Recent advances in experimental methods that directly probe molecular phenomena have greatly expanded the role of molecular thermodynamics in chemical engineering research, however, scientist and engineers have found difficult it becomes to interpret and predict the thermo physical properties of fluids and solids when working in a microenvironment the old theories do not apply. Molecular Thermodynamics and Transport Phenomena seeks to solve this dilemma through the language of mathematics. This book quantitatively ...
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Recent advances in experimental methods that directly probe molecular phenomena have greatly expanded the role of molecular thermodynamics in chemical engineering research, however, scientist and engineers have found difficult it becomes to interpret and predict the thermo physical properties of fluids and solids when working in a microenvironment the old theories do not apply. Molecular Thermodynamics and Transport Phenomena seeks to solve this dilemma through the language of mathematics. This book quantitatively characterises relationship between scales of time, energy, space and chosen structural hierarchies, giving the reader a clearer understanding how these to process react with one another and providing a means by which interpreting, correlating and predicting thermodynamic properties become possible.
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