Theory and Technology of Micro-nano Aluminum Powder

全书共分8章，主要内容 包括：微纳米铝粉的制备。 介绍了微纳米铝粉的制备方 法，包括物理法、化学法、 机械法等，详细讲解了各种 方法的原理、特点、适用范 围和优缺点。微纳米铝粉的 基本特性。探讨了微纳米铝 粉的化学、物理、结构等基 本特性，包括表面性质、热 力学性质、电子结构、晶体 结构、形貌等，为后续的反 应机理和应用研究奠定了基 础。微纳米铝粉的反应机理 。分析了微纳米铝粉在不同 条件下的氧化过程和燃烧过 程，讨论了微纳米铝粉在高 温环境下的破壳过程和机理 ，以及铝粉的扩散特性和爆 炸防控等问题，深入揭示了 微纳米铝粉的反应机理。微 纳米铝粉的应用。阐述了微 纳米铝粉在能源、材料、催 化等领域的应用研究，包括 铝燃料电池、热释电材料、 光催化等方面，展示了微纳 米铝粉的应用前景和潜力。

Chapter 1 Preparation of Micro and Nano Aluminum Powder 1.1 Main methods for preparing aluminum powder 1.1.1 Methods for preparing micro aluminum powder 1.1.2 Methods for preparing nano aluminum powder 1.2 Preparation of experimental samples of aluminum powder 1.2.1 Preparation of experimental samples of micro aluminum powder 1.2.2 Preparation of experimental samples of nano aluminum powder Chapter 2 Basic Characteristics of Micro and Nano Aluminum Powder .. 2.1 Physical and chemical properties of micro and nano aluminum powder 2.1.1 Physical properties of aluminum powder 2.1.2 Chemical properties of aluminum powder 2.1.3 Morphology of micro and nano aluminum powder 2.1.4 Particle size distribution of micro and nano aluminum powders 2.1.5 Micro-nano aluminum powder composition 2.2 Structural characteristics of micro-nano aluminum powder 2.2.1 Structural characteristics of micro-nano aluminum powder 2.2.2 Thickness of miero-nano aluminum powder alumina shell 2.2.3 Micro-and nano-aetive aluminum content 2.3 Aluminum powder crystal change characteristics 2.3.1 High temperature XRD experiment and equipment 2.3.2 XRD results and discussion of micron aluminum powder at high temperature 2.3.3 XRD results and discussion of micron aluminum powder at high temperature 2.3.4 Crystallization characteristics of a single nanometer aluminum particle Chapter 3 Oxidation Process and Characteristics of Micro-nano Aluminum Powder 3.1 Study on oxidation characteristics and mechanism of aluminum powder by molecular dynamics 3.1.1 Research status of oxidation process and characteristics of miero-nano aluminum powder 3.1.2 Research status of oxidation mechanism of oxidation film growth kinetics 3.2 Study on oxidation characteristics and mechanism of aluminum powder by molecular dynamics 3.2.1 Introduction to molecular dynamics methods 3.2.2 Oxidation process of nanometer aluminum powder 3.2.3 Factors affecting the oxidation process of nanometer aluminum powder 3.2.4 Oxidation characteristics of nanometer aluminum powder 3.2.5 Oxidation mechanism of nanometer aluminum powder 3.3 Experimental study on oxidation characteristics and mechanism of aluminum powder 3.3.1 Experimental study of aluminum particle group oxidation process 3.3.2 Experimental study on oxidation process of single aluminum particle Chapter 4 Process and Mechanism of High Temperature Micro and Nano Aluminum Powder Shell Breaking 4.1 Study on dynamic simulation of aluminum particle breaking in high temperature environment 4.1.1 Numerical simulation of micrometer aluminum particle breaking process 4.1.2 Numerical simulation of the breaking process of nano-aluminum particles 4.2 Experimental study on the dynamics of aluminum particle breaking in high temperature environment 4.2.1 Experimental apparatus and equipment 4.2.2 Aluminum particle breaking process Chapter 5 Combustion Process and Mechanism of Micro and Nano Aluminum Powder 5.1 Experimental study on the combustion process of aluminum powder 5.1.1 Experimental study on the combustion process of aluminum powder in air environment 5.1.2 Experimental study on the combustion process of aluminum powder in other atmospheres 5.1.3 Experimental study of combustion products of aluminum powder 5.2 Theoretical study on the combustion process of micro and nano aluminum powder 5.2.1 Aluminum powder combustion model