E-book \"Kinetics of Thermal Analysis (2nd Edition) / Hu Rongzu\"

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·Publisher: Science Press · Number of pages: 443 · Publication date: First edition, August 2001 · ISBN: 7030202074 · Barcode: 9787030202079 · Paper size: BS (720*1000) 1/16 · Binding: Paperback · Price: 27 yuan · Series title: Series on Fundamentals of Modern Chemistry. Content summary: This book takes the equations of thermodynamic kinetics as its core framework, compiling academic achievements in the field of thermodynamic kinetics from both domestic and international research over the past 60 years. The book consists of 13 chapters in total. It begins with an overview of the theories, methods, and techniques related to thermodynamic kinetics； Mathematical derivation of two types of dynamic equations and three types of temperature integration formulas. Second, it systematically summarizes the achievements developed over nearly 60 years in using calculus to analyze thermographic curves. Third, it deals with the estimation of the most probable mechanism function ； Dynamic compensation effect ； Integral and differential methods for nonlinear equal conversion rates. Fourth, numerical simulation of the kinetic parameters of first-order and empirical series autocatalytic decomposition reactions is presented ； Relationship between induction temperature and induction time ； Isothermal thermanalysis curve analysis method ； Analysis of Dsc curves for isothermal and non-isothermal crystallization processes. Fifthly, the methods for estimating the critical temperature and critical temperature rise rate for thermal explosions under non-isothermal conditions are briefly discussed. The book also contains 143 problems drawn from recent literature, with concise answers provided at the end. It can be used as a textbook for master’s and doctoral students in physical chemistry, analytical chemistry, physical inorganic chemistry, physical organic chemistry, polymer physical chemistry, and materials science at universities, as well as for scientific researchers, professionals in industrial settings, and those working in the field of thermal analysis. Download address for the nano-disc: Thermal Analysis Dynamics.pdf; File size: 4.14 MB