Book Description
Each chapter contains a complete review of the subject, basic concepts and terms are introduced for the novice reader, general problems are formulated and solutions discussed using the results of numerous studies in the literature, and then more recent work, including original results of the author, are directed to the experienced researcher.
In the absence of widely available PCs, Russian research has relied on predictive/modeling methods using mathematics alone, or compensated for less advanced computers with very powerful software. This book offers a comprehensive range of mathematical approaches to the solution of problems in modern organic, physical and macromolecular chemistry. Discrete and continuum methods, including graph theory, topology, similarity, qualitative theory of ordinary and partial differential equations, probability theory and random processes, and computer simulations are applied and illustrated using straight-forward chemical examples.
In the absence of widely available PCs, Russian research has relied on predictive/modeling methods using mathematics alone, or compensated for less advanced computers with very powerful software. This book offers a comprehensive range of mathematical approaches to the solution of problems in modern organic, physical and macromolecular chemistry. Discrete and continuum methods, including graph theory, topology, similarity, qualitative theory of ordinary and partial differential equations, probability theory and random processes, and computer simulations are applied and illustrated using straight-forward chemical examples.
