本书主要介绍航空航天领域粉末材料和技术的相关内容，共分10章，主要介绍了航空航天工程基本材料的基础知识；粉末冶金概论；纳米材料粉末冶金基本原理；常用烧结结构材料的相关内容；耐高温材料及耐高温性能强的材料；常用复合材料；摩擦接头材料；特殊用途的功能材料；粉末冶金新技术；金展粉末的特殊应用等内容。全书体系完整，内容精炼，适合高等院校材料和航天相关专业的师生、企业从事粉末材料相关研究和应用的工程技术人员阅读。

Chapter 1 Basic Materials for Aerospace Engineering
1.1 Basic Metal Materials Used in Aerospace Engineering
1.2 Approaches to Choosing Constructional Materials for Aircraft
1.3 Some Examples of Choosing Materials for Specific Plane Units
1.4 Role and Place of Materials in Aerospace Engineering
Chapter 2 Introduction to Powder Metallurgy
2.1 The Properties of Powders
2.1.1 Physical Properties
2.1.2 Chemical Properties
2.2 Production of Sintered Products
2.2.1 Powder Preparation
2.2.2 Powder Forming
2.2.3 Sintering
2.3 Additional Processing of Sintered Products
Chapter 3 Basic Principles of Powder Metallurgy of Nanomaterials
3.1 General Information
3.2 Methods of Obtaining Nanopowders
3.3 Size Effects in Nanoparticles
3.4 Consolidation of Bulk Nanomaterials
3.4.1 Pressing of Nanopowders
3.4.2 Sintering
3.5 Nano-Oriented Surface Treatment Technology
Chapter 4 Sintered Construction Materials
4.1 Aluminum Powder Alloys
4.2 Titanium Powder Alloys
4.3 Magnesium Powder Alloys
4.4 Beryllium Powder Alloys
Chapter 5 Hot Resisting Materials and Materials Strong to High-Temperature
5.1 Refractory Metals and Alloys
5.2 Superalloys
5.3 Dispersion-Strengthened Materials
5.4 Metal Refractory Compounds (Intermetallic Compounds)
5.5 Special Ceramic Materials with High-Temperature Strength
Chapter 6 Composite Materials
6.1 General Concepts about Composite Materials
6.2 Methods of Obtaining Composite Materials
6.3 Metal Constructional Composite Materials
6.4 Heat-Resistant Composite Materials
Chapter 7 Materials for Friction Joints
7.1 Introduction to Tribology
7.1.1 Basic Terms of Tribology
7.1.2 Some Examples of the Influence of Friction on the Operation of Mechanisms
7.2 Antifriction Powder Materials
7.2.1 Bearing Iron-Based Materials
7.2.2 Copper Based Materials
7.2.3 Metal-Polymeric Bearing Materials
7.2.4 Nickel-Based Materials
7.3 Frictional Powder Materials
7.3.1 Copper Based Friction Materials
7.3.2 Iron-Based Friction Materials
7.3.3 Cermets for Aircraft Brakes
7.3.4 Composite Materials with Carbon and Ceramic Matrix
Chapter 8 Special-Purpose Functional Materials
8.1 Concept of Functional Materials, and Their Roles in Engineering
8.2 Heavy Alloys
8.3 Porous Permeable Materials
8.3.1 Filters
8.3.2 Porous Ionizers
8.3.3 Sweating Materials
8.3.4 Self-Cooling Sweating Materials
8.3.5 Capillary Structures of Heat Pipes
8.3.6 Porous Electrodes for Fuel Cells
8.4 Stalant Materials
8.5 Powder Materials for Electrical and Radio Technical Purposes
8.5.1 Optical Ceramics
8.5.2 Radio Transparent Materials
8.5.3 Magnetic Materials
Chapter 9 New Technologies in Powder Metallurgy
9.1 Nanomaterials and Nanotechnology
9.2 Additive Technology
9.3 Severe Plastic Deformation of Sintered Billets
9.4 Self-Propagation High-Temperature Synthesis
9.5 Metal Injection Molding (Casting)
Chapter 10 Special Applications of Metal Powders
10.1 Powder Solders
10.2 Metal Fuel
10.3 Magnetic Fluid
10.4 Powders for Magnetic Abrasive Processing
Appendix
Reference