高分子物理基礎 (Fundamental of Polymer Physics) 9787518447640 卞軍藺海

Name: 高分子物理基礎 (Fundamental of Polymer Physics) 9787518447640 卞軍 藺海
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書名：高分子物理基礎 (Fundamental of Polymer Physics)
ISBN：9787518447640
出版社：中國輕工業
著編譯者：卞軍藺海蘭
頁數：483
所在地：中國大陸 *此為代購商品
書號：1648466
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【台灣高等教育出版社簡體書】高分子物理基礎 (Fundamental of Polymer Physics) 787518447640 卞軍藺海蘭

內容簡介

本書為全英文教材，通過研究聚合物的分子運動，揭示了結構與性能之間的內在聯繫和基本規律，為聚合物的合成、設計、製備與改性、成型、性能測試和質量控制提供理論依據。本教材系統地介紹了高分子物理的基本概念和理論，並介紹了相關的實際應用案例和各部分的進展。

Chapter 1 Introduction
1 1 The importance of polymer science and engineering
1 2 The task of polymer physics
1 2 1 The main task of polymer physics
1 2 2 Main contents and the requirements of the course
1 3 The definition and the chemical nature of polymers
1 3 1 Introduction
1 3 2 The classification of polymers
1 3 3 Classical polymerization processes
1 3 4 Newer polymers and polymerization processes
1 4 A brief history of the development of polymer science and synthetic polymers
1 4 1 Development of polymer science
1 4 2 Development of synthetic polymers
1 5 Properties and applications of polymers
1 6 Polymer processing
1 6 1 Introduction
1 6 2 Additives and composites
1 6 3 Polymer processing
Questions
Reference
Chapter 2 Molecular sizes-the molecular mass and distribution
2 1 Introduction
2 2 Statistical significance of polymer molecular mass
2 3 Characterization methods of polymer molecular mass
2 4 Characterization method of the molecular mass distribution
2 5 Determination of molar masses and distributions
2 5 1 End-group Analysis
2 5 2 Osmotic Pressure
2 5 3 Light Scattering
2 5 4 Flight Time
2 5 5 Viscometry
2 6 Determination Methods of Molecular Mass Distribution
2 6 1 Phase Separation and Fractionation
2 6 2 Cel Permeation Chromatography
Questions
Reference
Chapter 3 The chain structure of polymers
3 1 Introduction
3 2 Construction
3 3 Configuration
3 3 1 Bonding methods of monomer
3 3 2 Branching
3 3 3 Cross-linking
3 3 4 Sequential structure of copolymer
3 3 5 Configuration isomerism of polymer chains
3 4 Conformation
3 4 1 Size and shape of polymer chain
3 4 2 The shapes of polymer molecules
3 4 3 The internal rotational conformation and flexibility of a polymer chain
3 4 4 The single freely jointed chain
3 4 5 More realistic chains-the excluded volume effect
3 4 6 Characteristics of polymer chain flexibility
3 4 7 Wormlike chains
Questions
Reference
Chapter 4 The condensed structure of polymers
4 1 Introduction
4 2 Forces between polymer molecules
4 2 1 Van der Waals force and hydrogen bond
4 2 2 Cohesive energy and cohesive energy density
4 3 The structure model of amorphous polymer
4 3 1 Three structural models of amorphous state
4 3 2 The macro-conformations of polymers
4 3 3 Lamellar stacks
4 4 Crystalline state of polymers
4 4 1 Crystal morphology of crystalline polymers
4 4 2 Crystallization process of polymer
4 4 3 Structural model of crystalline polymers
4 5 Crystallinity
4 5 1 Definition of crystallinity
4 5 2 Experimental determination of crystallinity
4 5 3 Factors influencing crystallinity
4 5 4 The effect of crystallinity on polymer properties
4 6 Melting and melting point of crystalline polymers
4 6 1 Melting thermodynamic analysis of crystalline polymers
4 6 2 Melting characteristics of crystalline polymers
4 6 3 Influencing factors of polymer melting point

Chapter 5 Polymer solution
Chapter 6 Polymer blends
Chapter 7 Motion of polymer molecules
Chapter 8 Mechanical properties of polymers-Part Ⅰ: Tensile， Yield， Break and Strength
Chapter 9 Mechanical properties of polymers-Part Ⅱ: High elasticity and viscoelasticity
Chapter 10 Other properties of polymers
Chapter 11 Analyzing and characterizing methods of polymers
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