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Synopsis
《研究生规划教材：高聚物的结构与性能（第2版）》共分八章，第1章介绍弹性固体高聚物的力学行为；第2章介绍高聚物在橡胶态的力学行为；第3章和第4章分别介绍高聚物的黏弹性和黏弹性的分子理论；第5章介绍高聚物的结构转变与分子运动；第6章介绍高聚物的屈服与断裂；第7章介绍高聚物的各向异性；第8章介绍高聚物的电学性能。《研究生规划教材：高聚物的结构与性能（第2版）》可作为高分子化学、高分子物理、高分子材料及相关专业的研究生教材，也可供从事高分子及相关领域科学研究、工程设计和应用开发等方面的科技工作者参考。第1章高聚物的应力与应变1.1弹性固体和高聚物的力学行为1.2应力状态1.3应变状态1.4应力与应变的关系第2章高聚物在橡胶态的力学行为2.1大应变的弹性理论2.2应变储能函数分析2.3唯象理论2.4橡胶弹性的热力学理论2.5橡胶弹性的分子统计理论2.6影响橡胶弹性的因素第3章高聚物的黏弹性3.1概述3.2线性黏弹行为3.3Boltzmann叠加原理3.4线性黏弹性的力学模型3.5高聚物的黏弹性实验3.6化学应力松弛第4章高聚物黏弹性的分子理论4.1线形高聚物黏弹性的分子理论(RBZ理论)4.2理论向本体聚合物的推广4.3FWL理论4.4蛇链理论第5章高聚物的结构转变与分子运动5.1概述5.2玻璃化转变5.3玻璃态中的次级松弛5.4位置模型理论与松弛活化能5.5结晶高聚物的转变与松弛第6章高聚物的屈服与断裂6.1高聚物的应力应变试验6.2固体高聚物的屈服行为6.3脆性断裂与韧性断裂第7章高聚物的各向异性7.1概述7.2高聚物的力学各向异性7.3高聚物的光学各向异性第8章高聚物的电学性能8.1恒定电场下高聚物极化8.2交变电场下的极化和介电损耗8.3高聚物的电老化8.4高聚物的电击穿参考文献
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Graduate planning materials: Structure and Properties of Polymers (2nd edition)(Chinese Edition)
ISBN 10: 7122142337
ISBN 13: 9787122142337
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Seller: liu xing, Nanjing, JS, China
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paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 01 of Pages: 188 in Publisher: Chemical Industry Press. graduate program teaching material: Structure and Properties of Polymers (2nd edition) is divided into eight chapters. Chapter 1 Introduction elastic solid polymer mechanical behavior; Chapter 2 describes the mechanical behavior of the polymer in the rubbery state; Chapters 3 and 4 were introduced molecular theory of viscoelasticity and viscoelastic polymers; Chapter 5 describes the structural transformation of polymers molecular motion; Chapter 6 introduces the polymer yield and fracture; Chapter 7 describes the anisotropy of the polymer; Chapter 8 describes the electrical properties of polymers. Graduate planning materials: Structure and Properties of Polymers (2) can be used as polymer chemistry. polymer physics. polymer materials and related professional textbook for graduate students. are also available in the polymer and related fields of scientific research. engineering design and application development. and other aspects of science and technology workers reference. Contents: Chapter 1. the stress and strain of the polymer the 1.1 elastic solids and mechanical behavior of polymers 1.3 1.2 state of stress strain state 1.4 of stress and strain relations Chapter 2 polymer elasticity theory in of 2.1 large strain of the mechanical behavior of the rubbery 2.2 strain 3.1 Overview 3.2 linear viscoelastic behavior stored energy function analysis of Chapter 3 2.3 2.6 affect rubber elasticity phenomenological thermodynamic theory of rubber elastic theory 2.4 2.5 rubber elastic molecular statistical theory factors viscoelastic polymers 3.3 Boltzmann superposition principle 3.4 linear sticky 4.2 theory of the 3.5 mechanical model of elastic polymer viscoelastic experiments 3.6 Chapter 4 chemical stress relaxation of polymer viscoelastic molecular theory of of 4.1 linear polymer viscoelastic molecular theory (RBZ theory) the promotion of the bulk polymer 4.3 FWL theory 4.4 snake chain theory Chapter 5 polymer structural changes shift and relaxation 5.1 Overview 5.2 glass transition 5.4 5.3 secondary relaxation in the glassy state location model theory and relaxation activation energy of 5.5 crystalline polymer molecular motion in Chapter 6 of Polymers yield strain and stress fracture 6.1 polymer test 6.2 solid polymer yield 6.3 brittle fracture behavior and toughness fracture Chapter 7 polymer anisotropy 7.1 Overview 7.2 polymer mechanical anisotropy 7.3 polymer Chapter 8 of the optically anisotropic polymer electrical properties of the of 8.1 constant field under polymer polarization electrical aging 4.1 cross-polarization and the dielectric loss in the alternating electric field under 8.3 Polymers 8.4 Polymer electrical breakdown ReferenceFour Satisfaction guaranteed,or money back. Seller Inventory # NE023287