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    • 21. 发明申请
    • SPLIT FREQUENCY SENSING METHODS AND SYSTEMS
    • 分离频率感测方法和系统
    • US20100085573A1
    • 2010-04-08
    • US12573009
    • 2009-10-02
    • Tao LuTsu-Te Judith SuKerry J. VahalaScott E. Fraser
    • Tao LuTsu-Te Judith SuKerry J. VahalaScott E. Fraser
    • G01B9/02
    • G01N21/7746
    • Resonant sensors and molecule detection methods utilizing split frequency. Optical energy is introduced into a microcavity, such as a toroid-shaped or spherical microcavity. A portion of the optical energy is backscattered and interacts with the introduced optical energy to form first and second modes of optical energy at respective first and second frequencies, also referred to as split frequency or mode doublets. One or more molecules bind to an outer surface of the microcavity and interact with an evanescent field of optical energy resonating within the microcavity. Binding of one or more molecules to the outer surface is detected based at least in part upon a change of the split frequency relative to a baseline split frequency.
    • 谐振传感器和分子检测方法利用分频。 将光能引入微腔中,例如环形或球形微腔。 光能的一部分被反向散射并与引入的光能相互作用以在相应的第一和第二频率处形成第一和第二光能模式,也被称为分裂频率或模式双峰。 一个或多个分子结合到微腔的外表面并与在微腔内共振的光能的消逝场相互作用。 至少部分地基于分割频率相对于基线分割频率的变化来检测一个或多个分子与外表面的结合。