Front Cover -- Introduction to Chemical Engineering Analysis Using Mathematica® -- Copyright Page -- Contents -- Preface for an Instructor -- Preface for the Student -- Acknowledgment -- Chapter 1 . A Primer of Mathematica -- 1.1 Getting Started in Mathematica -- 1.2 Basics of the Language -- 1.3 Simple Commands -- 1.4 Table, Plot, Map, and Plot3D -- 1.5 Lists and ListPlot, Fit, and Show -- 1.6 Solve and NSolve -- 1.7 Differentiate and Integrate -- 1.8 DSolve -- 1.9 NDSolve -- 1.10 Units Interconversion -- 1.11 Summary -- Chapter 2. Elementary-Single-Component Systems -- 2.1 The Conservation of Mass Principle and the Concept of a Control Volume -- 2.2 Geometry and the Left-Hand Side of the Mass Balance Equation -- 2.3 Summary -- Chapter 3. The Draining Tank and Related Systems -- 3.1 The Right-Hand Side of the Mass Balance Equation -- 3.2 Mechanism of Water Flow from Tank-Torricelli's Law, A Constitutive Relationship -- 3.3 Experiment and the Constitutive Equation -- 3.4 Solving for Level as a Function of Time -- 3.5 Mass Input, Output, and Control -- 3.6 Control -- 3.7 Summary -- Chapter 4. Multiple-Component Systems -- 4.1 The Concept of the Component Balance -- 4.2 Concentration versus Density -- 4.3 The Well-Mixed System -- 4.4 Multicomponent Systems -- 4.5 Liquid and Soluble Solid -- 4.6 Washing a Salt Solution from a Vessel -- 4.7 The Pulse Input Tracer Experiment and Analysis -- 4.8 Mixing -- 4.9 Summary -- Chapter 5. Multiple Phases-Mass Transfer -- 5.1 Mass Transfer versus Diffusion -- 5.2 Salt Dissolution -- 5.3 Batch -- 5.4 Fit to the Batch Data -- 5.5 Semicontinuous: Pseudo Steady State -- 5.6 Full Solution -- 5.7 Liquid-Liquid System -- 5.8 Summary -- Chapter 6. Adsorption and Permeation -- 6.1 Adsorption -- 6.2 Permeation -- 6.3 Permeation-Adsorption and Diffusion -- 6.4 Expanding Cell -- 6.5 Summary.

Chapter 7. Reacting Systems-Kinetics and Batch Reactors -- 7.1 How Chemical Reactions Take Place -- 7.2 No-Flow/Batch System -- 7.3 Simple Irreversible Reactions-Zeroth to Nth Order -- 7.4 Reversible Reactions-Chemical Equilibrium -- 7.5 Complex Reactions -- 7.6 Summary -- Chapter 8. Semi-Continuous Flow Reactors -- 8.1 Introduction to Flow Reactors -- 8.2 Semicontinuous Systems -- 8.3 Negligible Volume Change -- 8.4 Large Volume Change -- 8.5 Pseudo-Steady State -- 8.6 Summary -- Chapter 9. Continuous Stirred Tank and the Plug Flow Reactors -- 9.1 Continuous Flow-Stirred Tank Reactor -- 9.2 Steady-State CSTR with Higher-Order, Reversible Kinetics -- 9.3 Time Dependence-The Transient Approach to Steady-State and Saturation Kinetics -- 9.4 The Design of an Optimal CSTR -- 9.5 Plug Flow Reactor -- 9.6 Solution of the Steady-State PFR -- 9.7 Mixing Effects on Selectivities-Series and Series-Parallel with CSTR and RFR -- 9.8 PFR as a Series of CSTRs -- 9.9 Residence Time Distribution -- 9.10 Time-Dependent PFR-Complete and Numerical Solutions -- 9.11 Transient PFR -- 9.12 Equations, Initial Conditions , and Boundary Conditions -- 9.13 Summary -- Chapter I 0. Worked Problems -- 10.1 The Level-Controlled Tank -- 10.2 Batch Competitive Adsorption -- 10.3 A Problem in Complex Kinetics -- 10.4 Transient CSTR -- 10.5 CSTR-PFR-A Problem in Comparison and Synthesis -- 10.6 Membrane Reactor~Overcoming Equilibrium with Simultaneous Separation -- 10.7 Microbial Population Dynamics -- Index.