inrush
美 [ˈɪnˌrʌʃ] 
英 ['ɪn.rʌʃ]
词形变化
复数：inrushes
英汉双解
1. | （突然的）流入，涌入，进入a sudden flow towards the inside |
| an inrush of air/water 空气╱水的涌入 |
英汉解释
英英解释
例句
Water inrush has always been a serious problem in safety work of mine enterprise.
矿井突水一直是困扰矿山企业安全生产的突出问题。
The answer of simulation analysis applying this system to the realistic water inrush cases is in good accordance with the truth condition.
应用该系统进行实际突水案例的模拟分析，评价结果与实际情况吻合较好。
It may be necessary to measure the peak inrush current and consult with motor manufacturer since field magnet demagnetization may occur.
由于磁极去磁可能发生，测量峰值涌入电流并和电机制造厂商进行沟通是必要的。
So far, the core problem of transformer differential protection is still how to precisely identify the magnetizing inrush current.
迄今，变压器差动保护的核心题目仍然是如何正确识别励磁涌流。
Above achievements can be rationally used to prevent and control roof water inrush and protect water body in shallow coal seam mining.
该成果可对浅埋煤层保水防溃采煤研究和应用提供基础理论指导。
This inrush current flows as a main filter capacitor and the ballast charges to its steady state value.
该浪涌电流随着主滤波器电容器而流动，并且镇流器充电到其稳定状态值。
Above is only the theory part of restraining inrush current research.
以上仅为“抑制”涌流研究的理论方案部分。
Inrush can be generated when a transformer is switched on the transmission line or an external line fault is cleared.
涌流可能产生在变压器切换到输电线上或外部线路故障被清除时。
Therefore, inhibition excitation inrush current of the transformer no-load switching has important economic value.
因此抑制变压器空载合闸励磁涌流具有非常重要的经济价值。
The results show that the transformer magnetizing inrush current and the internal fault current can he distinguish by this method.
结果表明，此方法可以对励磁涌流和内部故障电流进行良好识别。
Absorbed in immediate interests mining out of order are main reasons of water inrush from gob area impoundment.
只顾眼前利益，无序开采，是发生采空区积水透水事故的重要原因。
The water-inrush pre-estimation of tunnel must be penetrated the whole process from design to construction.
隧道涌水的预测计算要贯穿勘测设计到施工整个过程。
(Study on the Modeling, Simulation and Identification of Magnetizing Inrush Current in Power Transformers, Master Thesis ).
电力变压器励磁涌流建模仿真及识别方案的研究：[硕士学位论文]
Artificial neural network technology is applied to water inrush forecast of coal seam floor of Feicheng mine area.
将人工神经网络技术应用于肥城煤矿区煤层底板突水预报中，并且开发研制成突水预报人工神经网络系统。
Selecting other values allows the circuit to accommodate any duration of inrush current you apply to a load.
选择其它值可以使电路容纳适用于负载的任何时限的涌电流。
The method can be unacted on the inrush current and does not need the internal parameters got difficultly.
该方案不受励磁涌流的影响，并且避开了变压器难以得到的内部参数。
So distinguishing inrush current correctly is the key to ensure transformer differential protection to operate credibly.
因此，正确识别励磁涌流是保证变压器差动保护可靠运行的关键所在。
Calculating results indicate that the error of computed water inrush and actual in-situ water inrush is only 1. 04%.
计算结果表明，计算突水量与实际突水量的相对误差仅1.
Mining on the top of water-pressured, the water inrush in coal floor is a complex nonequilibrium and nonlinear evolution process.
在承压水体上开采时，煤层底板突水过程是一个复杂的非平衡、非线性的演化过程。
The water inrush from seam floor is the result of synthetic effect of multi-factors.
煤层底板突水是多种影响因素综合作用的结果。
The 19th century, the European as well as large quantities of Chinese inrush US, in their mind, US is a everywhere gold state.
19世纪，欧洲人以及大批中国人涌入美国，在他们心目中，美国是一个遍地黄金的国度。
In this paper, the simulation of inrush current, internal fault and inrush current associated internal fault is done by using MATLAB.
利用MATLAB软件对励磁涌流、内部故障以及励磁涌流伴随内部故障的情况进行了仿真实验。
A analysis about the conditions of water inrush form mining floor and its site are based of forecasting water inrush.
分析采场突水条件和位置是突水预测的基础。
The lagging water-inrush near mine fault belt is the main type of water damage threatening the deep coal mining.
矿井断裂构造带滞后突水是威胁煤矿深部开采的主要水害类型。
a GIS-based discrimination system of mine water-inrush source with comprehensive information was developed.
基于GIS开发了矿井突水水源综合信息快速判别系统。
From that summation point the new part of the PFC circuit, the current inrush limiter device framed in at 4 starts.
PFC电路的新的部分，即位于框4中的浪涌电流限制器设备自该求和点开始。
In some cases, the traditional methods not well identify the inrush current, leading to protection malfunction or rejecting action.
传统的方法在有些情况下不能很好的识别励磁涌流，引起保护误动或拒动。
The mechanism of the sympathetic inrush and the propagation in system are analyzed.
本论文对和应涌流产生的机理及其在系统中的传播进行分析；
In view of the complexity of inrush identifying, this criterion also requires a step further testing in practice.
由于励磁涌流识别的复杂性，此判据还需要进一步实践的检验。
Water inrush is closely related to the structures. Maximum water emission of water inrush point has positive correlation with fault density.
突水与构造密切相关，突水点最大涌水量与断层密度呈正相关关系。
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。
The water-inrush of karst tunnel affects the stability of adjacent rock and the safety of tunnel seriously.
岩溶隧道涌水严重影响隧道围岩的稳定，威胁隧道的安全。
Inrush current, external short and inner faults are simulated and analyzed.
对励磁涌流、外部短路、内部故障等情况进行了仿真和分析。
The underground water-inrush of particular geology zone should be pre-estimated and technical measures should be done.
对特殊地质地段的地下涌水作好预测，并作好技术处理应对措施。
This paper proposes a novel method of suppressing the inrush current of transformers.
提出了抑制变压器冲击电流的新方法。
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。
Water inrush in working face and support failure of the driven roadway caused by underground seepage occur from time to time.
地下水渗流导致巷道掘进工作面突水或成巷段支护失效的灾害在煤矿时有发生。
inrush current caused by three computer malfunction, following the analysis of security.
励磁涌流引发的三起微机继保误动作出分析。
The expert system will be of some values for controlling and preventing water inrush from coal floor.
底板突水危险性评价专家系统将对矿井底板水害防治具有一定的实用价值。
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。
