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    • 1. 发明申请
    • POLYMERIC COATING OF SUBSTRATE PROCESSING SYSTEM COMPONENTS FOR CONTAMINATION CONTROL
    • 用于污染控制的基板处理系统组件的聚合涂层
    • US20100071622A1
    • 2010-03-25
    • US12234038
    • 2008-09-19
    • DAVID K. CARLSONRoger N. Anderson
    • DAVID K. CARLSONRoger N. Anderson
    • B05D5/00B32B27/04B32B9/00
    • C23C30/00B05D5/083B05D7/14B05D2350/65C23C2/26C23C26/00C23C28/00Y10T428/239Y10T428/263Y10T428/264Y10T428/265Y10T428/3154
    • A method of treating a metal surface of a portion of a substrate processing system to lower a defect concentration near a processed surface of a substrate includes forming a protective coating on the metal surface, wherein the protective coating includes nickel (Ni) and a fluoropolymer. Forming the protective coating on the metal surface can further include forming a nickel layer on the metal surface, impregnating the nickel layer with a fluoropolymer, and removing fluoropolymer from the surface leaving a predominantly nickel surface so the fluoropolymer is predominantly subsurface. A substrate processing system includes a process chamber into which a reactant gas is introduced, a pumping system for removing material from the process chamber, a first component with a protective coating, wherein the protective coating forms a surface of the component which is exposed to an interior of the substrate processing chamber or an interior of the pumping system. The protective coating includes nickel (Ni) and a flouropolymer.
    • 处理基板处理系统的一部分的金属表面以降低基板的加工表面附近的缺陷浓度的方法包括在金属表面上形成保护涂层,其中保护涂层包括镍(Ni)和含氟聚合物。 在金属表面上形成保护涂层还可以包括在金属表面上形成镍层,用含氟聚合物浸渍镍层,以及从表面除去含氟聚合物,留下主要的镍表面,因此含氟聚合物主要是在下表面。 基板处理系统包括其中引入反应气体的处理室,用于从处理室中去除材料的泵送系统,具有保护涂层的第一部件,其中所述保护涂层形成暴露于所述部件的表面 衬底处理室的内部或泵送系统的内部。 保护涂层包括镍(Ni)和氟聚合物。
    • 2. 发明授权
    • Method and apparatus for controlling the radial temperature gradient of
a wafer while ramping the wafer temperature
    • 用于在使晶片温度升高的同时控制晶片的径向温度梯度的方法和装置
    • US06064799A
    • 2000-05-16
    • US71469
    • 1998-04-30
    • Roger N. AndersonDavid K. Carlson
    • Roger N. AndersonDavid K. Carlson
    • H01L21/205H01L21/00H01L21/26A21B2/00
    • H01L21/67248H01L21/67115
    • A method and apparatus for controlling the radial temperature gradients of a wafer and a susceptor while ramping the temperature of the wafer and susceptor using a first heat source that is primarily directed at a central portion of the wafer, a second heat source that is primarily directed at an outer portion of the wafer, a third heat source that is primarily directed at a central portion of the susceptor, and a fourth heat source that is primarily directed at an outer portion of the susceptor. Ramping of the wafer and susceptor temperature is accomplished by applying power to the first, second, third and fourth heat sources. During ramping, the ratio of the first and second heat source powers is varied as a function of the wafer temperature and the ratio of the third and fourth heat source powers is varied as a function of the susceptor temperature.
    • 一种用于控制晶片和基座的径向温度梯度的方法和装置,同时使用主要针对晶片的中心部分的第一热源来升高晶片和基座的温度,主要定向的第二热源 在晶片的外部,主要指向基座的中心部分的第三热源和主要指向基座的外部的第四热源。 通过向第一,第二,第三和第四热源施加电力来实现晶片和基座温度的斜坡化。 在斜坡期间,第一和第二热源功率的比率作为晶片温度的函数而变化,并且第三和第四热源功率的比值作为基座温度的函数而变化。
    • 3. 发明授权
    • Method for controlling the temperature of the walls of a reaction
chamber during processing
    • 在处理过程中控制反应室壁温度的方法
    • US6083323A
    • 2000-07-04
    • US5311
    • 1998-01-09
    • David K. CarlsonNorma RileyRoger N. Anderson
    • David K. CarlsonNorma RileyRoger N. Anderson
    • C23C16/44C23C16/48C23C16/52H01L21/00B08B5/00B08B9/00
    • C23C16/4405C23C16/481C23C16/52H01L21/67248Y10S438/905
    • An apparatus and a concomitant method for controlling coolant (air) flow proximate a reaction chamber within a workpiece processing system such that the temperature of a wall of the reaction chamber is maintained at a predefined target temperature. The target temperature is typically a temperature that optimizes a process concurrently being accomplished within the chamber, e.g., utilizing one temperature during deposition processes and a different temperature during cleaning processes. The apparatus contains a temperature measuring device to measure the temperature of the chamber wall. The measured temperature is compared to the predefined target temperature. A closed loop system controls the air flow proximate the chamber walls such that the measured temperature becomes substantially equal to the target temperature. Air flow control is provided by an air flow control device located within an inlet conduit that supplies air to a shroud for channeling the air past the reaction chamber. The shroud forms a portion of a housing which supports and encloses the reaction chamber.
    • 一种用于控制工件处理系统内的反应室附近的冷却剂(空气)流的装置和并发方法,使得反应室的壁的温度保持在预定的目标温度。 目标温度通常是优化室内同时进行的过程的温度,例如在沉积过程期间利用一个温度和在清洁过程期间不同的温度。 该装置包含用于测量室壁温度的温度测量装置。 将测量的温度与预定的目标温度进行比较。 闭环系统控制靠近室壁的空气流,使得测量的温度基本上等于目标温度。 空气流量控制由位于入口管道内的空气流量控制装置提供,该进气管道将空气供给到护罩,以将空气引导通过反应室。 护罩形成支撑并包围反应室的壳体的一部分。
    • 4. 发明授权
    • Polymeric coating of substrate processing system components for contamination control
    • 用于污染控制的基底处理系统部件的聚合物涂层
    • US08337619B2
    • 2012-12-25
    • US12234038
    • 2008-09-19
    • David K. CarlsonRoger N. Anderson
    • David K. CarlsonRoger N. Anderson
    • C23C16/00C23C16/50C23F1/00H01L21/306
    • C23C30/00B05D5/083B05D7/14B05D2350/65C23C2/26C23C26/00C23C28/00Y10T428/239Y10T428/263Y10T428/264Y10T428/265Y10T428/3154
    • A method of treating a metal surface of a portion of a substrate processing system to lower a defect concentration near a processed surface of a substrate includes forming a protective coating on the metal surface, wherein the protective coating includes nickel (Ni) and a fluoropolymer. Forming the protective coating on the metal surface can further include forming a nickel layer on the metal surface, impregnating the nickel layer with a fluoropolymer, and removing fluoropolymer from the surface leaving a predominantly nickel surface so the fluoropolymer is predominantly subsurface. A substrate processing system includes a process chamber into which a reactant gas is introduced, a pumping system for removing material from the process chamber, a first component with a protective coating, wherein the protective coating forms a surface of the component which is exposed to an interior of the substrate processing chamber or an interior of the pumping system. The protective coating includes nickel (Ni) and a flouropolymer.
    • 处理基板处理系统的一部分的金属表面以降低基板的加工表面附近的缺陷浓度的方法包括在金属表面上形成保护涂层,其中保护涂层包括镍(Ni)和含氟聚合物。 在金属表面上形成保护涂层还可以包括在金属表面上形成镍层,用含氟聚合物浸渍镍层,以及从表面除去含氟聚合物,留下主要的镍表面,因此含氟聚合物主要是在下表面。 基板处理系统包括其中引入反应气体的处理室,用于从处理室中去除材料的泵送系统,具有保护涂层的第一部件,其中所述保护涂层形成暴露于所述部件的表面 衬底处理室的内部或泵送系统的内部。 保护涂层包括镍(Ni)和氟聚合物。
    • 5. 发明授权
    • Gas inlets for wafer processing chamber
    • 晶圆处理室气体入口
    • US06500734B2
    • 2002-12-31
    • US09325597
    • 1999-06-02
    • Roger N. AndersonPeter W. HeyDavid K. CarlsonMahalingam VenkatesanNorma Riley
    • Roger N. AndersonPeter W. HeyDavid K. CarlsonMahalingam VenkatesanNorma Riley
    • H01L2120
    • C23C16/45574C23C16/45504C23C16/45512H01L21/67017H01L21/67023
    • A system for supplying processing fluid to a substrate processing apparatus having walls, the inner surfaces of which define a processing chamber in which a substrate supporting susceptor is located. The system consists of a number of fluid storages, each which stores a separate processing fluid, at least two fluid conduits along which processing fluid flows from the fluid storages to the processing apparatus and a fluid inlet which connects the fluid conduits to the processing chamber. The inlet has a separate fluid passage, corresponding to each of the fluid conduits, formed along it. Each fluid passage opens at or near an inner surface of a wall to define a fluid mixing zone, so that fluid moving along one fluid passage is prevented from mixing with fluid moving along any other passage until reaching the mixing zone.
    • 一种用于向具有壁的基板处理装置提供处理流体的系统,其内表面限定了处理室,其中基板支撑基座位于该处理室中。 该系统由许多流体储存器组成,每个流体存储器存储单独的处理流体,至少两个流体管道,处理流体从该流体流体流过流体储存器至处理装置;以及流体入口,其将流体导管连接到处理室。 入口具有与沿其形成的每个流体管道相对应的单独的流体通道。 每个流体通道在壁的内表面处或附近打开以限定流体混合区,从而防止沿着一个流体通道移动的流体与沿着任何其它通道移动的流体混合直至到达混合区。
    • 9. 发明授权
    • Method and apparatus for controlling the temperature of reaction chamber
walls
    • 用于控制反应室壁温度的方法和装置
    • US5855677A
    • 1999-01-05
    • US831797
    • 1997-04-08
    • David K. CarlsonNorma RileyRoger N. Anderson
    • David K. CarlsonNorma RileyRoger N. Anderson
    • C23C16/44C23C16/48C23C16/52H01L21/00
    • C23C16/4405C23C16/481C23C16/52H01L21/67248Y10S438/905
    • An apparatus and a concomitant method for controlling coolant (air) flow proximate a reaction chamber within a workpiece processing system such that the temperature of a wall of the reaction chamber is maintained at a predefined target temperature. The target temperature is typically a temperature that optimizes a process concurrently being accomplished within the chamber, e.g., utilizing one temperature during deposition processes and a different temperature during cleaning processes. The apparatus contains a temperature measuring device to measure the temperature of the chamber wall. The measured temperature is compared to the predefined target temperature. A closed loop system controls the air flow proximate the chamber walls such that the measured temperature becomes substantially equal to the target temperature. Air flow control is provided by an air flow control device located within an inlet conduit that supplies air to a shroud for channeling the air past the reaction chamber. The shroud forms a portion of a housing which supports and encloses the reaction chamber.
    • 一种用于控制工件处理系统内的反应室附近的冷却剂(空气)流的装置和并发方法,使得反应室的壁的温度保持在预定的目标温度。 目标温度通常是优化室内同时进行的过程的温度,例如在沉积过程期间利用一个温度和在清洁过程期间不同的温度。 该装置包含用于测量室壁温度的温度测量装置。 将测量的温度与预定的目标温度进行比较。 闭环系统控制靠近室壁的空气流,使得测量的温度基本上等于目标温度。 空气流量控制由位于入口管道内的空气流量控制装置提供,该进气管道将空气供给到护罩,以将空气引导通过反应室。 护罩形成支撑并包围反应室的壳体的一部分。