2. Soft transient control reduces inrush current and audio noise.
软瞬态浪涌电流控制和降低音频噪声。
youdao
3. At present, there are some methods of identifying inrush current.
目前已有多种识别励磁涌流的方法。
youdao
4. When fear is faced and released, you will find an inrush of energy.
当面对并释放恐惧之后，能量会像浪潮一般涌进。
youdao
5. Water inrush prediction is an important mine hydrogeological work.
突水预报是一项重要的矿井水文地质工作。
youdao
6. The water - inrush possibility during mining depth coal layer is assessed.
评价了肥城煤田深部开采底板突水的可能性。
youdao
7. The influence of underground pressure on water - inrush quantity is analyzed.
分析了矿山压力对突水量的影响作用。
youdao
8. Using grouting to stop water inrush recovers normal natural ventilation system.
通过采取注浆堵水措施，恢复了正常自然通风系统。
youdao
9. Programmable soft-start can eliminate the inrush current when this converter starts up.
具有可编程的软启动功能，可以避免启动时的电感电流过冲；
youdao
10. The new principles and means of distinguishing inrush in the past few years are summarized.
总结了近年来出现的实现变压器保护的新原理和新的识别方法。
youdao
11. Therefore, it is great meaning to research the influences of fault to water inrush in floor.
因此，研究断层在底板突水过程中的作用影响，意义重大。
youdao
12. The merits and demerits of the distinguishing inrush using voltage and current are researched.
分析了综合利用电压和电流量的励磁涌流识别判据的优缺点。
youdao
13. In chapter six, two novel methods of distinguishing magnetizing inrush current have been studied.
第六章研究了两种鉴别变压器励磁涌流的新方法。
youdao
14. Inrush identification is always a key problem in power transformer current differential protection.
励磁涌流识别一直是电力变压器差动保护中比较关注的问题。
youdao
15. The research results can provide references to the mechanical mechanism of water-inrush from floor.
研究结果可为揭示承压水底板突水的力学机制提供参考。
youdao
16. The water-inrush from floor inundates Working face 51101W in Liangzhuang coal mine, Xinwen Mining Group.
新汶矿业集团良庄煤矿51101W工作面因底板突水导致工作面被淹。
youdao
17. The system has realized not only inquiring for water resource of inrush, but also spatial classification.
该系统不但实现了突水水源的点查询，还实现了突水空间分区。
youdao
18. This paper introduces the design of a Coriolis mass flowmeter for the on-line monitoring of water inrush in mine.
介绍了一种实时在线矿井突水监测科氏力质量流量计的设计。
youdao
19. The results showed that RBF NN can distinguish magnetizing inrush currents from internal fault currents correctly.
结果表明：RBF神经网络可以正确地区分励磁涌流和短路电流。
youdao
20. In this paper, a new method of identifying magnetizing inrush currents based on features of flux locus is presented.
本文提出了一种基于磁通轨迹特征的变压器励磁涌流识别方法。
youdao
21. This paper studied the mechanism of water-inrush and water-inrush prediction of 19th coalbed floor on Panxi coalmine.
本文对潘西煤矿19煤底板突水机理及预测预报进行了研究。
youdao
22. It has an important significance to correctly identify mine water quality types in order to judge water inrush sources.
正确识别矿井水质类型对于判断突水水源具有重要的意义。
youdao
23. Then for excitation inrush current distinguishing, another adaptive algorithm based on voltage increment is put forward.
另外，对于励磁涌流的判别，提出一种基于电压开关量的自适应算法。
youdao
24. Unreasonable selection of dead time can make inverting components to produce higher inrush voltage and current and even damaged.
死区时间选择的不合理会使逆变器件产生过高的浪涌电压和电流甚至损坏。
youdao
25. A new algorithm by use of quadratic polynomial is proposed to reconstruct inrush, and the corresponding sampling rate is determined.
提出了用二次多项式重构励磁涌流的新算法，并确定了相应的采样率。
youdao
26. It is found that the two parameters aren't influenced by external fault and magnetizing inrush current, which ensures good selectivity.
理论上分析可以得到，这两个参数不受外部故障和励磁涌流的影响，因此具有很好的选择性。
youdao
27. The scheme gets rid of the influence of excitation inrush current and avoids the difficulty to get internal parameters of transformers.
该保护方案摆脱了励磁涌流的影响，并且避开了变压器难以得到的内部参数。
youdao
28. According to the model, applying the cusp catastrophic theory the mechanics mechanism of water inrush is analyzed from key stratum of floor.
根据这一模型，应用尖点突变原理分析了承压水底板关键层失稳突水的力学机制。
youdao
29. After an external fault of transformer is cleared, the transient flux may enter into the saturation region, and a recovery inrush may be produced.
变压器外部故障切除后，暂态磁通可能超过变压器铁心的饱和点，从而产生一定的恢复性涌流。
youdao
30. It widens the applied scope of grey system clustering evaluation and provides a new scientific method for forecasting water inrush in the coal mine.
