Jerzy BaBdyga and John R. Bourne are the authors of Turbulent Mixing and Chemical Reactions, published by Wiley.

"Bridging the gap between advances in the field of turbulence and methods used in chemical reaction engineering, this book brings together material that has been published in numerous journals." (La Doc Sti, Vol. 368, December 1998)

• Preface xviGuide to Notation xxChapter 1 Introduction—Mixing and Reaction 1Chapter 2 Bulk Flow Patterns and the Selectivity of Slow Reactions 8Chapter 3 Fast Reactions and the Limits of Classical Methods 38Chapter 4 The Nature and Definition of Turbulence 49Chapter 5 Theory of Turbulence and Models of Turbulent Flow 102Chapter 6 Mixing of Non-reacting Materials: from Turbulent Diffusion to Mixing on Molecular Scale 294Chapter 7 Analysis and Modelling of Mixing of Reactive Materials 427Chapter 8 Mixing and Chemical Reaction in a Lagrangian Framework Mechanistic Models 532Chapter 9 The Evaluation of Mixing Models General Considerations 637Chapter 10 Mechanisms and Kinetics of some Test Reactions 642Chapter 11 Model-Experiment Comparisons when Micromixing Controls 671Chapter 12 Model-Experiment Comparisons when Micro- and Mesomixing Control 730Chapter 13 Characteristics of Various Mixers 804Chapter 14 Precipitation 810Chapter 15 Further Applications 841Index 865

Jerzy BaBdyga and John R. Bourne are the authors of Turbulent Mixing and Chemical Reactions, published by Wiley.

"Bridging the gap between advances in the field of turbulence and methods used in chemical reaction engineering, this book brings together material that has been published in numerous journals." (La Doc Sti, Vol. 368, December 1998)

• Preface xviGuide to Notation xxChapter 1 Introduction—Mixing and Reaction 1Chapter 2 Bulk Flow Patterns and the Selectivity of Slow Reactions 8Chapter 3 Fast Reactions and the Limits of Classical Methods 38Chapter 4 The Nature and Definition of Turbulence 49Chapter 5 Theory of Turbulence and Models of Turbulent Flow 102Chapter 6 Mixing of Non-reacting Materials: from Turbulent Diffusion to Mixing on Molecular Scale 294Chapter 7 Analysis and Modelling of Mixing of Reactive Materials 427Chapter 8 Mixing and Chemical Reaction in a Lagrangian Framework Mechanistic Models 532Chapter 9 The Evaluation of Mixing Models General Considerations 637Chapter 10 Mechanisms and Kinetics of some Test Reactions 642Chapter 11 Model-Experiment Comparisons when Micromixing Controls 671Chapter 12 Model-Experiment Comparisons when Micro- and Mesomixing Control 730Chapter 13 Characteristics of Various Mixers 804Chapter 14 Precipitation 810Chapter 15 Further Applications 841Index 865