Material chemistry has always been an integral part of chemistry and is a chemistry associated with the preparation, processing, service and analytical processes of materials Material chemistry has a broad-based, multidisciplinary or interdisciplinary nature as a key area of chemical research and new materials technology it is gaining more and more recognition worldwide The purpose of this course is to equip students with the intrinsic links between chemistry and materials science and engineering and to understand the latest advances in applied chemistry and chemistry concepts in materials science. Understanding the intrinsic link between the arrangement of atoms, ions, or molecules that make up a material and it macrostructure and properties allows students to learn to apply and address related *课程简介 ( Description material chemistry knowledge base and thinking method for undergraduate students of Materials College, and to provide services for the follow-up courses The main teaching contents of this course include the introduction of material chemistry; the theoretical basis of material chemistry the chemical of metals and inorganic non-metallic materials; the chemistry of polymer materials, the chemistry of organic/inorganic hybrid materials; and the application of material chemistry in the reparation of advanced materials. It is hoped that the teaching of this course will more widely convey to students in the materials science and engineering disciplines the exciting research directions in this field and the opportunities that material chemistry provides for new materials technologie 课程教学大纲( course syllabus) 掌握材料化学范围内的基础理论和基本知识,认识和掌握材料合成、结构、性能和 应用之间的内在联系及其变化规律。(支持毕业要求1.1) 2.掌握材料化学重要的专业基础知识,了解材料化学的发展历史、目前的发展现状以 及将来的发展趋势。深入理解化学和化学工艺在材料发展和使用过程中所起的重要作 课程目标用。(支持毕业要求1.2) Learning|3.对材料设计、制备及加工过程中的实际问题采用适当的理论进行描述和分析,从而 Outcomes寻求解决方案。(支持毕业要求21,2.2) A.培养学生资料查阅检索能力,了解本课程所涉及的各种合成方法、结构、性能在材 料研究和开发中的具体应用实例。(支持毕业要求4.1,10.2) 5.了解材料工程中特定系统、技术或工艺流程设计中体现出的对社会、环境等相关因 素考虑。(支持毕业要求72)*课程简介 （Description） Material chemistry has always been an integral part of chemistry and is a chemistry associated with the preparation, processing, service, and analytical processes of materials. Material chemistry has a broad-based, multidisciplinary or interdisciplinary nature. As a key area of chemical research and new materials technology, it is gaining more and more recognitionworldwide. The purpose of this course is to equip students with the intrinsic links between chemistry and materials science and engineering, and to understand the latest advances in applied chemistry and chemistry concepts in materials science. Understanding the intrinsic link between the arrangement of atoms, ions, or molecules that make up a material and its macrostructure and properties allows students to learn to apply and address related material science issues from an atomic and molecular level perspective. To lay a good material chemistry knowledge base and thinking method for undergraduate students of Materials College, and to provide servicesfor the follow-up courses. The main teaching contents of this course include the introduction of material chemistry; the theoretical basis of material chemistry; the chemical of metals and inorganic non-metallic materials; the chemistry of polymer materials; the chemistry of organic/inorganic hybrid materials; and the application of material chemistry in the preparation of advanced materials. It is hoped that the teaching of this course will more widely convey to students in the materials science and engineering disciplines the exciting research directions in this field and the opportunities that material chemistry provides for new materialstechnologies. 课程教学大纲（coursesyllabus） *课程目标 (Learning Outcomes) 1. 掌握材料化学范围内的基础理论和基本知识，认识和掌握材料合成、结构、性能和 应用之间的内在联系及其变化规律。（支持毕业要求 1.1） 2．掌握材料化学重要的专业基础知识，了解材料化学的发展历史、目前的发展现状以 及将来的发展趋势。深入理解化学和化学工艺在材料发展和使用过程中所起的重要作 用。（支持毕业要求 1.2） 3．对材料设计、制备及加工过程中的实际问题采用适当的理论进行描述和分析，从而 寻求解决方案。（支持毕业要求 2.1，2.2） 4.培养学生资料查阅检索能力，了解本课程所涉及的各种合成方法、结构、性能在材 料研究和开发中的具体应用实例。（支持毕业要求 4.1，10.2） 5.了解材料工程中特定系统、技术或工艺流程设计中体现出的对社会、环境等相关因 素考虑。（支持毕业要求 7.2）