1) mis-switching off
误切
1.
The over-switching off and mis-switching off faults of hydro-generators of Gaobazhou Hydropower Plant caused by mal-operation of stability device are analyzed;the stability characteristics and operation situation after the stability device is renovated are described.
分析了高坝洲电厂稳定控制装置造成过切和误切机组的问题,介绍了更新后的稳定装置的特点和运用情况。
2) mistakenly voted for cutting
误投切
1.
During one year operation,Yushe 500 kV switches station had mistakenly voted for cutting off many times,caused diesel generator starting irregularly and brought adverse impacts on the equipments safe running.
榆社500 kV开闭站在运行一年当中,其站用电系统多次出现误投切,造成柴油发电机非正常启动,给设备的安全运行带来不利影响,通过分析误投切的原因,提出了两套改进方案,优化比较后采用了其中的一种。
3) tangential error
切向误差
1.
This paper analyzes the reason for radial error and tangential error in the course of gears rolling.
分析了滚齿过程中,齿轮的径向误差和切向误差产生的原因,径向误差是指滚齿时出现几何偏心,使所切齿轮的轮齿发生径向位移而引起的齿轮累积误差,切向误差,是由于机床的工作台不等速旋转,使所切齿的轮齿沿切间发生位移所引起的齿距累积误差,两种误差产生的原因不一样,但对齿轮传动的精度有很大的影响。
4) error switch
误差切换
1.
The convergence rate of error switch algorithm (ESA) is rapid and the error of the steady state is on the small side,however,the switch dot is ambiguity thus resulting in that the algorithm diverge and the remain error is larger.
为了克服传统常模量算法 ( Constant module algorithm,CMA) [1 ]和基于误差切换的盲均衡算法 ( Errorswitch algorithm,ESA) [2 ] 的缺点 ,本文利用 MQAM( Multiple quadrature amplitude modulation)信号的分布特点 ,给出了适于数字通信系统的一种新的基于多模误差切换的盲均衡算法。
2.
In this paper, a new blind equalization algorithm based on the error switching is proposed for MQAM communication system, taking advantage of the distribution property of the constellation of MQAM.
在 CMA算法基础上 ,利用多电平正交幅度调制 (MQAM)信号的分布特点 ,提出了一种适合于 MQAM数字通信系统的误差切换的盲均衡算法 (ESA)。
3.
A new variable step-size blind equalization algorithm based on the multi-mode error switch is proposed by considering the characteristics of the Multiple Quadrature Amplitude Modulation(MQAM) signals.
利用多电平正交幅度调制(MQAM)信号的分布特点,提出了一种适合MQAM数字通信系统的新的基于多模误差切换的变步长盲均衡算法。
5) switch error
切换误差
1.
According to the characteristic of errors and the way which is introduced, we classifythem into two reasonable classes which are switch error and response error.
按照引入误差的机制、误差的特点等,将各种误差合理地分为两类:切换误差和响应误差。
补充资料：误打误撞
1.谓事先未经周密考虑。
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