- 材料化学(普通高等教育十四五规划教材)(英文版)
- - 作者：编者:雷西萍//乔明涛//雷琬莹//南艳丽|责编:杨敏
  - 出版社：冶金工业
  - ISBN：9787502492298
  - 出版日期：2023/01/01
  - 页数：194
- 售价：15.6

内容大纲
本书包括三个部分：第一部分是基础理论（第1～3章），介绍了晶体学、物理化学和高分子化学的基本概念和原理。第二部分是材料的应用（第4～7章）。介绍了金属材料、无机非金属材料和有机高分子材料的基本特性和制备方法，并结合作者的科研成果给出了实例。第三部分是材料防护（第八章），介绍了各种材料的腐蚀现象及防护措施。
本书可作为高校材料化学专业、材料科学与工程专业的教材，也可作为相关专业技术人员的参考。
作者介绍
目录
Chapter 1  Foundation of Materials Science
  1.2  Crystal Structures
    1.1.1  Unit Cells
    1.1.2  Crystal Systems
  1.2  Crystalline and Nanocrystalline Materials
    1.2.1  Single Crystals
    1.2.2  Polycrystalline Materials
    1.2.3  Anisotropy
    1.2.4  Noncrystalline Solids
  1.3  Defects
    1.3.1  Point Defect
    1.3.2  Linear Defects
    1.3.3  Interfacial Defects
  Questions
  References
Chapter 2  Foundation of Physical Chemistry
  2.1  Thermodynamic Laws
    2.1.1  The First Law of Thermodynamics
    2.1.2  The Second Law and the Third Law of Thermodynamics
  2.2  Chemical Reaction Kinetics
    2.2.1  Chemical Reaction and Rate Law
    2.2.2  The Integral form of the Reaction Rate Equation
    2.2.3  Linking the Rate Laws with Reaction Mechanisms
  2.3  Electrochemical Foundation
    2.3.1  Electrolyte Solution
    2.3.2  Electrolyte System
    2.3.3  Nernst Equation
    2.3.4  The Electrochemical Reaction Rate
  Questions
  References
Chapter 3  Foundation of Polymer Materials
  3.1  Introduction of Polymer
  3.2  Classification of Polymers
    3.2.1  Classification by Source
    3.2.2  Classification by Application
    3.2.3  Classification by Chain Structure
    3.2.4  Classification by Thermal Behavior
    3.2.5  Classification by Polymerization
    3.2.6  Classification by Elemental Composition of Main Chain
  3.3  Chain Structure and Condensed Structure
  3.4  Glass Transition
  Questions
  References
Chapter 4  Preparation Principles in Materials Chemistry
  4.1  Features of Basic Material
    4.1.1  Metals
    4.1.2  Ceramics
    4.1.3  Polymeric Materials
    4.1.4  Materials Design and Selection
  4.2  Solid State Reaction

    4.2.1  Definition and Features
    4.2.2  Solid-solid Interface
  4.3  Liquid State Reaction
    4.3.1  Ostwald Ripening
    4.3.2  Crystal Nucleation and Growth
  4.4  Gas State Reaction
    4.4.1  Vapor Absorption and Adsorption
    4.4.2  Chemical Vapor Deposition (CVD)
    4.4.3  Atomic Layer Deposition (ALD)
  Questions
  References
Chapter 5  Preparation Methods of Metal
  5.1  Chemical and Photochemical Synthesis
    5.1.1  Light Mediated Synthesis
    5.1.2  Electrolysis and Pyrolysis
    5.1.3  Citrate Reduction
    5.1.4  Polyol Synthesis
    5.1.5  Seed Mediated Synthesis
  5.2  Soft and Hard Template Mediated Synthesis
  5.3  Hydrothermal Process
  Questions
  References
Chapter 6  Preparation Methods of Inorganic Nonmetallic Material ..
  6.1  Preparation Methods of Inorganic Powders
    6.1.1  Co-precipitation and Precursor Methods
    6.1.2  The Sol-gel Method
    6.1.3  Hydrothermal and Solvothermal Methods
    6.1.4  Molten Salts
    6.1.5  Combustion Synthesis
  6.2  Molding Process of Inorganic Materials
    6.2.1  Fabrication and Processing of Glasses
    6.2.2  Powder Processing
    6.2.3  Tape Casting
  Questions
  References
Chapter 7  Preparation Mechanisms of Polymer
  7.1  Radical Chain Polymerization
    7.1.1  Sequence of Radical Chain Polymerization
    7.1.2  Kinetics of Initiation and Polymerization
  7.2  Step-growth Polymerization
    7.2.1  Self-catalyzed Polymerization
    7.2.2  Molecular Weight of Polymer
  7.3  Polymerization Processes
  Questions
  References
Chapter 8  Corrosion and Protection of Materials
  8.1  Electrochemical Considerations
    8.1.1  Electrode Potentials
    8.1.2  The Standard EMF Series
    8.1.3  The Galvanic Series

    8.1.4  Corrosion Rates
  8.2  Forms of Corrosion
    8.2.1  Uniform Attack
    8.2.2  Galvanic Corrosion
    8.2.3  Crevice Corrosion
    8.2.4  Pitting
    8.2.5  Intergranular Corrosion
    8.2.6  Erosion-corrosion
    8.2.7  Stress Corrosion
    8.2.8  Hydrogen Embrittlement
  8.3  Protection Principles and Ways
    8.3.1  Cathodic Protection
    8.3.2  Anodic Protection
    8.3.3  Corrosion Protection by Coatings
    8.3.4  Change of Environment
    8.3.5  Proper Design
  Questions
  References

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