非球面红外光学元件的金刚石车削

David C. Wender
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引用次数: 0

摘要

直到最近,红外光学元件的制造通常都是采用传统的光学表面处理方法。磨削和抛光一直是球面和非球面光学表面加工的主要工艺。金刚石车削和红外材料锻造的最新进展为堆焊提供了一个新的竞争平台,这反过来又极大地改变了设计和制造策略。希望通过告知用户金刚石车削的最新进展,鼓励设计领域的前瞻性思维。本文分为两部分-金刚石车削基本原理的回顾,随后介绍了选定的车削结果在I.R.材料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diamond Turning Of Aspheric Infrared Optical Components
Manufacturing infrared optical components, up until the recent past, usually meant optical surfacing by conventional methods. Grinding and polishing have been the primary surfacing processes for both spherical and aspheric optics. Recent advances in both diamond turning and forging of infrared materials is providing a new competitive platform for surfacing which, in turn, is substantially changing design and manufacturing strategies. It is hoped that by informing users of recent advances in diamond turning, forward thinking in the design area will be encouraged. This paper is divided into two parts - a review of diamond turning fundamentals, followed by a presentation of selected turning results in I.R. materials.
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