1) electronic control
电控
1.
Design of a New Type Electronic Control Diesel Advancer;
新型电控提前器设计研究
2.
The combination of movable power station and special type vehicles and the realization of generate electricity when parking by electronic control;
电源车特种车一体化与停车发电的电控实现
2) electric control
电控
1.
The features of electric controling for heat treating lines coproduced with foreigners in 1980's;
80年代合作生产热处理设备的电控特点
2.
Deepness command device and electric control,also the use effect is described,running good after improving,not only reduces troubles and work strength, but also saves quantity of electricity,raises efficacy.
介绍矸集绞车安全制动装置、深度指示器、电控的技术改造方法及应用效果 ,改造后运行良好 ,不仅减少了事故的发生 ,降低了工人的劳动强度而且也节约了电量 ,提高生产效
3) electrical control
电控
1.
Talking about the developing direction of the domestic electrical control of tunneller;
谈国内掘进机电控的发展方向
2.
Fault diagnosis of ADIC Intelligent Pouring Electrical Control System based on BP-NN;
基于BP-NN的ADIC灌封智能电控系统的故障诊断
3.
Dam reversed filter and stone mixing with gravel system distribution and electrical control system
大坝反滤料及掺砾石料系统配电及电控系统
4) electronically controlled
电控
1.
Hardware structure and software implement of ECU and working principle of electronically controlled diesel system are illustrated in detail, and match experiments of pump and diesel engine were conducted.
介绍了混合动力汽车的特点和动力传动系统的配置,详细叙述了柴油机电控系统的工作原理、电控单元的硬件和软件结构,并进行了发动机台架试验,结果表明:本系统能精确地控制柴油机的运行;将本系统应用于混合动力功能样车的整车道路试验,能与电机、自动变速箱及电池组等混合动力其它电控系统有效配合,实现混合动力的相关功能。
2.
The development result shows that the electronically controlled common rail system has good suitability in application and improves performance of the complete engine, making the engine meet the Euro III emission standard.
在现已批量生产的D114柴油机的基础上,为满足欧Ⅲ排放法规的要求,研制开发了低排放的D114电控高压共轨柴油机。
5) Electrically powered electrically controlled
电动电控
6) electricity powered
电控电动
1.
The structure,working principle of electricity powered four-wheel steering system are introduced in this paper.
简单介绍了电控电动四轮转向系统的组成和工作原理,详细阐述了电动电控四轮转向系统的控制模式、硬件构成及特点,并对其未来的发展趋势作了展望。
补充资料：电控光散射效应
分子式：
CAS号：
性质：当一细束光通过粗晶透明铁电陶瓷薄片时，透射光以一定的角度分布向前散射，且此角度分布依赖于陶瓷极化轴的取向(即依赖于剩余极化的方向)，因此，用施加电场的方法改变陶瓷极化轴的取向时，就可改变和控制散射光强度和角度分布，这就是电控光散射效应。利用此效应可制成光开关器件。
CAS号：
性质：当一细束光通过粗晶透明铁电陶瓷薄片时，透射光以一定的角度分布向前散射，且此角度分布依赖于陶瓷极化轴的取向(即依赖于剩余极化的方向)，因此，用施加电场的方法改变陶瓷极化轴的取向时，就可改变和控制散射光强度和角度分布，这就是电控光散射效应。利用此效应可制成光开关器件。
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