Polymer modification
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"Polymer Modification" is one of a book, published in 2008, China Light Industry Press.
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Publishing House: China Light Industry Press Publication Date: May 2008 ISBN: 7501963622/9787501963621Introduction / Polymer Modified Edit
This book introduces a variety of polymer modification methods, not only as materials and chemical disciplines undergraduate and graduate teaching materials, but also in this area of engineering and technical personnel with reference value.
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Chapter 1 Introduction 1.1 The main methods of polymer modification 1.1.1 Blending Modification 1.1.2 filled with modified fiber-reinforced composite materials 1.1.3 Chemical modification 1.1.4 Surface modification 1.2 Development of polymer modification Profile Reference The basic concepts of blending modification 2.1 Basic concepts 2.1.1 The concept of polymer blending and polymer alloy 2.1.2 The main methods of blending modification 2.1.3 Blend on the basic concepts of morphology 2.1.4 Basic Concepts on Compatibility 2.1.5 Classification of Polymer Blends 2.2 Morphology of Polymer Blends 2.2.1 Study on Blend Morphology and Preparation Methods 2.2.2 Characterization of Dispersed Phase Dispersion Conditions 2.2.3 Phase of the blend 2.2.4 Factors affecting the morphology of the polymer blend 2.3 Properties of the blend 2.3.1 Relationship between blend properties and one-component properties 2.3.2 Melt rheology of the blend Properties 2.3.3 Mechanical properties of blends 2.3.4 Other properties of blends 2.4 Blending, blending and blending 2.4.1 Distribution mixing and dispersing 2.4.2 Dispersing and dispersing processes 2.4 .3 the method of controlling the particle size of dispersed phase 2.4.4 two-stage mixing dispersion process 2.4.5 shear stress on the dispersion process 2.4.6 blending equipment profile 2.4.7 blending process factors on the performance of blends 2.5 Compatibility and compatibilization of blended components 2.5.1 Compatible thermodynamics 2.5.2 Determination and study of compatibility 2.5.3 Methods for improving compatibility (compatibility) Exercises References Chapter 3 Application of Polymer Blending 3.1 General 3.2 Blending Modification of General Plastics 3.2.1 Blending Modification of Polyvinyl Chloride (PVC) 3.2.2 Blending Modification of Polypropylene (PP) 3.2.3 Polyethylene (PE) ) Blending Modification of Polystyrene (PS) Blending Modification of Engineering Plastics Blending Modification of Engineering Plastics Blending Modification of Polyamides Polycarbonate (PC) Blending modification 3.3.3 Blending modification of PET and PBT 3.3.4 Blending modification of polyphenylene oxide (PPO) 3.3.5 Blending modification of polyoxymethylene (POM) 3.3.6 High performance engineering plastics Of the blending modification of rubber 3.4 3.4.1 rubber blending modification of the basic knowledge of rubber blending 3.4.2 3.4.3 general rubber blending modified rubber modified blends of special rubber 3.4.4 thermoplastic elastomer blend Exercises References Section 4 Filling Modification and Fiber Reinforced Composites 4.1 Types of Fillers 4.2 Types of Reinforced Fibers 4.3 Properties of Filling System and Filling Modification Mechanism 4.3.1 Basic Properties of Fillers 4.3.2 Effect of Fillers on Performance of Filling System 4.3.3 toughening of plastic by inorganic rigid particles 4.4 Introduction of fiber reinforced composites 4.4.1 General 4.4.2 Thermosetting resin based fiber reinforced composites 4.4.3 Thermoplastic resin based fiber reinforced composites Exercises References Chapter 5 Grafting, Block copolymer modification and interpenetrating polymer network 5.1 graft copolymerization modification 5.1.1 basic principles 5.1.2 graft copolymerization method 5.1.3 graft copolymer performance and application 5.1.4 graft copolymer research 5.2 block Copolymerization 5.2.1 basic principles 5.2.2 block copolymer preparation methods 5.2.3 block copolymer properties and application 5.3 interpenetrating polymer network 5.3.1 interpenetrating polymer network types 5.3.2 interpenetrating polymer network The preparation of 5.3.3 interpenetrating polymer network applications 5.3.4 industrial IPN development direction References Chapter 6 surface modification 6.1 Overview 6.2 plasma surface modification 6.2.1 basic concepts 6.2.2 plasma modification method 6.2 .3 Plasma Modification Mechanism 6.2.4 Plasma Treatment in Polymer Surface Modification 6.3 Surface Chemical Modification 6.3.1 Alkali Washing Fluoropolymer 6.3.2 Acid Cleaning Polyolefin, ABS and Other Polymers 6.3 .3 iodine treatment 6.3.4 other chemical treatment 6.4 light graft polymerization modification 6.4.1 surface photografting chemical principle 6.4.2 grafting method 6.4.3 surface light grafting modification application 6.4.4 surface light grafting latest progress 6.5 difficult adhesive polymer surface modification 6.6 coupling agent in surface modification application 6.6.1 coupling agent type 6.6.2 coupling agent application exercises References
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