Fundamentals of Polymer Science An Introductory Text 1st edition by PAUL PAINTER, MICHAEL COLEMAN ISBN 1351446389 9781351446389

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ISBN 10: 1351446389
ISBN 13: 9781351446389
Author: PAUL PAINTER, MICHAEL COLEMAN

Now in its second edition, this widely used text provides a unique presentation of today’s polymer science. It is both comprehensive and readable. The authors are leading educators in this field with extensive background in industrial and academic polymer research. The text starts with a description of the types of microstructures found in polymer

Fundamentals of Polymer Science An Introductory Text 1st Table of contents:

1. The Nature of Polymeric Materials

A. WHAT ARE POLYMERS—WHAT IS POLYMER SCIENCE?

B. SOME BASIC DEFINITIONS—THE ELEMENTS OF POLYMER MICROSTRUCTURE

C. MOLECULAR WEIGHT—SOME INITIAL OBSERVATIONS

D. STUDY QUESTIONS

E. SUGGESTIONS FOR FURTHER READING

F. APPENDIX : CHEMICAL STRUCTURES OF SOME COMMON POLYMERS

2. Polymer Synthesis

A. INTRODUCTION

B. STEP-GROWTH POLYMERIZATION

C. CHAIN OR ADDITION POLYMERIZATION

D. POLYMERIZATION PROCESSES

E. STUDY QUESTIONS

F. SUGGESTIONS FOR FURTHER READING

3. Kinetics of Step-Growth and Addition Polymerization

A. INTRODUCTION

B. THE KINETICS OF STEP-GROWTH POLYMERIZATION

C. KINETICS OF FREE RADICAL POLYMERIZATION

D. STUDY QUESTIONS

E. SUGGESTIONS FOR FURTHER READING

4. Statistics of Step-Growth Polymerizations

A. INTRODUCTION

B. THE STATISTICS OF LINEAR POLYCONDENSATION

C. MOLECULAR WEIGHT DISTRIBUTIONS IN LINEAR CONDENSATION POLYMERS

D. MULTICHAIN CONDENSATION POLYMERS

E. THEORY OF GELATION

F. RANDOM BRANCHING WITHOUT NETWORK FORMATION

G. STUDY QUESTIONS

H. SUGGESTIONS FOR FURTHER READING

5. Copolymerization

A. GENERAL OVERVIEW

B. THE COPOLYMER EQUATION

C. REACTIVITY RATIOS AND COPOLYMER COMPOSITION

D. COPOLYMER SEQUENCE DISTRIBUTION AND THE APPLICATION OF PROBABILITY THEORY

E. STUDY QUESTIONS

F. SUGGESTIONS FOR FURTHER READING

6. Spectroscopy and the Characterization of Chain Structure

A. INTRODUCTION

B. FUNDAMENTALS OF SPECTROSCOPY

C. BASIC INFRARED SPECTROSCOPY

D. CHARACTERIZATION OF POLYMERS BY INFRARED SPECTROSCOPY

E. BASIC NMR SPECTROSCOPY

F. CHARACTERIZATION OF POLYMERS BY NMR SPECTROSCOPY

G. STUDY QUESTIONS

H. SUGGESTIONS FOR FURTHER READING

7. Structure

A. INTRODUCTION

B. STATES OF MATTER AND BONDING IN POLYMER MATERIALS

C. THE CONFORMATIONS OR CONFIGURATIONS OF POLYMER CHAINS

D. RANDOM WALKS. RANDOM FLIGHTS AND DISORDERED POLYMER CHAINS

E. POLYMER MORPHOLOGY

F. FINAL WORDS—A BRIEF COMMENT ON SIZE

G. STUDY QUESTIONS

H. SUGGESTIONS FOR FURTHER READING

8. Crystallization, Melting and the Glass Transition

A. OVERVIEW AND GENERAL APPROACH

B. SOME FUNDAMENTALS

C. CRYSTALLIZATION AND MELTING: SOME EQUILIBRIUM CONSIDERATIONS

D. THE KINETICS OF POLYMER CRYSTALLIZATION

E. THE CRYSTALLINE MELTING TEMPERATURE

F. THE GLASS TRANSITION TEMPERATURE

G. STUDY QUESTIONS

H. SUGGESTIONS FOR FURTHER READING

9. Thermodynamics of Polymer Solutions and Blends

A. INTRODUCTION

B. THE FREE ENERGY OF MIXING

C. THE PHASE BEHAVIOR OF POLYMER SOLUTIONS AND BLENDS

D. DILUTE SOLUTIONS, EXCLUDED VOLUME AND THE THETA TEMPERATURE

E. STUDY QUESTIONS

F. SUGGESTIONS FOR FURTHER READING

10. Molecular Weight and Branching

A. INTRODUCTION

B. OSMOTIC PRESSURE AND THE DETERMINATION OF NUMBER AVERAGE MOLECULAR WEIGHT

C. LIGHT SCATTERING AND THE DETERMINATION OF WEIGHT AVERAGE MOLECULAR WEIGHT

D. SOLUTION VISCOMETRY AND THE VISCOSITY AVERAGE MOLECULAR WEIGHT

E. SIZE EXCLUSION (OR GEL PERMEATION) CHROMATOGRAPHY

F. SEC AND THE DETERMINATION OF LONG CHAIN BRANCHING

G. STUDY QUESTIONS

H. SUGGESTIONS FOR FURTHER READING

11. Mechanical and Rheological Properties

A. INTRODUCTION AND OVERVIEW

B. A BRIEF REVIEW OF SOME FUNDAMENTALS

C. DEVIATIONS FROM IDEAL BEHAVIOR

D. INTRODUCTION TO VISCOELASTICITY

E. MECHANICAL AND THEORETICAL MODELS OF VISCOELASTIC BEHAVIOR

F. NON-LINEAR MECHANICAL AND RHEOLOGICAL BEHAVIOR

G. ULTIMATE PROPERTIES

H. STUDY QUESTIONS

I. SUGGESTIONS FOR FURTHER READING

Index

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Tags: PAUL PAINTER, MICHAEL COLEMAN, Polymer Science, Introductory Text