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    • 1. 发明申请
    • Methods and apparatus for truncating an image formed with coherent radiation
    • 用于截断用相干辐射形成的图像的方法和装置
    • US20060163223A1
    • 2006-07-27
    • US11040739
    • 2005-01-21
    • Shiyu ZhangIgor LandauArnold LungershausenDavid MarkleCasey Donaher
    • Shiyu ZhangIgor LandauArnold LungershausenDavid MarkleCasey Donaher
    • B23K26/06
    • B23K26/0738B23K26/066B23K26/082B23K2101/40
    • Methods and apparatus for truncating an image formed with coherent radiation. The optical relay system is adapted to form a line image at the image plane. The image is truncated by a variable aperture at or near the aperture plane conjugate to the image plane, to block progressively increasing portions of an incident coherent radiation beam used to form the line image. An apodizing pupil filter having a maximum transmission or reflection in the center and a transmission or reflection profile that varies with direction corresponding to long direction of the line image is provided in the pupil plane. The apodization is designed to prevent hot-spots from forming in the truncated image and ensures a relatively smooth, flat intensity profile. Thus, one end or another of a coherent line image scanned over a substrate can be truncated during scanning without substantially changing the image intensity extending into the product area.
    • 用于截断用相干辐射形成的图像的方法和装置。 光学继电器系统适于在图像平面处形成线图像。 图像被与图像平面共轭的孔径平面处或附近的可变孔截断,以阻止逐渐增加用于形成线图像的入射相干辐射束的部分。 在瞳孔平面中设置有在中心具有最大透射或反射的变迹瞳孔滤光器以及与线图像的长方向相对应的方向变化的透射或反射图。 该变迹被设计成防止在截断图像中形成热点并确保相对光滑,平坦的强度分布。 因此,在扫描期间扫描的相干线图像的一端或另一端可以在扫描期间被截断,而基本上不改变延伸到产品区域中的图像强度。
    • 2. 发明申请
    • Heated chuck for laser thermal processing
    • 加热卡盘用于激光热处理
    • US20060113290A1
    • 2006-06-01
    • US11001954
    • 2004-12-01
    • Iqbal ShareefIgor LandauDavid MarkleSomit TalwarMichael ThompsonIvelin AngelovSenquan Zhou
    • Iqbal ShareefIgor LandauDavid MarkleSomit TalwarMichael ThompsonIvelin AngelovSenquan Zhou
    • B23K26/00B23K26/02
    • B23K26/703
    • A chuck for supporting a wafer and maintaining a constant background temperature across the wafer during laser thermal processing (LTP) is disclosed. The chuck includes a heat sink and a thermal mass in the form of a heater module. The heater module is in thermal communication with the heat sink, but is physically separated therefrom by a thermal insulator layer. The thermal insulator maintains a substantially constant power loss at least equal to the maximum power delivered by the laser, less that lost by radiation and convection. A top plate is arranged atop the heater module, supports the wafer to be processed, and provides a contamination barrier. The heater module is coupled to a power supply that is adapted to provide varying amounts of power to the heater module to maintain the heater module at the constant background temperature even when the wafer experiences a spatially and temporally varying heat load from an LTP laser beam. Thus, heat from the laser is transferred from the wafer to the heat sink via the heater module and the insulator layer. In the absence of any laser heating, heat is also transferred from the heater module to the wafer as needed to maintain the constant background temperature.
    • 公开了一种用于在激光热处理(LTP)期间支撑晶片并在晶片上保持恒定的背景温度的卡盘。 卡盘包括散热器和加热器模块形式的热质量。 加热器模块与散热器热连通,但是通过绝热层在物理上与其分离。 热绝缘体保持至少等于由激光器传递的最大功率的基本恒定的功率损耗,而不是由辐射和对流损失。 顶板布置在加热器模块的顶部,支撑要处理的晶片,并提供污染屏障。 加热器模块耦合到电源,其适于向加热器模块提供变化量的功率,以将加热器模块保持在恒定的背景温度,即使当晶片经历来自LTP激光束的空间上和时间上变化的热负载时。 因此,来自激光器的热量通过加热器模块和绝缘体层从晶片传递到散热器。 在没有激光加热的情况下,根据需要也从加热器模块转移到晶片以保持恒定的背景温度。
    • 7. 发明申请
    • Recycling optical systems and methods for thermal processing
    • 回收光学系统和热处理方法
    • US20060091120A1
    • 2006-05-04
    • US11257291
    • 2005-10-24
    • David Markle
    • David Markle
    • B23K26/00
    • B23K26/04B23K26/032B23K26/043B23K26/0604B23K26/0643B23K26/0738B23K26/08B23K26/082B23K2101/40
    • Recycling optical systems and methods for thermal processing of substrates using same are disclosed. The recycling optical system collects radiation provided to the substrate via an annealing radiation beam and reflected from the substrate. The recycling optical system collects the reflected radiation and returns the collected reflected radiation back through the system as recycled radiation. The recycled radiation is returned to the same region of the substrate from which it reflected—preferably to within the thermal diffusion distance associated with scanning the radiation beam over the substrate. The recycling system preserves the polarization and the incidence angle of the directly incident radiation, while avoiding returning radiation back to the source where it might cause radiation source instability. The delivery of recycled radiation to the substrate improves the uniformity of the annealing process, particularly in the case where the substrate includes features that cause varying amounts of absorption over the substrate surface.
    • 公开了用于使用其的基板的热处理的回收光学系统和方法。 回收光学系统通过退火辐射束收集提供给基板的辐射并从基板反射。 回收光学系统收集反射的辐射并将收集的反射辐射作为再循环辐射返回通过系统。 再循环的辐射返回到其反射的基底的相同区域,优选地反射到与在衬底上扫描辐射束相关联的热扩散距离内。 回收系统保留了直接入射辐射的极化和入射角,同时避免了将辐射返回到可能导致辐射源不稳定的源。 将再循环辐射递送到衬底提高退火过程的均匀性,特别是在衬底包括在衬底表面上引起变化量的吸收的特征的情况下。