为了更加安全我们下决心去按光敏传感器。
We have decided to install light sensors for additional security.
但一束激光强光可能会烧坏卫星上的光敏传感器，造成永久损害。
But a powerful laser could probably burn sensitive optical sensors on a satellite, doing permanent damage.
介绍了热释电传感器和光敏传感器的原理和结构，以及它们在商务办公楼中的应用。
The principles and structures of the pyroelectric sensor and the photosensitive sensor, as well as their application in commercial office building were introduced.
尝试采用光敏传感器和声感传感器代替人员判断，对其可行性进行研究，结果表明在一定的条件下是可行的。
Attempt has been made to replace the manual judgement with light sensor and noise sensor is feasible. The results is proved possible on a certain condition.
实际应用证明，热释电传感器和光敏传感器在智能照明控制中的应用提升了照明控制的智能化水平，节约了能源。
It was concluded that pyroelectric sensor and photosensitive sensor could improve the level of intelligent lighting control and save e...
把光敏电阻传感器对准地面，扫清地面上的障碍——你的机器人会避开在行进路线上的物体投影。
Aim the photoresistors on the ground and you have instant obstacle avoidance - your robot will avoid the shadows cast on the ground by objects in the way.
光敏电阻是最基本的传感器。
利用激光发射器和光敏接收器作为检测传感器，基于准确的检测理论，设计出了激光检测法检测汽车前、后轴平行度的检测装置。
On the basis of accurate theory, using laser emitter and photosensitive diode as testing sensor, a set of laser equipment for automobile axle depth of parallelism test is designed and produced.
控制系统采用紫外线传感器和光敏电阻组成对太阳光线的探测器，实现了太阳电池组件对太阳的跟踪。
In its control system, the ultraviolet radiation sensor and photoresistor are used to form a detector to track the sun with solar energy modules.
光敏电阻已经非常是一种成熟的传感器。
Photoconductive resistance has been very is a mature sensor.
测距是利用超声波传感器来实现，光强检测是通过光敏元件实现，定时功能由89c52单片机定时器实现的。
Distance measurement is realized by ultrasonic sensors, light intensity detection is achieved by photosensitive element, timer function is realized by 89c52's timer.
实际测试中通常采用矩形模板，而且模板距离图像传感器光敏面有一定距离。
Usually, the rectangle template is adopted, and there is a distance between the template and the photosensitive surface, which is critical in the measurement.
在闭塞传感器的光学元件执行透过手指传送的光敏感测量。
During the occlusion optical elements in the sensor perform a sensitive measurement of the light transmitted through the finger.
讨论了非晶硅薄膜的制备和特性，以及非晶硅光敏和色敏传感器的结构和特性，也简述了非晶硅光敏和色敏传感器的某些可能的应用。
The preparations and properties of the a-Si:H films, the structures and properties of the sensors from a-Si:H films are discussed. Also, some possible application of the sensors arc briefly stated.
讨论了非晶硅薄膜的制备和特性，以及非晶硅光敏和色敏传感器的结构和特性，也简述了非晶硅光敏和色敏传感器的某些可能的应用。
The preparations and properties of the a-Si:H films, the structures and properties of the sensors from a-Si:H films are discussed. Also, some possible application of the sensors arc briefly stated.
应用推荐