阅读说明：本技术 用于定位在流体通道的内表面上的结构的显微镜 (Microscope for positioning structures on the inner surface of a fluid channel ) 是由 詹姆斯·车 车涤平 于 2020-02-05 设计创作，主要内容包括：本申请涉及用于定位在流体通道的内表面上的结构的显微镜。显微镜具有基准掩模和将准直掩模图像生成到分束器上的基准透镜,分束器将光学图像引导至物镜,在物镜处,光学图像被引导至由流体通道的内表面的折射率的变化形成的光学不连续点。反射光能通过物镜、分束器和检测器透镜被引导到检测器。当流体通道的内表面在离物镜的焦距处时,聚焦图像形成,提供在流体通道的内表面处的荧光标记物的成像。(The present application relates to a microscope for positioning a structure on an inner surface of a fluid channel. The microscope has a reference mask and a reference lens that generates a collimation mask image onto a beam splitter that directs an optical image to an objective lens where the optical image is directed to an optical discontinuity formed by a change in the refractive index of the inner surface of the fluid channel. The reflected light energy is directed to a detector through an objective lens, a beam splitter, and a detector lens. When the inner surface of the fluid channel is at a focal length from the objective lens, a focused image is formed providing imaging of the fluorescent marker at the inner surface of the fluid channel.)