| Description |
1 online resource (282 pages) |
| Contents |
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 Computers2.2. 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 SystemsReferences; 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 EngineeringReferences; 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 |
| Notes |
23.1. Mean and Variance |
|
Print version record |
| Subject |
Biotechnology.
|
|
Chemical engineering.
|
|
Biotechnology
|
|
Chemical Engineering
|
|
bioengineering.
|
|
chemical engineering.
|
|
Biotechnology
|
|
Chemical engineering
|
| Form |
Electronic book
|
| ISBN |
1773616218 |
|
9781773616216 |
|
