在金属基复合材料的开发中，主要使用了以下三种处理方法：（i）高压扩散结

In the development of metal matrix composite material, using the following three major treatment methods: (i) high pressure diffusion bonding, (ii) casting and (iii) powder metallurgy techniques, including vacuum hot pressing (Rawal, 2001). More specifically, diffusion bonding and casting methods have been used continuous fiber reinforced metal matrix composites. Discontinuous reinforcing metal matrix composite materials are usually produced by powder metallurgy and pressure-assisted casting process. Metal matrix composites, e.g. B / Al, Gr / Al, Gr / Mg and Gr / Cu, manufactured by diffusion bonding, the prototype for spacecraft components, such as tubes, plates and panels.

In the development of metal-based composites, the following three treatment methods are used: (i) high-pressure diffusion binding, (ii) casting and (iii) powder metallurgy techniques, including vacuum thermal pressure (Rawal, 2001). More specifically, diffusion bonding and casting methods have been used in continuous fiber-reinforced metal substratecomposites. Non-continuously enhanced metal-based composites are usually produced through powder metallurgy and pressure-assisted casting processes. Metal-based composites, such as B/Al, Gr/Al, Gr/Mg and Gr/Cu, are manufactured by diffusion bonding for the prototype of spacecraft components such as tubes, plates and panels.

In the development of metal matrix composites, the following three treatment methods are mainly used: (I) high pressure diffusion bonding, (II) casting and (III) powder metallurgy technology, including vacuum hot pressing (rawal, 2001). More specifically, diffusion bonding and casting methods have been used for continuous fiber-reinforced metal matrix composites. Discontinuous reinforced metal matrix composites are usually produced by powder metallurgy and pressure assisted casting. Metal matrix composites, such as B / Al, Gr / Al, Gr / Mg and Gr / Cu, are manufactured by diffusion bonding and are used for prototype spacecraft components, such as tubes, plates and panels.