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一、序言“在液体中抛光晶体的技术”主要叙述了在我的实验室里进行的对表面层不光滑的玻璃获得平整表面的玻璃的抛光技术(盘内加水的抛光技术以下称 BFP 技术)。这种玻璃抛光技术适用于多种性质不同的晶体在不知用什么方法抛光时,如能参考这种方法还是有益的。本文结尾介绍了津和等人在水中抛光 Si 的方法。BFP 技术是一种在水中对玻璃进行抛光的技术,它的主要特点是:在抛光时,由于抛光盘的温度不上升,所以沥青不变形,同时可采用超微粒子的抛光剂,因为加水容器不断旋转,所以能依靠大小均匀的粒子进行抛光,而且抛光负荷给的很小。
I. Preface The technique of polishing crystals in liquids mainly describes the technique of polishing glass in smooth surfaces in my laboratory (the BFP technique is used to polish the glass in a flat surface) . This glass polishing technology for a variety of different properties of the crystal in what method does not know when polishing, if you can refer to this method is beneficial. At the end of this paper, Jin He et al. Introduced the method of polishing Si in water. BFP technology is a water-based glass polishing technology, its main features are: in the polishing, the polishing disc temperature does not rise, so the bitumen deformation, while the use of ultra-fine particles of polishing agent, because the water container Rotation, it can rely on uniform size particles for polishing, and the polishing load to a very small.