第一节 液态结构与晶体凝固的条件 液态金属的特征 结晶的微观现象 结晶的宏观现象 金属结晶的基本条件 第二节 材料结晶时晶核的形成 THE FORMATION OF NUCLEUS AS MATERIALS CRYSTALLIZING 均匀形核 非均匀形核 第三节 材料结晶时晶核的长大 晶体长大的条件 液/固界面的构造 晶体长大机制 晶体长大形态 第四节 凝固理论的应用 铸件晶粒细化 单晶制备 定向凝固 非晶态金属的制备

1 - Achieving sustainability in a global world 2 - What is nanotechnology and examples of principles, tools, nanomaterials and uses 3 - Three main domains of energy materials 4 - Increasing energy conversion (photovoltaic, thermoelectricity, biomass .) 5 - Increasing storage energy (Ni-Met, Li ion, supercapacitors, hydrogen storage.) 6 - Increasing safety, life of energy production systems (nuclear, wind production, geothermal,.)

• 7.1 Materials for Rail Traffic • 7.2 Ceramic Material and Composite Material • 7.3 Brake Disc of Multiple Units • 7.4 Liquid Die Forging and Semi-Solid Forming

《道路与桥梁建筑材料》课程教学课件（PPT讲稿）Soils, unbound granular materials and cement stabilized materials

《纺织复合材料》课程参考文献（Composite Materials Handbook，Volume 3）Chapter 2 MATERIALS AND PROCESSES - THE EFFECTS OF VARIABILITY ON COMPOSITE PROPERTIES

《纺织复合材料》课程参考文献（Composite materials design and applications）07 COMPOSITE MATERIALS AND AEROSPACE CONSTRUCTION

《纺织复合材料》课程参考文献（Composite materials design and applications）01 COMPOSITE MATERIALS, INTEREST, AND PROPERTIES

《纺织复合材料》课程参考文献（3-D textile reinforcements in composite materials）3-D textile reinforcements in composite materials

《纺织复合材料》课程参考文献（3-D textile reinforcements in composite materials）00 Introduction（Why are 3-D textile technologies applied to composite materials？）

2.1 Materials used in tall building structures 2.2 Design Principles 2.3 Lateral Load-resisting system 2.4 Diaphragm Systems 2.5 Foundations