通过陶瓷自身显微结构设计来增强陶瓷材料的可加工性是解决陶瓷难加工问题的关键。
Improving machinability of engineering ceramic materials via microstructural design is the key to resolving the problem of difficult machining of ceramic materials.
它们通过几种不同的材料来强调，例如地面水平铺设的未加工的当地红杉木，还有用于飞檐的白色混凝土。
They are emphasized by several different materials, such as local unrefined red cedar wood horizontally laid, and white concrete for the overhangs.
最后，采用各项异性的离子束(IBM)加工技术可以通过掩膜来蚀刻孔阵，以制成纳米多孔金属材料。
Last, a technique known as anisotropic ion beam milling (IBM) is used to etch through the mask to make an array of holes, creating the nanoporous metal.
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