THE OPTIMAL DESIGN OF CHEMICAL REACTORS: A STUDY IN DYNAMIC PROGRAMMING

By DANIEL MARTIN

CHAPTER ELEMENTARY REACTIONS IN IDEAL REACTORS MULTIPLE REACTIONS IN BATCH REACTORS ISOTHERMAL PISTON FLOW REACTORS STIRRED TANKS AND REACTOR COMBINATIONS THERMAL EFFECTS AND ENERGY BALANCES DESIGN AND OPTIMIZATION STUDIES FITTING RATE DATA AND USING THERMODYNAMICS REAL TUBULAR REACTORS IN LAMINAR FLOW CONTENTS CHAPTER REAL TUBULAR REACTORS IN TURBULENT FLOW HETEROGENEOUS CATALYSIS MULTIPHASE REACTORS BIOCHEMICAL REACTION ENGINEERING POLYMER REACTION ENGINEERING UNSTEADY REACTORS RESIDENCE TIME DISTRIBUTIONS REFERENCES