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    • 2. 发明授权
    • Processing apparatus for processing sample in predetermined atmosphere
    • 用于在预定气氛中处理样品的处理装置
    • US06750946B2
    • 2004-06-15
    • US09897930
    • 2001-07-05
    • Yutaka TanakaShigeru TerashimaShinichi Hara
    • Yutaka TanakaShigeru TerashimaShinichi Hara
    • G03B2752
    • H01L21/67196G03F7/7075G03F7/70808G03F7/70841G03F7/70866H01L21/67017H01L21/67201Y10T29/41
    • A substrate processing system has a first processing device which processes a substrate with a first process in a first gas atmosphere within a process chamber and a transfer device that transfers a substrate in a second gas atmosphere within a clean booth, the transfer device transferring a substrate which has been processed with a second process by a second processing device or a substrate which is to be processed by that second processing device. A load-lock chamber has a substrate transfer path between the first processing device and the transfer device and there is a gas supply device which supplies the first gas from the process chamber to the load-lock chamber when the substrate is transferred between the load-lock chamber and a first processing device, and supplies the second gas from the clean booth to the load-lock chamber when the substrate is transferred between the load-lock chamber and the transfer device.
    • 基板处理系统具有第一处理装置,其处理处理室内的第一气体气氛中的第一处理的基板和在清洁室内将第二气体气氛中的基板转印的转印装置,所述转印装置将基板 其通过第二处理装置或将被该第二处理装置处理的基板的第二处理进行处理。 负载锁定室具有在第一处理装置和转印装置之间的基板传送路径,并且存在一个气体供应装置,当基板在载荷传递装置之间传送时,将第一气体从处理室供应到装载锁定室, 锁定室和第一处理装置,并且当衬底在负载锁定室和转移装置之间传送时,将来自清洁室的第二气体供应到负载锁定室。
    • 9. 发明授权
    • X-ray reduction exposure apparatus and device manufacturing method using
the same
    • X射线减少曝光装置及其制造方法
    • US5995582A
    • 1999-11-30
    • US835721
    • 1997-04-10
    • Shigeru TerashimaMasami Tsukamoto
    • Shigeru TerashimaMasami Tsukamoto
    • G21K5/02G03F7/20G21K1/06H01L21/027G21K5/00
    • G03F7/70891G21K1/06
    • A deflection mirror is disposed before an X-ray mask so as to reflect an X-ray beam and to project it to the X-ray mask. The X-ray mask is disposed opposed to a wafer with a distance D therebetween, and the X-ray beam reflected by the X-ray mask is projected onto the wafer through a reduction projection optical system. The deflecting mirror is disposed, in an example, at a position satisfying a relation D>L>d/(tan .delta.1+tan .delta.2) where L is the distance from the X-ray mask to an edge of the deflection mirror closer to the path of the X-ray beam reflected by the X-ray mask, d is the width of irradiation of the X-ray beam upon the X-ray mask, and .delta.1 and .delta.2 are incidence angles of the X-ray beam at upper and lower edges of the irradiation width d, respectively, upon the X-ray mask. This assures a compact structure wherein, even when a wafer of a large diameter is used, illumination light to the mask is not intercepted.
    • 偏转镜设置在X射线掩模之前,以便反射X射线束并将其投影到X射线掩模。 X射线掩模与其间具有距离D的晶片相对设置,并且由X射线掩模反射的X射线束通过还原投影光学系统投影到晶片上。 偏转镜例如设置在满足关系D> L> d /(tanδ1 +tanδ2)的位置处,其中L是从X射线掩模到偏转镜的边缘的距离更近 到由X射线掩模反射的X射线束的路径,d是X射线掩模上的X射线束的照射宽度,δ1和δ2是X射线的入射角 在X射线掩模上分别照射宽度d的上边缘和下边缘。 这确保了紧凑的结构,其中即使当使用大直径的晶片时,不遮挡对掩模的照明光。