills for operating, optimizing, and innovating particle processing technologies and machinery in order to carry out industrial operations. The author explores common bulk solids processing operations, including milling, agglomeration, fluidization, mixing, and solid-fluid separation.