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Master mandrel used for fabricating X-ray mirrors and replication mehtod using the master mandrel

机译:用于制造X射线镜的主芯轴以及使用该主芯轴的复制方法

摘要

The present invention relates to an X-ray mirror replication method using the X-ray mirror replication core and its mirror replication core, using more specifically to high-precision machining apparatus, by using a jig when machining the mirror replication core, and the precision processing equipment X-ray mirror replication using the X-ray mirror replication core and its mirror replication core centering of replication core is easier and minimizing the turbulence caused by the rotation in addition to maximizing the mirror replication success rate to minimize the surface roughness and geometric tolerances in the nanometer It relates to a method. ; According as fixed to the spindle of a precision machining apparatus by processing the replication core to produce an X-ray duplicate mirror For this purpose, the jig to which the first fastening by the fastening means (300) fixed (on the front end of the spindle (1) of the ultra-precision machining apparatus 100); And of the jig 100, the second and the fixed end 210 which is fixed by a fastening means 400, the fixed end 210, neck 220, the neck 220 extending from the front end of the front end of being formed with a mirror portion (230) extending from the distal end, the mirror 230 than the diameter of the neck portion 220 is formed in a large diameter, the difference between the diameter size of the neck portion 220 and mirror portion 230 It characterized in that a processing; by boundary surface 240 is replicated core 200 is formed. ; Soft X-ray mirror, mirror replication method, the model (mandrel)
机译:本发明涉及使用X射线镜复制芯及其镜复制芯的X射线镜复制方法,更具体地讲,涉及高精度加工装置,通过在加工镜复制芯时使用夹具的X射线镜复制方法以及精度。使用X射线反射镜复制核心及其反射镜复制核心对X射线反射镜进行复制的处理设备更容易,并且除了最大程度地提高反射镜复制成功率以最小化表面粗糙度和几何形状外,还使旋转引起的湍流最小化纳米公差涉及一种方法。 ;通过加工复制芯以产生X射线复制镜而固定在精密加工设备的主轴上。为此,通过紧固装置(300)将第一紧固固定在其上的夹具(在其前端)上。超精密加工装置100的主轴(1);并且,在夹具100中,由紧固装置400固定的第二端和固定端210中,固定端210,颈部220,从前端的前端延伸的颈部220形成有镜部( 230)从远端延伸,反射镜230的直径形成为比颈部220的直径大,颈部220和反射镜部分230的直径尺寸之差较大。通过边界表面240形成复制芯200。 ;软X射线镜,镜复制方法,模型(芯轴)

著录项

  • 公开/公告号KR100781309B1

    专利类型

  • 公开/公告日2007-12-03

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20060036853

  • 发明设计人 윤권하;천권수;

    申请日2006-04-24

  • 分类号G21K1/06;

  • 国家 KR

  • 入库时间 2022-08-21 19:54:36

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