Carbon reinforcements and carbon /carbon composites-猫眼课题宝

DOI：

10.1007/978-3-642-58745-0

发表时间：

1998

期刊：

影响因子：

通讯作者：

中科院分区：

其他

文献类型：

作者：

E. Fitzer;L. Manocha

强化。-1碳纤维。-1.1简介。-1.2碳纤维强度和刚度的关键。-1.3碳纤维发展简史。1早期高性能碳纤维。2日本碳纤维市场的主导地位。-1.4碳纤维工艺。-1.5 pan基碳纤维。-1.6沥青基碳纤维。-1.6。1.中间阶段音调。2熔融纺丝中间相沥青前驱体纤维。3热固性中间相沥青纤维。4碳化与石墨化。-1.7气相生长碳纤维。-1.8碳纤维现状。-1.9碳纤维结构。-1.10碳纤维断裂行为。-1.11新兴碳纤维。-1.11。1 pan基碳纤维。2沥青基碳纤维。-1.12碳纤维的附着力。-1.13参考文献。碳/碳复合材料。-2.1碳/碳复合材料和常规石墨。-2.2参考文献。-3.1离散纤维。-3.2单向纤维。-3.3平面（2D）预制件。-3.4三维预制件。-3.5多向结构。-3.6参考文献。-4碳/碳复合材料的加工。-4.1碳制品制造的基本路线。1一步热解。2两步热解。3三步热解。4多步热解。-4.2气相浸渍工艺。1等温化学气相沉积。2热梯度过程。3差压工艺。-4.3 CVD碳/碳复合材料的密度。-4.4用于碳陶瓷的经典制造路线。-4.4。浸渍前驱体。-4.5以热固性树脂为基体前驱体的复合材料的加工。-4.6以沥青为基体前驱体的复合材料。1标准流程。2高压处理。-4.7参考文献。-5碳/碳复合材料的微观结构。-5.1化学气相沉积制备碳基体的微观结构。-5.2液体渗透法制备碳/碳复合材料。1宏观特征。2热固性树脂衍生碳/碳复合材料的基体微观结构。3沥青衍生碳/碳复合材料中的基体微观结构。-5.3碳/碳复合材料中的界面。-5.4碳/碳复合材料的x射线衍射研究。-5.5参考文献。-6.1介绍。-6.2控制碳/碳复合材料机械性能的基本概念。1复合材料的杨氏模量。2复合材料的强度。-6.3热解碳基复合材料的力学性能。-6.4液体浸润法制备的碳/碳复合材料。1热固性树脂衍生碳/碳复合材料。2沥青衍生碳/碳复合材料。3夹角复合材料。4夹层复合材料。-6.5碳/碳复合材料的断裂韧性。-6.6疲劳和蠕变性能。-6.7高温力学性能。-6.8氧化对碳/碳复合材料力学性能的影响。-6.9中子辐照对碳/碳复合材料性能的影响。-6.10参考文献。-7碳/碳复合材料的热性能。-7.1热传递现象。-7.2热固性树脂衍生碳基碳/碳复合材料。-7.3沥青衍生碳基复合材料。-7.4焦碳基复合材料。-7.5高导电性碳/碳复合材料。-7.6复合材料的热膨胀。-7.7碳/碳复合材料的比热。-7.8碳/碳…

Reinforcement.-1 Carbon Fibers.-1.1 Introduction.-1.2 Key to the Strength and Stiffness of Carbon Fibers.-1.3 Short History of Carbon Fiber Development.-1.3. 1 Early High Performance Carbon Fibers.-1.3. 2 Japanese Dominance of Carbon Fiber Market.-1.4 Carbon Fiber Process.-1.5 PAN-Based Carbon Fibers.-1.6 Pitch-Based Carbon Fibers.-1.6. 1 Mesophase Pitches.-1.6. 2 Melt Spinning Mesophase Pitch Precursor Fibers.-1.6. 3 Thermosetting Mesophase Pitch Fibers.-1.6. 4 Carbonization and Graphitization.-1.7 Vapor-Grown Carbon Fibers.-1.8 Current Status of Carbon Fibers.-1.9 Structure of Carbon Fibers.-1.10 Fracture Behavior of Carbon Fibers.-1.11 Emerging Carbon Fibers.-1.11. 1 PAN-Based Carbon Fibers.-1.11. 2 Pitched-Based Carbon Fibers.-1.12 Adhesion of Carbon Fibers.-1.13 References.-Carbon/Carbon Composites.-2 Introduction.-2.1 Carbon/Carbon Composites and Conventional Graphite.-2.2 References.-3 Carbon Fiber Architecture.-3.1 Discrete Fibers.-3.2 Unidirectional Fibers.-3.3 Planar (2D) Preforms.-3.4 Three-Dimensional Preforms.-3.5 Multidirectional Structures.-3.6 References.-4 Processing of Carbon/Carbon Composites.-4.1 Basic Routes for Fabrication of Carbon Products.-4.1. 1 One-Step Pyrolysis.-4.1. 2 Two-Step Pyrolysis.-4.1. 3 Three-Step Pyrolysis.-4.1. 4 Multistep Pyrolysis.-4.2 Gas Phase Impregnation Process.-4.2. 1 Isothermal Chemical Vapor Deposition.-4.2. 2 Thermal Gradient Process.-4.2. 3 Differential Pressure Process.-4.3 Density of CVD Carbon/Carbon Composites.-4.4 The Classical Fabrication Route, as Used for Carbon Ceramic.-4.4. 1 Impregnating Precursors.-4.5 Processing of Composites with Thermosetting Resins as Matrix Precursors.-4.6 Composites with Pitch as Matrix Precursor.-4.6. 1 Standard Process.-4.6. 2 High Pressure Processing.-4.7 References.-5 Microstructure of Carbon/Carbon Composites.-5.1 Microstructure of Carbon Matrix Produced by Chemical Vapor Deposition.-5.2 Carbon/Carbon Composites Fabrication by the Liquid Infiltration Route.-5.2. 1 Macroscopic Features.-5.2. 2 Matrix Microstructure in Thermosetting-Resin-Derived Carbon/Carbon Composites.-5.2. 3 Matrix Microstructure in Pitch-Derived Carbon/Carbon Composites.-5.3 Interfaces in Carbon/Carbon Composites.-5.4 X-ray Diffraction Studies on Carbon/Carbon Composites.-5.5 References.-6 Mechanical Properties of Carbon/Carbon Composites.-6.1 Introduction.-6.2 Basic Concepts Governing Mechanical Properties of Carbon/Carbon Composites.-6.2. 1 The Young's Modulus of the Composites.-6.2. 2 Strength of the Composites.-6.3 Mechanical Properties of Composites with Pyrolytic Carbon Matrix.-6.4 Carbon/Carbon Composites Fabricated by the Liquid Infiltration Technique.-6.4. 1 Thermosetting-Resin-Derived Carbon/Carbon Composites.-6.4. 2 Pitch-Derived Carbon/Carbon Composites.-6.4. 3 Angle-Plied Composites.-6.4. 4 Sandwich Composites.-6.5 Fracture Toughness of Carbon/Carbon Composites.-6.6 Fatigue and Creep Properties.-6.7 Mechanical Properties at High Temperature.-6.8 Effect of Oxidation on Mechanical Properties of Carbon/Carbon Composites.-6.9 Effect of Neutron Irradiation on Properties of Carbon/Carbon Composites.-6.10 References.-7 Thermal Properties of Carbon/Carbon Composites.-7.1 Thermal Transport Phenomena.-7.2 Carbon/Carbon Composites with Thermosetting Resin-Derived Carbon Matrixes.-7.3 Composites with Pitch-Derived Matrixes.-7.4 Composites with Pyrocarbon Matrix.-7.5 High Conductivity Carbon/Carbon Composites.-7.6 Thermal Expansion of Composites.-7.7 Specific Heat of Carbon/Carbon Composites.-7.8 Thermal Shock Resistance of Carbon/Carbon …

Carbon reinforcements and carbon /carbon composites

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