1) automatic dimmer system
自动调光系统
1.
The design method of video signal’s magnitude extraction circuit is expounded,and this design method is applied in the automatic dimmer system.
介绍了一个视频信号幅值提取电路的设计方案 ,并应用于摄像机自动调光系统。
2) cooking automation system
烹调自动化系统
1.
The research and development of cooking automation system for chinese dishes;
中式菜肴烹调自动化系统的开发研究
3) automatic control system
自动调节系统
1.
Latest control strategy for whole processes feedwater automatic control system of 600 MW power generactor;
600MW机组全程给水自动调节系统的最新控制策略
2.
The structure, software design of automatic control system of mixed gas are described,and the problems of the system in the debugging are analyzed.
介绍混合煤气自动调节系统的结构、软件设计以及该系统在调试过程中出现的问
4) automatic dispatching system
自动调度系统
1.
B/S and C/S combined gate automatic dispatching system;
基于B/S与C/S相结合的闸门自动调度系统
5) auto-focusing system
自动调焦系统
1.
By the use of auto-focusing system,the depth of field has been increased at a remarkable degree,which.
自动调焦系统的引入,大大提高了物深,能更好地满足实际应用的需要。
6) reservoir scheduling automation system
水调自动化系统
1.
In order to realize the communication of real-time data and historical data of the reservoir scheduling automation system of power grid,the telecommunication middleware soft for the reservoir scheduling automation system is developed.
为了满足电网水调自动化系统对实时数据和历史数据通信的需要,开发了适用于水调系统的通信中间件软件。
2.
This paper discusses some problems in key-data processing and database design of the Three Gorges cascade reservoir scheduling automation system, including storage of real time data, redundancy of data acquisition, creation and processing of historical data, sharing and conversion of hydrologic telemetering data and forecasting data, adaptability of the system, and so on.
讨论了三峡梯级水调自动化系统在关键数据处理与库表设计中遇到的一些主要问题:实时数据的存储、数据采集的冗余、整编数据的生成和处理、自动遥测水情数据与水文报汛数据的共用和转换、对水文应用的适应等,并结合工程实践经验阐明了三峡梯级水调自动化系统的解决方案。
补充资料：光系统
光系统(photosystem)
进行光吸收的功能单位称为光系统, 是由叶绿素、类胡萝卜素、脂和蛋白质组成的复合物。每一个光系统含有两个主要成分∶捕光复合物(light -harvesting complex)和光反应中心复合物(reaction-center complex)。光系统中的光吸收色素的功能像是一种天线，将捕获的光能传递给中心的一对叶绿素a,由叶绿素a激发一个电子，并进入光合作用的电子传递链。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条