根据光学天体显示出的旋涡星系的旋臂。
一个新的先进的软件可以计算C形臂在一个直觉的光学显示必要的移动。
A newly developed software computed the necessary moves to reposition the C-arm on an intuitive visual display.
这暗示了在OCT中，轴向分辨率从横向分辨率开始解耦，该过程依赖于样品臂的成像光学技术。
This implicitly indicates that in OCT, the axial resolution is de-coupled from the transverse resolution, which is dependent on the sample arm imaging optics.
采用光学显微镜和扫描电镜对断裂转向节臂的宏、微观组织进行了分析。
Macro and micro structure of the fractured steering knuckle arm was examined by optical microscope and scanning electron microscope.
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