Polymer crystallization : the development of crystalline order in thermoplastic polymers / Jerold M. Schultz.

Schultz, Jerold M., 1935-
Call Number
668.423 Sch82P
Author
Schultz, Jerold M., 1935-
Title
Polymer crystallization : the development of crystalline order in thermoplastic polymers / Jerold M. Schultz.
Publication
Oxford ; Washington, D.C. : American Chemical Society, 2001.
Physical Description
ix, 288 p. : ill. ; 24 cm.
Contents
Machine generated contents note: 1. Introduction 3 -- A. Overview 3 -- B. Historical Perspective 4 -- 2. Crystal Structures 9 -- A. Polymer Chain Structure 9 -- B. Equilibrium Structures of Polymer Crystals 16 -- C. Effects of Chain Defects 17 -- D. Conformationally Disordered Phases 21 -- E. Summary 25 -- 3. Crystals from Quiescent Solution 26 -- A. Basic Morphology and Structure 26 -- B. Surface Energy and Melting Point Depression 33 -- C. Experimental Methods 37 -- D. Effects of Temperature and Pressure 47 -- E. Effects of Concentration 53 -- F. Summary 56 -- 4. Growth from Quiescent Melts 57 -- A. Overview: The Importance and Effects of Chain -- Intertangling 57 -- B. Spherulites 61 -- C. Experimental Methods 71 -- D. Effects of Temperature and Pressure During -- Crystallization 85 -- E. Crystallization on Foreign Surfaces 90 -- F. Summary 91 -- 5. Multicomponent Systems 93 -- A. Overview 93 -- B. Thermodynamics and Morphological Types in -- Polymer/Polymer Systems 94 -- C. Effects of Kinetics 98 -- D. Crystallization of Melt-Compatible Polymer Blends 99 -- E. Crystallization from Systems with a UCST 108 -- F. Crystallization from Systems with an LCST 110 -- G. Incompatible Systems 110 -- H. Solvent-Induced Crystallization 111 -- I. Summary 112 -- 6. Effects of Molecular Extension 113 -- A. Crystallization in Flowing Dilute Solution 113 -- B. Effects of Chain Extension in Melts 117 -- C. Crystallization in Stretched Elastomers 121 -- D. Effect of Rheological History: Precursors and Metastable -- Phases 124 -- E. Summary 126 -- 7. Nucleation and Growth Kinetics: Measurements 127 -- A. Introduction 127 -- B. Methods 127 -- C. Kinetics of Crystallization from Solution 130 -- D. Kinetics of Spherulite Nucleation and Growth 132 -- E. Spherulite Growth Kinetics in Blends 139 -- 8. Nucleation and Growth Kinetics 140 -- A. Introduction 140 -- B. General Nucleation Theory 141 -- C. Primary Nucleation of Polymer Crystals 143 -- D. Growth: Introduction 148 -- E. Growth: The "Secondary Nucleation" Construct 149 -- F. Computer Simulation 161 -- G. Growth in Mixtures 164 -- H. Effects of Molecular Extension 167 -- 9. Overall Kinetics 170 -- A. Background 170 -- B. Experimental Methods and Observations 170 -- C. Analysis of Isothermal Crystallization 176 -- D. Induction Time 182 -- E. Secondary Transformation 183 -- F. Nonisothermal Crystallization 187 -- G. Transient Effects 193 -- H. Effects of Surfaces 195 -- I. Effects of Molecular Extension 197 -- 10. Effects of Self-Generated Fields 199 -- A. Self-Generated Fields 199 -- B. Moving Boundary Problems 201 -- C. Constitutional Fields 204 -- D. Thermal Fields 209 -- E. Stress Fields 211 -- F. Summary 213 -- 11. Injection-Molding 215 -- A. Perspective 215 -- B. Material and Thermal Flows and Structural Layering 217 -- C. Kinetics 220 -- D. Simulations of Structure Development in -- Injection-Molding 227 -- 12. Crystallization in Synthetic Fiber Production 232 -- A. Background 232 -- B. Crystallization Kinetics and the Competition Between -- Crystallization and Relaxation 233 -- C. Crystallization During Spinning 235 -- D. Crystallization During Heat-Setting 244.
Subject
Crystalline polymers.
Thermoplastics.
Polymères cristallins.
Thermoplastiques.
Multimedia
Total Ratings: 0
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$a Machine generated contents note: 1. Introduction 3 -- A. Overview 3 -- B. Historical Perspective 4 -- 2. Crystal Structures 9 -- A. Polymer Chain Structure 9 -- B. Equilibrium Structures of Polymer Crystals 16 -- C. Effects of Chain Defects 17 -- D. Conformationally Disordered Phases 21 -- E. Summary 25 -- 3. Crystals from Quiescent Solution 26 -- A. Basic Morphology and Structure 26 -- B. Surface Energy and Melting Point Depression 33 -- C. Experimental Methods 37 -- D. Effects of Temperature and Pressure 47 -- E. Effects of Concentration 53 -- F. Summary 56 -- 4. Growth from Quiescent Melts 57 -- A. Overview: The Importance and Effects of Chain -- Intertangling 57 -- B. Spherulites 61 -- C. Experimental Methods 71 -- D. Effects of Temperature and Pressure During -- Crystallization 85 -- E. Crystallization on Foreign Surfaces 90 -- F. Summary 91 -- 5. Multicomponent Systems 93 -- A. Overview 93 -- B. Thermodynamics and Morphological Types in -- Polymer/Polymer Systems 94 -- C. Effects of Kinetics 98 -- D. Crystallization of Melt-Compatible Polymer Blends 99 -- E. Crystallization from Systems with a UCST 108 -- F. Crystallization from Systems with an LCST 110 -- G. Incompatible Systems 110 -- H. Solvent-Induced Crystallization 111 -- I. Summary 112 -- 6. Effects of Molecular Extension 113 -- A. Crystallization in Flowing Dilute Solution 113 -- B. Effects of Chain Extension in Melts 117 -- C. Crystallization in Stretched Elastomers 121 -- D. Effect of Rheological History: Precursors and Metastable -- Phases 124 -- E. Summary 126 -- 7. Nucleation and Growth Kinetics: Measurements 127 -- A. Introduction 127 -- B. Methods 127 -- C. Kinetics of Crystallization from Solution 130 -- D. Kinetics of Spherulite Nucleation and Growth 132 -- E. Spherulite Growth Kinetics in Blends 139 -- 8. Nucleation and Growth Kinetics 140 -- A. Introduction 140 -- B. General Nucleation Theory 141 -- C. Primary Nucleation of Polymer Crystals 143 -- D. Growth: Introduction 148 -- E. Growth: The "Secondary Nucleation" Construct 149 -- F. Computer Simulation 161 -- G. Growth in Mixtures 164 -- H. Effects of Molecular Extension 167 -- 9. Overall Kinetics 170 -- A. Background 170 -- B. Experimental Methods and Observations 170 -- C. Analysis of Isothermal Crystallization 176 -- D. Induction Time 182 -- E. Secondary Transformation 183 -- F. Nonisothermal Crystallization 187 -- G. Transient Effects 193 -- H. Effects of Surfaces 195 -- I. Effects of Molecular Extension 197 -- 10. Effects of Self-Generated Fields 199 -- A. Self-Generated Fields 199 -- B. Moving Boundary Problems 201 -- C. Constitutional Fields 204 -- D. Thermal Fields 209 -- E. Stress Fields 211 -- F. Summary 213 -- 11. Injection-Molding 215 -- A. Perspective 215 -- B. Material and Thermal Flows and Structural Layering 217 -- C. Kinetics 220 -- D. Simulations of Structure Development in -- Injection-Molding 227 -- 12. Crystallization in Synthetic Fiber Production 232 -- A. Background 232 -- B. Crystallization Kinetics and the Competition Between -- Crystallization and Relaxation 233 -- C. Crystallization During Spinning 235 -- D. Crystallization During Heat-Setting 244.
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$a Crystalline polymers.
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Contents
Machine generated contents note: 1. Introduction 3 -- A. Overview 3 -- B. Historical Perspective 4 -- 2. Crystal Structures 9 -- A. Polymer Chain Structure 9 -- B. Equilibrium Structures of Polymer Crystals 16 -- C. Effects of Chain Defects 17 -- D. Conformationally Disordered Phases 21 -- E. Summary 25 -- 3. Crystals from Quiescent Solution 26 -- A. Basic Morphology and Structure 26 -- B. Surface Energy and Melting Point Depression 33 -- C. Experimental Methods 37 -- D. Effects of Temperature and Pressure 47 -- E. Effects of Concentration 53 -- F. Summary 56 -- 4. Growth from Quiescent Melts 57 -- A. Overview: The Importance and Effects of Chain -- Intertangling 57 -- B. Spherulites 61 -- C. Experimental Methods 71 -- D. Effects of Temperature and Pressure During -- Crystallization 85 -- E. Crystallization on Foreign Surfaces 90 -- F. Summary 91 -- 5. Multicomponent Systems 93 -- A. Overview 93 -- B. Thermodynamics and Morphological Types in -- Polymer/Polymer Systems 94 -- C. Effects of Kinetics 98 -- D. Crystallization of Melt-Compatible Polymer Blends 99 -- E. Crystallization from Systems with a UCST 108 -- F. Crystallization from Systems with an LCST 110 -- G. Incompatible Systems 110 -- H. Solvent-Induced Crystallization 111 -- I. Summary 112 -- 6. Effects of Molecular Extension 113 -- A. Crystallization in Flowing Dilute Solution 113 -- B. Effects of Chain Extension in Melts 117 -- C. Crystallization in Stretched Elastomers 121 -- D. Effect of Rheological History: Precursors and Metastable -- Phases 124 -- E. Summary 126 -- 7. Nucleation and Growth Kinetics: Measurements 127 -- A. Introduction 127 -- B. Methods 127 -- C. Kinetics of Crystallization from Solution 130 -- D. Kinetics of Spherulite Nucleation and Growth 132 -- E. Spherulite Growth Kinetics in Blends 139 -- 8. Nucleation and Growth Kinetics 140 -- A. Introduction 140 -- B. General Nucleation Theory 141 -- C. Primary Nucleation of Polymer Crystals 143 -- D. Growth: Introduction 148 -- E. Growth: The "Secondary Nucleation" Construct 149 -- F. Computer Simulation 161 -- G. Growth in Mixtures 164 -- H. Effects of Molecular Extension 167 -- 9. Overall Kinetics 170 -- A. Background 170 -- B. Experimental Methods and Observations 170 -- C. Analysis of Isothermal Crystallization 176 -- D. Induction Time 182 -- E. Secondary Transformation 183 -- F. Nonisothermal Crystallization 187 -- G. Transient Effects 193 -- H. Effects of Surfaces 195 -- I. Effects of Molecular Extension 197 -- 10. Effects of Self-Generated Fields 199 -- A. Self-Generated Fields 199 -- B. Moving Boundary Problems 201 -- C. Constitutional Fields 204 -- D. Thermal Fields 209 -- E. Stress Fields 211 -- F. Summary 213 -- 11. Injection-Molding 215 -- A. Perspective 215 -- B. Material and Thermal Flows and Structural Layering 217 -- C. Kinetics 220 -- D. Simulations of Structure Development in -- Injection-Molding 227 -- 12. Crystallization in Synthetic Fiber Production 232 -- A. Background 232 -- B. Crystallization Kinetics and the Competition Between -- Crystallization and Relaxation 233 -- C. Crystallization During Spinning 235 -- D. Crystallization During Heat-Setting 244.
Subject
Crystalline polymers.
Thermoplastics.
Polymères cristallins.
Thermoplastiques.
Multimedia