会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Monolithic displacement measuring interferometer with spatially separated but substantially equivalent optical pathways and optional dual beam outputs
    • 单片位移测量干涉仪,具有空间分离但基本相同的光学路径和可选的双光束输出
    • US07705994B2
    • 2010-04-27
    • US11286817
    • 2005-11-23
    • Alan B Ray
    • Alan B Ray
    • G01B9/02
    • G01B9/02067G01B9/02007G01B9/02051G01B2290/70
    • An interferometer and corresponding system are provided having several aspects. In a first aspect, there is provided an interferometer adapted to receive separate first and second beams f1 and f2 therein, the interferometer comprising substantially equivalent and separate first and second optical pathways for the first and second beams f1 and f2. In a second aspect, there is provided an interferometer adapted to receive as separate inputs therein first and second beams f1 and f2, where such beams are not mixed or combined until just prior to being output by the interferometer. In a third aspect, an interferometer is provided having one or more beam blockers for intercepting extraneous or undesired light, and keeping such light from contaminating or interfering with separate beams f1 and f2.
    • 提供了具有几个方面的干涉仪和相应的系统。 在第一方面,提供了一种适于在其中接收单独的第一和第二光束f1和f2的干涉仪,所述干涉仪包括用于第一和第二光束f1和f2的基本相同且分离的第一和第二光学路径。 在第二方面,提供了一种适于在第一和第二光束f1和f2内作为单独输入接收的干涉仪,其中这些光束不被混合或组合直到刚好在由干涉仪输出之前。 在第三方面,提供一种具有一个或多个光束阻挡器的干涉仪,用于拦截外来或不期望的光,并且保持这种光不受污染或干扰分离的光束f1和f2。
    • 6. 发明授权
    • Interferometer using beam re-tracing to eliminate beam walk-off
    • 干涉仪使用光束重新追踪消除光束偏移
    • US06897962B2
    • 2005-05-24
    • US10126002
    • 2002-04-18
    • Eric S. JohnstoneJohn J. BockmanAlan B. RayKerry Bagw ell
    • Eric S. JohnstoneJohn J. BockmanAlan B. RayKerry Bagw ell
    • G01B9/02G02B5/04
    • G01B9/02007G01B9/02003G01B9/02018G01B9/02061G01B2290/15G01B2290/70
    • An interferometer returns parallel beams that are subject to walk-off caused by reflector misalignment for an additional pass through the interferometer optics and thereby eliminates beam walk-off. A return reflector can be a plane mirror that directs returning beams to retrace paths through the interferometer optics to combine and exit along the axis of the input beam. Separation optics can separate the combined beam from the input beam. Alternatively, a return reflector such as an isosceles prism or a trapezoidal prism reflects and offsets returning beams so that the combined beam is offset from the input beam. The return reflector more generally responds to a shift in incident beam position with a matching shift of the reflected beam in contrast to a retroreflector, which shifts a reflected beam in a direction opposite to the shift in the incident beam.
    • 干涉仪返回平行光束,该平行光束由反射器未对准引起的偏离,以便额外通过干涉仪光学元件,从而消除光束的离散。 返回反射器可以是平面镜,其引导返回的光束以通过干涉仪光学器件回扫路径,以沿输入光束的轴线组合和退出。 分离光学器件可以将组合光束与输入光束分离。 或者,诸如等腰棱镜或梯形棱镜的返回反射器反射和偏移返回光束,使得组合的光束从输入光束偏移。 返回反射器更一般地响应入射光束位置的移动,与反射器相反,反射光束的反转光束在与入射光束中的偏移相反的方向上偏移反射光束。
    • 7. 发明授权
    • Method for planarizing semiconductor substrates
    • 半导体衬底平面化方法
    • US4676868A
    • 1987-06-30
    • US855207
    • 1986-04-23
    • Paul E. RileyAlan B. RayPaul Bayer
    • Paul E. RileyAlan B. RayPaul Bayer
    • H01L21/302H01L21/3065H01L21/3105H01L21/311H01L21/3205H01L21/768B44C1/22B29C37/00C03C15/00C03C25/06
    • H01L21/76819H01L21/31055H01L21/31116
    • A method for planarizing an insulating layer overlying an irregular topographic substrate, e.g., a conductive layer, is planarized by use of a sacrificial planarization layer. The planarization layer is removed using an oxygen-containing plasma generated in a parallel electrode reactor operating at a low excitation frequency and high pressure. Once the interface between the planarization layer and the conductive layer is reached, a second plasma with a reduced oxygen content is employed to avoid overetching the planarization layer. It has been observed that oxidizing species liberated during the etching of the insulating layer, typically silicon dioxide, contribute to the oxidation and hence removal of the planarization layer. The process may be monitored by observing the spectral emissions from species generated or consumed during planarization or by changes in the optical interference pattern, allowing termination of the etch at the proper time to avoid over-etching and under-etching of the insulating layer.
    • 通过使用牺牲平坦化平面化用于平坦化覆盖不规则形状衬底(例如导电层)的绝缘层的方法。 使用在低激发频率和高压下工作的并联电极反应器中产生的含氧等离子体来除去平坦化层。 一旦达到平坦化层和导电层之间的界面,则采用具有降低的氧含量的第二等离子体来避免过刻蚀平坦化层。 已经观察到,在绝缘层(通常是二氧化硅)的蚀刻期间释放的氧化物质有助于氧化并因此去除平坦化层。 可以通过观察在平坦化期间产生或消耗的物质的光谱发射或通过光学干涉图案的变化来监测该过程,从而允许在适当时间终止蚀刻,以避免绝缘层的过蚀刻和蚀刻不足。
    • 8. 发明授权
    • Compact beam re-tracing optics to eliminate beam walk-off in an interferometer
    • 紧凑型光束重新跟踪光学元件,以消除干涉仪中的光束偏移
    • US06806960B2
    • 2004-10-19
    • US10285058
    • 2002-10-30
    • Kerry D. BagwellGreg C. FelixJohn J. BockmanAlan B. Ray
    • Kerry D. BagwellGreg C. FelixJohn J. BockmanAlan B. Ray
    • G01B902
    • G01B9/02007G01B9/02003G01B9/02018G01B9/02061G01B2290/15G01B2290/70
    • A multi-axis interferometer uses a combined beam for a first pass through the interferometer optics. Measurement and reference components of the combined beam that exit the interferometer optics are subject to walk-off that measurement or reference reflector misalignment can cause. A return reflector and non-polarizing beam splitter system split the combined beam into separated input beams for the various axes of the interferometer and return the separated beams for respective second passes through the interferometer optics. Walk-off for the separated beams in the interferometer optics cancels the walk-off for the combined beam to eliminate beam walk-off in separated output beams. Sharing a combined beam for a first pass through the interferometer optics reduces the sizes required for the interferometer optics and reference and measurement mirrors. The multi-axis interferometer may have a single return reflector.
    • 多轴干涉仪使用组合光束进行第一次通过干涉仪光学元件。 离开干涉仪光学元件的组合光束的测量和参考分量可能导致测量或参考反射器不对准可能导致的偏离。 返回反射器和非偏振分束器系统将组合的光束分成用于干涉仪的各个轴的分离的输入光束,并且将分离的光束返回用于相应的第二次通过干涉仪光学器件。 在干涉仪光学元件中的分离光束的偏离消除组合光束的散射以消除分离的输出光束中的光束偏移。 共享用于第一遍的组合光束通过干涉仪光学器件减少干涉仪光学元件和参考和测量镜所需的尺寸。 多轴干涉仪可以具有单个返回反射器。