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Removal of diamond-turning signatures on x-ray mandrels and metal optics by fluid-jet polishing

机译:通过流体喷射抛光去除X射线芯轴和金属光学元件上的车削金刚石标记

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This paper describes a major advance in the post-treatment of diamond-turned surfaces to remove repetitive micro-structure; a result which could have a major beneficial impact on fabrication of Walter-type X-ray mandrels, and metal mirrors. Diamond-turning is highly deterministic and versatile in producing axially-symmetric forms, and through fast-tool servos, non-axially symmetric, free-form and micro-structured surfaces. However, the fine turning marks left in the metal surface limit performance. In this paper, we describe how fluid-jet polishing under CNC control can be used to eliminate these structures, without significantly degrading the surface roughness or form produced by the prior turning operation.
机译:本文描述了在金刚石车削表面的后处理中去除重复的微观结构的重大进展。结果可能会对Walter型X射线心轴和金属镜的制造产生重大的有益影响。金刚石车削具有高度确定性,并且可以通过快速工具伺服系统,非轴向对称,自由形状和微结构化表面生成轴向对称形式。但是,留在金属表面的细车削痕迹会限制性能。在本文中,我们描述了如何在CNC控制下进行流体喷射抛光以消除这些结构,而又不会显着降低先前车削操作产生的表面粗糙度或形状。

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