1Preface
254.2 Chemical Reaction Engineering
2Chapter - 1 Chemical Engineering
264.3 Process Control and Dynamics
31.1 introduction
274.3.1 Manual Control
41.2 Biomolecular Engineering
284.3.2 Switching Control
51.3 Biomolecular Engineering
294.3.3 Intelligent Control
61.3.1 Biomaterials
304.4 Electrochemical Engineering
71.3.2 Modeling of Pharmaceutical Activity
314.5 Exercise
81.4 Principles of Chemical Engineering
32Chapter - 5 Polymers Synthesis and Industrial Applications
91.5 Introduction to Bioengineering
335.1 introduction
101.6 Exercise
345.1.1 Polymerization Kinetics
11Chapter - 2 Thermodynamics
355.1.2 Modification of Latexes
122.1 introduction
365.2 Techniques in Biomolecular Engineering
132.2 Numerical Methods in Chemical Engineering
375.3 Fluid Dynamics
142.3 Heat and Mass Transfer
385.4 Bioinformatics
152.4 Advanced Chemical Engineering Science
395.5 Exercise
162.5 Exercise
40Chapter - 6 Biotech and Genetic Engineering
17Chapter - 3 Kinetics and Reactor Design
416.1 introduction
183.1 introduction
426.2 Bioprocess Design and Economics
193.2 Chemical Engineering in Nanoscale systems
436.3 Micro fluids and Bio Applications
203.3 The Science and Engineering of Micro electric Fabrication
446.4 Exercise
213.4 Introduction to Process Design
45Appendix
223.5 Exercise
46Glossary
23Chapter - 4 Mass Transfer Operations
47Index
244.1 introduction: 4.1.1 Modes of Mass Transfer
