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1.序论 1.1 重试制的背景采用金刚石工具的成形加工机及自动定心机已在现场达到了实用化,从而使透镜的加工方法得到了飞跃的发展。因此,在防止光学玻璃抛光面产生斑点的研究告一段落时,作为光学工业生产性发展的课题之一,紧接着就是提高抛光加工的效率。为此,由光学工业技术研究联合会的透镜抛光委员会协助机械研究所进行了用金刚石工具进行细磨及用同样方法进行高速抛光的研究。据说,在欧美对高速拋光的实用化,也是由成立高速拋光分会开始的。经这个分会及试制执行委员会讨论后,研究联合会获得了矿业技术试验所的补助金,以
1. Preface 1.1 re-trial of the background The use of diamond tools forming machine and automatic centering machine has been reached in the field of practical, so that the lens processing method has been leaps and bounds. Therefore, in order to prevent spots on the polished surface of the optical glass come to an end, one of the topics for the development of optical industrial productivity is to improve the efficiency of the polishing process. To that end, the Lens Polishing Committee of the Optical Industrial Technology Research Institute assists the Institute of Machinery in the fine grinding with a diamond tool and the high-speed polishing by the same method. It is said that in Europe and the United States on the high-speed polishing practical, but also by the establishment of high-speed polishing branch began. After discussion in this chapter and the trial production executive committee, the research union received a grant from the Mining Technology Laboratory to