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    • 2. 发明授权
    • Spectrometric method for analysis of film thickness and composition on a
patterned sample
    • 用于分析图案样品上的膜厚度和组成的光谱测定方法
    • US5900633A
    • 1999-05-04
    • US990834
    • 1997-12-15
    • Peter R. SolomonPeter A. Rosenthal
    • Peter R. SolomonPeter A. Rosenthal
    • G01B11/06G01N21/35
    • G01B11/0625
    • A fast and practical method for the analysis of patterned samples of semiconductor integrated circuits, and other materials, determines the thickness and composition of layers fabricated during manufacture. The method employs a measurement spot that is sufficiently large to irradiate areas of two or more different regions of the sample that result from its patterned features, generally at replicable locations. In carrying out the method, one or more of reflectance, transmittance, and radiance spectrance is measured, and the various parameters characterizing the thickness and composition in the patterned areas are obtained using, for example, a model-based analysis of the polarization and amplitude of the emanating radiation, the model parameters being iteratively adjusted to achieve a match with measured values. The method can be made fast and practical by using measurements that are taken both before and also after treatment steps are effected, and/or by using measurements from the same location on designated samples undergoing the same process, to reduce the number of unknown parameters in a reference model.
    • 用于分析半导体集成电路和其他材料的图案样品的快速和实用的方法确定了在制造期间制造的层的厚度和组成。 该方法采用足够大的测量点,以照射通常在可复制位置由其图案化特征产生的样品的两个或更多个不同区域的区域。 在实施该方法时,测量反射率,透射率和辐射度观察中的一种或多种,​​并且使用例如基于模型的极化和振幅分析来获得表征图案区域中的厚度和组成的各种参数 的发射辐射,模型参数被迭代地调整以实现与测量值的匹配。 通过使用在治疗步骤之前和之后进行的测量,和/或通过使用经历相同过程的指定样品上的相同位置的测量,可以使方法快速和实用,以减少未知参数的数量 参考模型。
    • 6. 发明授权
    • Dynamic support structure
    • 动态支持结构
    • US5588632A
    • 1996-12-31
    • US567085
    • 1995-12-04
    • Peter R. Solomon
    • Peter R. Solomon
    • G01B9/02
    • G01B9/02041G01J3/4532G01J3/4535
    • The structure of the invention serves to support mirrors defining a reflective channel, which can dynamically be reciprocally widened and narrowed, as in a two-beam interferometer. It is effectively divided, by pivot points on an intermedial axis, into two opposite portions of equal mass, thus affording to the structure immunization against translational forces transmitted through those points. The opposite portions also have their centers of gravity remotely located, so as to generate a counteracting torque in response to moments of rotational inertia transmitted through the pivot points. In the structure, integrally formed planar pieces are assembled to provide contiguous elongate elements and an interposed connecting web element, a plurality of which web elements produce a flexure joint.
    • 本发明的结构用于支持限定反射通道的反射镜,其可以在双光束干涉仪中动态地相互加宽和变窄。 它通过中间轴上的枢轴点被有效地分成两个相等质量的相对部分,从而为通过这些点传递的平移力提供结构免疫。 相对部分还具有远离其重心的位置,以响应于通过枢转点传递的旋转惯性力矩而产生抵消力矩。 在该结构中,整体形成的平面件被组装以提供连续的细长元件和插入的连接腹板元件,多个腹板元件产生弯曲接头。
    • 7. 发明授权
    • Vibration immunizing dynamic support structure
    • 振动免疫动态支撑结构
    • US5513828A
    • 1996-05-07
    • US285116
    • 1994-08-03
    • Peter R. Solomon
    • Peter R. Solomon
    • G01B9/02
    • G01J3/45G01J3/0202
    • The structure serves to support any of various elements and objects, normally for translational movement. It is effectively divided, by pivot points on an intermedial axis, into two opposite portions of equal mass, thus affording to the structure immunization against translational forces transmitted through those points. The opposite portions also have their centers of gravity remotely located, so as to generate a counteracting torque in response to moments of rotational inertia transmitted through the pivot points. Integrally formed planar pieces are assembled to provide contiguous elongate elements and an interposed connecting web element, a plurality of which web elements produce a flexure joint in the structure.
    • 该结构用于支撑通常用于平移运动的各种元件和物体中的任何一种。 它通过中间轴上的枢轴点被有效地分成两个相等质量的相对部分,从而为通过这些点传递的平移力提供结构免疫。 相对部分还具有远离其重心的位置,以响应于通过枢转点传递的旋转惯性力矩而产生抵消力矩。 整体形成的平面件被组装以提供连续的细长元件和插入的连接腹板元件,多个网状元件在结构中产生挠曲接头。