光纤化设计的光学相干层析成像系统紧凑、灵活，便于与光纤导管、内窥镜和其它成像装置的有机结合，以拓展其观察范围和应用领域。
Fiber-based OCT system is compact, flexible, and convenient to be combined with fiber catheter, endoscope and other imaging equipments to expand its observing scope and application fields.
然后将消化液反复洗涤沉淀，用贝尔曼氏装置收集旋毛虫肌幼虫，在光学显微镜下观察旋毛虫各隔离种的形态。
The larvae were collected from the supernatant after appropriate filtration and differential sinking. The morphology of Trichinella isolates was observed by the microscope.
该装置不需要复杂的读取条纹的光学及机械部件，操作方便，观察点位置由二维步进装置控制器自动显示。
There are no complicated mechanical and optical parts for reading fringe in the setup. The locations of the observation points are displayed automat ally by a two dimensional stepping controller.
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