这些结果表明有高级社会性结构的铺道蚁通过脑以光导航。
The results suggest that T. caespitum with an advanced social structure uses the brain to navigate by the light.
针对这种情况，探讨了一种利用机(舰)载光测设备测量方位标修正惯导航向偏差的方法。
This paper discusses a new method that utilizes optical measuring instruments to measure the azimuth points and collimates the navigation deviation.
光电薄膜作为面向仿生微纳导航系统中的重要器件，在偏振光的检测方面起着重要作用。
The photoelectric films as the important device of the photoelectric film for the bionic micro-nano navigation system, plays an important role in polarized light detection.
针对研制仿生微纳导航传感器的需要，设计了一种基于虚拟仪器的仿生偏振光测试系统。
The model and the device for the bionic polarized light test and the overall framework of the test system were introduced.
针对研制仿生微纳导航传感器的需要，设计了一种基于虚拟仪器的仿生偏振光测试系统。
The model and the device for the bionic polarized light test and the overall framework of the test system were introduced.
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