this article is focused on the ultra-precision machine technology, and spdt and ultra-precision grinding technologies 因此,本文針對超精密加工設備,以及單點鉆石車削與超精密輪磨技術分別介紹說明。
today, the ultra-precision machining technology of aspheric surface optic parts has become the key technology that various nations strive for develop in the field of ultra-precision machining, but numerical control interpolation algorithm is one of the core technology for ultra-precision numerical control 當今,非球曲面光學零件的超精密加工技術已成為各國在超精密加工領域中爭相發(fā)展的關鍵技術,而數(shù)控插補算法是超精密數(shù)控技術的核心之一。
so the ultra-precision machining technology about kdp crystal, especially the related technologies such as machining equipment, machining mechanism, the processing crafts, the measurement methods for the processed surface and the evaluation of machining quality, has become the popular topic studied by experts from various countries all over the world 關于kdp晶體的超精密加工技術,尤其是kdp晶體的超精密加工設備、超精密切削加工機理、加工工藝方法及加工后的表面檢測和質(zhì)量評價等技術是目前世界各國專家研究的熱門課題。