1) starting power,cranking power,starting duty,initial powerc
起动功率
2) start
起动
1.
Study about the Key Technology of Three-step Self-start on Brushless DC Motor;
无刷直流电机三段式自起动关键技术研究
2.
Optimization of Fuel Supply Map during Start Process Controlled Diesel Engine under Condition of Intake Preheating;
进气预热条件下电控柴油机起动油量脉谱优化
3.
Research on Start Control Strategy and Experiment of Hydrogen-fueled Engine;
氢燃料发动机起动控制策略与试验
3) Start-up
起动
1.
Studied on chloronitrobenzene manufacture wastewater treatment with sequential a naerobic-aerobic process: Characteristics of start-up process;
氯代硝基苯类生产废水厌氧-好氧序列生物处理研究 Ⅰ.反应器起动过程的特性
2.
Numerical simulation of the start-up process of augmented turbofan engines;
某型涡扇发动机起动过程数值模拟
3.
Turbine power control of staged combustion cycle engine during start-up;
补燃循环发动机起动过程涡轮功率控制
4) Starting
起动
1.
Analysis and Improvement of Starting Process of Main Motor in a Small Rolling Mill;
小型轧机主电机起动过程分析及改进
2.
Critical starting characteristics of hypersonic inlets;
高超进气道临界起动特征
3.
Study of aerodynamic characteristics of fastback car in starting process;
直背式轿车起动过程中气动现象的研究
5) Startup
起动
1.
Testing System of Motor Startup-capability Based on Single Chip Processor;
发动机起动性能单片机测试系统
2.
The paper introduces some relevant contents about failure protection in regulations and countermeasures,analyzes the startup logic of line failure protection and transformer failure protection.
介绍了有关规程和反措对失灵保护的要求,分析了线路失灵保护和变压器失灵保护的起动逻辑。
3.
this paper proposes a new startup and low speed control strategies which are used in direct torque control of induction motor.
针对直接转矩控制 (DTC)的异步电机的起动和低速运行的方法 ,本文提出了间接转矩控制的方法。
6) incipient motion
起动
1.
Review on incipient motion and scour of consolidated cohesive fine sediment;
淤积固结条件下粘性细泥沙起动冲刷研究综述
2.
Based on the theoretical analysis together with experiment in laboratory flume and physical model,an experiment about incipient motion and transport rate of the bedload was conducted in laboratory flume according to the bedload characteristics and its motion characteristics of the reach from Qingyuan to Hekou of Beijiang River.
采用理论分析、变坡水槽试验与实体模型试验相结合的研究方法,针对北江清远至河口河段推移质泥沙特性及运动特性,作了泥沙起动及输移的水槽试验。
3.
Based on the theoretical analysis together with experiment in laboratory flume and physical model, an experiment study on incipient motion and transport rate of the bed load has been conducted in laboratory flume according to the sediment characteristics in Beijiang River.
采用理论分析、变坡水槽试验与实体模型试验相结合的研究方法,针对北江清远河段推移质泥沙特性及运动特性,进行了泥沙起动及输移的水槽试验,并对泥沙的起动与输移规律进行了初步研究。
参考词条
补充资料：电磁起动器
由电磁接触器和过载保护元件等组合而成的一种起动器。又称磁力起动器。由于它是直接把电网电压加到电动机的定子绕组上，使电动机在全电压下起动，所以又称直接起动器。当电网和负载对起动特性均没有特殊要求时,常采用电磁起动器。因其不仅操作控制方便,而且具有过载和失压保护功能。过载保护指当电动机的负荷超过其额定负荷、并且超过一定的容许时间时，电磁起动器能够自动分断电动机电源。失压保护指电磁起动器接通电源，将电动机起动并投入正常运行后，遇到电源断电时,电磁起动器能够自动分断电路,以防止电源重新有电时电动机自行起动，从而免除设备受到损害和人员受到伤害。电磁起动器分为不可逆和可逆的两种。前者用于起动无需反转的感应电动机；后者用于需要反转的感应电动机。电磁起动器用按钮操作。不可逆电磁起动器有"起动"和"停止"两个按钮；可逆电磁起动器有"正转"、"反转"和"停止"3个按钮。 为防止可逆起动器中的正常控制接触器和反转控制接触器同时通电，以致发生电源短路，在控制电路中一般设有电气联锁，有时还要增设机械联锁，以保证只有当起动器中的一个接触器处于断开位置时，另一个接触器才有可能通电动作，而电动机也只向一个方向运转。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。