مسائل مهندسی شیمی در بیوتکنولوژی

Chemical Engineering Problems in Biotechnology examines various aspects of Problems in Biotechnology including an extensive overview and related issues. It includes definitions of Chemical Engineering Fundamentals, Organic Chemistry: Biological Emphasis, Fundamentals of Microbiology, Chemical Engineering Thermodynamics, Structure and Properties of Materials, Separation Processes. Provides the reader with insights into the development, so as to understand process control, instrumentation, and safety, chemometric, process modeling and simulation, polymer technology, mathematical modeling and numerical methods, fluid mechanics and heat transfer. Cover Half Title Page Full Title Page Copyright page About the Author Table of Contents List of Figures Preface Chapter 1 Introduction to Chemical Engineering Computing 1.1. Mathematical Formulations of Equations of State 1.2. Vapor-Liquid Equilibrium 1.3. Chemical Reaction Equilibrium 1.4. Mass Balances With Recycle Stream 1.5. Simulation of Mass Transfer Equipment 1.6. Process Simulation 1.7. Chemical Reactors 1.8. Transport Procession One Dimension Practice Questions References Chapter 2 Chemical Engineering Fundamentals 2.1. Clarifying Complex Chemical Processes With Quantum Computers 2.2. Mass Production And Networking References Chapter 3 Organic Chemistry: Biological Emphasis References Chapter 4 Fundamentals of Microbiology References Chapter 5 Chemical Engineering Thermodynamics References Chapter 6 Structure and Properties of Materials References Chapter 7 Separation Processes References Chapter 8 Introduction to Biochemistry References Chapter 9 Biochemical Engineering References Chapter 10 Electrical Circuits 10.1. Laws of Circuit Analysis and Synthesis 10.2. Kirchhoff’s Current Law (KCL) 10.3. Kirchhoff’s Voltage Law (KVL) 10.4. Thevenin’s Theorem 10.5. Norton Theorem 10.6. DC Transient 10.7. Static Electric And Magnetic Fields 10.8. Filters 10.9. Capacitor 10.10. Inductor References Chapter 11 Electromechanical Systems References Chapter 12 Process Dynamics and Control 12.1. Sylvester’s Theorem 12.2. Integer-Order Continuous Models of Fractional Order Systems 12.3. Controller Understanding 12.4. Analog Understandings References Chapter 13 Introduction to Biochemical Methods 13.1. Standard Interpretation References Chapter 14 Chemical Analysis of Homogeneous Systems References Chapter 15 Methods in Quantitative Chemical Analysis 15.1. Components of a Calibration Program 15.2. Traceability 15.3. Precision Versus Accuracy 15.4. Precision Proportion 15.5. Regularity of Calibration 15.6. Recall Solution 15.7. Paperwork 15.8. Recap References Chapter 16 Chemical Engineering Design Principles 16.1. Introduction 16.2. Chemical Process Synthesis 16.3. Principles of The Process Conceptualization References Chapter 17 Material Science and Material Selection References Chapter 18 Chemical Process Engineering References Chapter 19 Bioprocess Engineering References Chapter 20 Environmental Chemistry and Remediation 20.1. Green Chemistry 20.2. Benefits of Chemical Energy 20.3. Negative Aspects of Chemical Energy 20.4. Listing of Benefits of Chemical Energy 20.5. Checklist of Downsides of Chemical Energy 20.6. Major Current Environmental Problems References Chapter 21 Chemical Reaction Engineering Chapter 22 Fluid Mechanics and Heat Transfer 22.1. Phases of Matter References Chapter 23 Mathematical Modeling and Numerical Methods 23.1. Mean and Variance 23.2. Binomial Probability-Mass Function 23.3. Normal Distribution References Chapter 24 Process Control, Instrumentation, and Safety 24.1. Feedback Control System Characteristics 24.2. Benefits of Advanced Control References Chapter 25 Chemometrics 25.1. Instrumental Chemical Analysis 25.2. Optical Methods 25.3. Electrochemistry Methods 25.4. Chromatography Methods 25.5. High Performance Liquid Chromatography (HPLC) 25.6. Thin Layer Chromatography 25.7. Ion Exchange Chromatography 25.8. Operating Line References Chapter 26 Process Modeling and Simulation 26.1. Process Control References Chapter 27 Polymer Technology 27.1. Crystalline Polymers 27.2. Addition Polymerization 27.3. Bulk Polymerization 27.4. Soluble Polymerization 27.5. Emulsion Polymerization 27.6. Suspension Polymerization 27.7. Regular Double-Strand Polymers Reference Index