光电

The result contributes to putting forward the method of photometric design of photoelectric imaging deflection measurement system.

提出了桥梁挠度的光电成像测量系统设计中，系统参数选择的光度学设计准则。

Furthermore,we will design an automatic opto-electronic deflection measurement system based on connected pipes which can be practised in the long-span bridge.

以设计能实用于大跨度桥梁挠度自动监测的光电挠度测量系统。

Connected Pipe Opto-electronic Deflection Measurement System and the Application in Dafoshi Yangtze River Bridge .

连通管式光电挠度测量系统及其大桥监测应用。

Design installing to demarcate zero site of platform .Doing a large number of experiments to justify all correct.

应用此方法对光电平台跟踪器进行了大量的检测工作，验证了此检测方法的正确性。

The major work of our laboratory is to design the electric-optic interface module for the system, including the designation of signal multiplex, optical transmission, optical reception and signal demultiplex etc.

本实验室主要承担对系统光电接口模块的设计，具体包括设计实现对发送信号的复用、激光器的调制、光接收以及对接收信号解复用等功能。

The densitometer consists of a light source aimed at a photoelectric cell which determines the optical density of a sample.

光密度计是一种量度底片黑暗程度的工具，由一个光源和光电电子元件组成，电子元件测量底片的光学密度。

The constituent,work mechanism and chemical reaction process of a photoelectric ion deodorization device were presented.

阐述了市政污水中臭气的成分及来源，除臭工艺的原理，介绍了光电离子除臭装置的组成部分。工作机理及化学反应过程，总结了该装置在应用方面的优点

The design of the working circuit of PMT in photon counting system affected the detectability of photon counting system.

光子计数系统中光电倍增管的外围工作电路设计得是否合理，对光子计数系统的性能有很大影响。

The technology of optic electronic detecting system simulation has attracted the attention of many countries in recent years.

光电探测系统仿真是近年来世界各国重点发展和研究的一种应用仿真技术。

The technology of electro-optical detecting system simulation has attracted the attention of many countries in recent years.

光电探测系统仿真是近年来世界各国重点发展和研究的一种应用仿真技术。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。