1) current control technique
电流控制技术
1.
Various kinds of current control techniques for three-phase voltage source pulsewidth modulated converters are analyzed and studied in this paper.
对三相电压源型PWM逆变器电流控制技术进行了研究和分析。
2) flow control technique
流量控制技术
1.
A distributed microeconomic flow control technique based on equilibrium was presented, which modeled the network as competitive markets.
针对网格资源特点提出一种基于市场经济均衡理论的网格资源分配模型,将整个网络资源系统看成是一个价格随供求关系浮动的竞争市场,网络用户购买网络资源以满足个人的服务质量(QoS),利用流量控制技术优化网络资源分配,使之公平有效。
4) electronic control technology
电子控制技术
1.
By using electronic control technology, the ignition system and control unit was redesigned in order to improve ignition voltage, ignition energy and ignition reliability, and also to adjust ignition correction flexibly.
将小型汽油机改造为LPG发动机,应用电子控制技术对发动机的点火系统和控制单元进行了优化设计,提高了点火系统点火电压、点火能量和点火稳定性,并能够灵活调整点火正时。
2.
The electronic control technology of auto is an integrated electromechanic technology which combined electronic technology with auto.
汽车电子控制技术是把电子技术和汽车技术融为一体的机电一体化技术,它被日益广泛地应用在汽车上。
3.
Auto electronic control technology is a kind of mechatranic technology intergrated electronic technology with auto,and is widely used in auto.
现代汽车电子控制技术是把电子技术和汽车融为一体的机电一体化技术 ,被日益广泛地应用在汽车上。
5) electrical control technology
电气控制技术
1.
Research on the Teaching Method of "Electrical Control Technology" Curriculum;
《电气控制技术》课程教学方法研究
2.
Research on the Teaching Method of "Electrical control technology" Curriculum;
电气控制技术课程教学方法研究
3.
Research on "Electrical control technology" Curriculum Teaching to Higher Professional Technical Education;
“电气控制技术”课程教学方法研究
6) electronic control technique
电子控制技术
1.
In this paper, the application status of electronic control technique in automobile is introduced, its future development orientation is described, which offers reference for people to better understand the application and development trend of new techniques of automobiles.
介绍了电子控制技术在汽车上的应用现状,并对汽车电子控制技术的未来发展方向作了阐述。
补充资料:控制电流法
分子式:
CAS号:
性质:利用恒电流仪或经典恒电流线路来控制工作电极的电流密度,使其依次恒定在不同的数值,测定相应的稳定电极电势或电势随时间的变化。前者得到的电流-电势关系,即稳态的极化曲线。后者得到电势随时间的变化,称为计时电势法。电流的改变可用手动逐点调节,也可用阶梯波信号控制恒电流仪来实现,故也称电流阶跃法。该法优点是仪器简单;问题是充电电流不易补偿。
CAS号:
性质:利用恒电流仪或经典恒电流线路来控制工作电极的电流密度,使其依次恒定在不同的数值,测定相应的稳定电极电势或电势随时间的变化。前者得到的电流-电势关系,即稳态的极化曲线。后者得到电势随时间的变化,称为计时电势法。电流的改变可用手动逐点调节,也可用阶梯波信号控制恒电流仪来实现,故也称电流阶跃法。该法优点是仪器简单;问题是充电电流不易补偿。
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