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Reactive Extrusion Systems 1st Edition by Leon PBM Janssen ISBN 0824754573 9780824754570

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Reactive Extrusion Systems 1st Edition Leon P.B.M. Janssen Digital Instant Download

Author(s): Leon P.B.M. Janssen
ISBN(s): 9780824754570, 0824754573
Edition: 1
File Details: PDF, 1.79 MB
Year: 2004
Language: english
SKU: EB-1556148 Category: Tag:

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ISBN 10: 0824754573 
ISBN 13: 9780824754570
Author: Leon PBM Janssen

Citing recently realized applications for extruders as polymerization, modification, and degradation reactors and presenting a telling array of new research results and illustrative experimental cases, Reactive Extrusion Systems sheds light on the complex set of interactions underlying reactions in extruders. The book succeeds as a three-part surve

Reactive Extrusion Systems 1st Table of contents:

1. INTRODUCTION

  • I. HISTORY

  • II. ADVANTAGES AND DISADVANTAGES OF REACTIVE EXTRUSION

  • III. MAIN REACTIONS IN REACTIVE EXTRUSION

  • IV. SINGLE-COMPONENT VERSUS MULTICOMPONENT REACTIONS

  • V. CONCLUDING REMARKS

  • REFERENCES

2. EXTRUDERS

  • I. INTRODUCTION

  • II. SINGLE-SCREW EXTRUDERS

  • III. CO-KNEADERS

  • IV. CLOSELY INTERMESHING TWIN-SCREW EXTRUDERS

  • V. SELF-WIPING TWIN-SCREW EXTRUDERS

  • VI. NONINTERMESHING TWIN-SCREW EXTRUDERS

  • VII. INFLUENCE OF LOW VISCOSITY MONOMERIC FEED

  • VIII. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

3. CHEMICAL KINETICS

  • I. INTRODUCTION

  • II. CHAIN-GROWTH HOMOPOLYMERIZATIONS

  • III. COPOLYMERIZATIONS

  • IV. STEP-GROWTH POLYMERIZATIONS

  • V. EXPERIMENTAL DETERMINATION OF REACTION KINETICS

  • VI. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

4. RHEOLOGY AND RHEOKINETICS

  • I. INTRODUCTION

  • II. SHEAR DEPENDENCE

  • III. VISCOELASTICITY

  • IV. RHEOLOGY AND TEMPERATURE

  • V. RHEOLOGY AND COMPOSITION

  • VI. RHEOKINETIC CONSIDERATIONS

  • VII. THE GEL EFFECT

  • VIII. PHASE CHANGE AND PHASE INVERSION

  • IX. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

5. MIXING AND REACTIONS

  • I. INTRODUCTION

  • II. COMPATIBILITY OF COMPONENTS

  • III. DISPERSIVE MIXING

  • IV. DISTRIBUTIVE MIXING

  • V. RESIDENCE TIME DISTRIBUTIONS

  • VI. MIXING IN DIFFERENT TYPES OF EXTRUDERS

  • VII. MIXING EFFICIENCY AND MIXING DEFICIENCY IN CLOSELY INTERMESHING EXTRUDERS

  • VIII. MICROMIXING

  • IX. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

6. HEAT BALANCES AND HEAT TRANSFER

  • I. INTRODUCTION

  • II. THE MACROSCOPIC ENERGY BALANCE

  • III. HEAT TRANSFER

  • IV. THERMAL INHOMOGENEITIES AND HOT SPOT DEVELOPMENT

  • V. METHODS FOR CONTROLLING EXCESSIVE TEMPERATURE RISE

  • VI. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

7. CHAIN-GROWTH HOMOPOLYMERIZATIONS

  • I. INTRODUCTION

  • II. THE INTERACTION DIAGRAM

  • III. A MODEL FOR CHAIN-GROWTH HOMOPOLYMERIZATIONS

  • IV. INFLUENCE OF EXTRUDER PARAMETERS

  • V. CASE: POLYSTYRENE

  • VI. CASE: A POLYSTYRENE POLYPHENYLENE OXIDE BLEND

  • VII. CASE: POLYBUTYLMETHACRYLATE

  • VIII. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

8. COPOLYMERIZATIONS

  • I. INTRODUCTION

  • II. POLYMER COMPOSITION

  • III. DETERMINATION OF REACTIVITY RATIOS

  • IV. TERPOLYMERIZATIONS

  • V. CASE: COPOLYMERIZATION OF STYRENE AND BUTYLMETHACRYLATE

  • VI. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

9. STEP-GROWTH POLYMERIZATIONS

  • I. INTRODUCTION

  • II. CONTROLLING THE DEGREE OF POLYMERIZATION

  • III. FEED ACCURACY

  • IV. THE INTERACTION DIAGRAM

  • V. CASE: THERMOPLASTIC POLYURETHANE

  • VI. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

10. MODIFICATION REACTIONS

  • I. INTRODUCTION

  • II. INFLUENCE OF MIXING

  • III. CASE: THE GRAFTING OF MALEIC ANHYDRIDE ON POLYETHYLENE

  • IV. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

11. REACTIVE COMPOUNDING

  • I. INTRODUCTION

  • II. REACTIVE COMPATIBILIZATION BY EXTRUSION

  • III. CASE: RECYCLING OF SHAMPOO BOTTLES

  • IV. CONCLUDING REMARKS

  • REFERENCES

12. SCALE-UP

  • I. INTRODUCTION

  • II. BASIC ANALYSIS

  • III. GEOMETRIC SCALE-UP

  • IV. HYDRODYNAMIC SCALE-UP

  • V. SIMILARITY IN RESIDENCE TIMES

  • VI. THERMAL SCALE-UP WITHOUT REACTIONS

  • VII. THERMAL SCALE-UP WITH REACTIONS

  • VIII. SCALE-DOWN

  • IX. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

13. STABILITY

  • I. INTRODUCTION

  • II. INSTABILITIES IN OPERATION

  • III. THERMAL CONSIDERATIONS

  • IV. HYDRODYNAMIC CONSIDERATIONS

  • V. CHEMICAL CONSIDERATIONS

  • VI. CASE: EXPERIMENTAL SUPPORT OF INSTABILITIES

  • VII. CONCLUDING REMARKS

  • SYMBOL LIST

  • REFERENCES

14. ECONOMIC FEASIBILITY

  • I. GENERAL

  • II. CASE: PRODUCTION OF A TERPOLYMER WITH A BUSS KNEADER

  • III. CONCLUDING REMARKS

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