inrush

inrush

1. Make sure whether your balcony and windows are easy for inrush such as cross or shinny.

7. 请检查您家里的阳台、窗户是否容易让其他人侵入，如翻越、攀爬等；

2. NTC1 is a negative temperature coefficient (NTC) resistance, used here for limiting the inrush current at cold start.

NTC1(NTC)抵抗负温度系数，用这里在冷开始时候限制那些合闸电流。

3. Zhang Xuesong,He Benteng.A new method to identify inrush current by phasor comparison[J].Proceedings of the CSEE,2005,25(19):43-47(in Chinese).

[3]张雪松,何奔腾.变压器励磁涌流的相移比较鉴别方法[J].中国电机工程学报,2005,25(19):43-47.

4. Jin D W, Wang Y F, Ma P Z.Dynamics analysis on water inrush through coal bottom stratum[J].Journal of Xi'an Mining Institute, 1997,17(4):354-356.

[5]靳德武,王延福,马培智.煤层底板突水的动力学分析[J].西安科技学院学报,1997,17(4):354-356.

5. A Novel Scheme to Fast Discriminate Inrush Current from Internal Fault of Power Transformer

一种快速识别变压器励磁涌流和内部故障的新方法

6. An inrush current limiter circuit (20) includes a detection circuit (30) that produces a control signal (VDRIVE) from a sense current (ISENSE).

一种浪涌电流限制器电路(20)包括检测电路(30)，其根据感测电流(ISENSE)产生控制信号(VDRIVE)。

7. Novel scheme to discriminate inrush current from internal fault of power transformer

一种鉴别变压器励磁涌流和内部故障的新原理

8. the 7th water bearing bed (Qihan) water inrush

七含涌（突）水

9. Analysis of Magnetic Inrush Current of Three-phase Transformer and the Differential Protection Scheme

三相变压器励磁涌流及保护方案

10. Analysis of Sudden Water Inrush and Its Control Scheme in Shanghe Coal Mine

上河煤矿突水灾害分析及治理方案

11. Rapid holding and control for special large water inrush from sink hole in Dongpang Mine

东庞矿陷落柱特大突水灾害快速治理

12. Influence of fault activation on water inrush from roof Coal Bed 3 in Dongtan Mine

东滩矿断层活化对3煤顶板突水的影响

13. For analyzing water supply capacity of the water inrush wells in the YuXin coal mine of Xingmi city,large scale pumping test were carried out as presentd in this paper.

为了给矿井设计和施工提供可靠的水文地质参数,本文利用郭屯矿井井筒检查孔抽水试验数据,根据地下水动力学原理,准确地预算出各井筒涌水量。

14. To meet the demand of speediness of transformer relaying protection, it is important to search a new method which can discriminate the inrush current and short current faster and more reliably.

为能适应大型变压器保护快速性的要求,有必要探索更加快速、可靠的励磁涌流识别新方法。

15. This paper presents an algorithm of comparing quarter-cycle areas to identify transformer s magnetizing inrush using waveform character.

为识别变压器励磁涌流和内部故障电流,提出了利用波形特征识别变压器励磁涌流的1/4周波面积比较法。

16. Analysis of Mal-tripping of Main Transformer Digital Differential Protection Duo to Inrush Current

主变空载合闸涌流造成微机差动保护跳闸的分析

17. Drilling and Grouting Technologies Applied to Sealing Water Inrush from Fault in Underground Mine

井下封堵出水断层打钻注浆技术

18. This paper gives a description of the grouting technology for controlling water inrush from fault, the selection of grouting materials, the rational arrangement of grouting holes and grouting method.

介绍了断层突水治理的注浆工艺,并对注浆材料的选择,注浆钻孔的合理布置,合理的注浆方法作了祥细的介绍。

19. The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

介绍了水力压裂应力测量的原理和现场测量结果,论述了煤层底板隔水层带的阻水机理和承压水沿煤层上升的机理,以及原岩应力、水压与裂隙扩展的关系。

20. The paper stated the water inrush model of shearing failure at the karst sink hole bottom in North China coal field and analyzed the water inrush mechanism of the karst sink hole.

从论述华北型煤田岩溶陷落柱顶底部剪切破坏突水模式及判据入手,分析了井下溶陷落柱突水机理。

21. For the purpose of promoting the safe production and effectively preventing water inrush disaster,this paper summarized the basis and method for the mining district division under pressure.

以促进安全生产、有效预防矿井突水事故为目的,叙述了对带压开采矿井进行分区划分的依据与方法。

22. Base on the back ground of Dafosi Mine project,the key strata theory and cusp catastrophe theory was applied to analyze the mine water inrush mechanism from roof.

以大佛寺煤矿工程为背景,运用关键层理论与尖点突变理论分析了采场顶板透水的发生机理,认为基岩关键层突发性破断失稳是顶板突水的诱因。

23. As the inrush current and the precision of the equipments,protection misoperation occurs frequently.

但由于励磁涌流及保护装置精度地影响,差动保护装置容易产生误动。

24. The lower gun-ports were now below water and the inrush sealed the ship's fate.

低层炮眼已经淹没在水里了, 灌进船的水决定了船的命运

25. The southwest airflow on lower levels and the inrush of arid cold air on upper levels play an important rules on the out-growth and development of this rainstorm.

低空西南气流以及高空干冷空气侵入对这次暴雨的产生和发展起重要的作用。

26. The principle of WKS in water-preserved mining has been successfully applied to the disaster prevention of water inrush from roof and floor in working face.

保水采煤的隔水关键层原理在采场顶底板突水灾害防治中得到了成功应用。

27. water conservation and sand inrush prevention

保水防溃

28. Keywords stope width;tensile strength;aquiclude thickness;critical water inrush coefficient;

关键词工作面斜长;抗拉强度;隔水层厚度;临界突水系数;

29. Keywords roof;water inrush;mechanics;Xuzhou mining area;

关键词顶板;涌水;机理;徐州矿区;

30. The Grey Interrelation Analysis on the Water Inrush Disaster in the Coal Mine of the Xinglong County

兴隆县中小煤矿突水事故因素的灰色关联分析

31. Taking Qidong Mine as a example,based on the data about the water inrush from the fourth aquifer, the parameters are revised, which are calculated by pumping test.

分析了“底含”发育的主要影响因素,并以祁东煤矿为例,利用地下水动力学方法重新计算了“底含”的有关参数,对以往抽水试验参数进行修正,并成功地运用到邻近矿井。

32. The waveform characteristics of transformer magnetizing inrush and internal fault current are analyzed and a method to identify magnetizing inrush is presented.

分析变压器励磁涌流和内部故障电流的波形特征,提出励磁涌流识别的新方法。

33. Related analysis of gray system applied to determinate water resources of mine water inrush

判断矿井突水水源灰色系统关联分析的应用

34. New Method for Mitigating Magnetic Inrush Current of Transformer by Neutral Grounding Resistor

利用中性点电阻削弱变压器励磁涌流

35. Inrush water from goaf applied to water resources for underground mine water supply system

利用采空区涌水作为井下供水系统的补充水源

36. Inrush current is about with the theory of differential protection ,but research exotericas of it is used difficulty in fact.

励磁涌流涉及到差动保护的原理问题,是当前研究地热点之一,但多停留在理论层面。

37. MODEL OF WATER INRUSH FOR THICK WALL CYLINDER AT SIDE FACE OF PALEO-SINKHOLES IN NORTH-CHINA-TYPE COALFIELDS

华北型煤田岩溶陷落柱侧壁厚壁筒突水模式研究

38. Shear failure water inrush mode at karst sink hole bottom in North China coal field

华北型煤田岩溶陷落柱顶底部剪切破坏突水模式

39. HUALONG electronic NTC Thermistor devices are made of a specially formulated metal oxide ceramic material which is capable of suppressing high inrush current surges.

华龙的NTC热敏电阻器系由特殊配置的金属氧化物陶瓷材料制成，它可用来抑制高的突波电流。

40. Effects of neutral earthing on the occurrence of sympathetic inrush in transformer

变压器中性点接地方式对和应涌流产生的影响分析

41. How to discriminate between internal fault and magnetizing inrush current is the difficulty of transformer protection when apply differential relay.

变压器主保护选择差动在原理上存在不足，带来的问题就是如何准确鉴别励磁涌流与内部故障，这也是目前变压器保护的难点。

42. Analysis and Valuation of Several Inrush Current Differentiation in Transformer Protection

变压器保护中的几种励磁涌流判别方法的分析和评价

43. transformer magnetizing inrush current

变压器励磁涌流

44. Characteristic of transformer magnetizing inrush current and its practical application

变压器励磁涌流的特性分析及应用

45. Trend and Situation of Distinguish Technology of Transformer Magnetizing Inrush Current

变压器励磁涌流鉴别技术的现状和发展

46. Physical Mechanism of Sympathetic Inrush of Transformer and Its Influence on Differential Protection

变压器和应涌流的物理机理及其对差动保护的影响

47. Principle and Application of Inrush Current Locking to Micro - based Difference Protection of Transformer

变压器微机差动保护的励磁涌流制动原理及其应用

48. inrush current of transformer

变压器涌流

49. Study on Inrush Current Restraining Technology when Energizing No-load Transformer

变压器空载合闸励磁涌流抑制技术研究

50. Discussion on the Problem of Evading Excitation Inrush Current during Closing of No-load Transformer

变压器空载投入躲励磁涌流问题的探讨

51. Approach to Calculate Attenuated Magnetizing Inrush Current in Transformer

变压器衰减励磁涌流的实用计算方法

52. The algorithm also remains stable during magnetizing inrush and over-excitation, and is not affected by changing the core characteristics.

同时该方案不受变压器励磁涌流的影响，并且在内部故障时有较高的灵敏度。

53. The Influences and Countermeasures of Sympathetic Inrush Current in Transformer Differential Protection

和应涌流对变压器差动保护的影响及对策

54. So precise description of ferromagnetic elements" magnetization characteristic is the base of setting up accurate inrush current model of transformer.

因此，对铁心材料磁化特性的准确描述，是建立精确的变压器励磁涌流模型的基础。

55. 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。

56. A new method, based on the analysis of frequency spectrum of instantaneous power, for the discrimination between internal fault currents and inrush currents in transformer is proposed.

在分析瞬时功率频谱特性的基础上,提出了一种基于瞬时功率的变压器励磁涌流和内部故障电流识别新方法。

57. Water inrush from the bottom coal layer in mining work faced now is rather serious in Northern China coalfield, which constraints seriously the normal economical benefits.

在我国华北煤矿区,回采工作面煤层底板突水问题相当严重,困扰着煤矿经济效益的正常发挥。

58. The mechanism of deformation and water conduction of fault due to excavation in water inrush in underground engineering

地下工程突水的断裂变形活化导水机制

59. Novel Identification Method for Magnetizing Inrush Current Based on the Comparability of Different Fourier Algorithm

基于不同傅里叶算法之间相似度的励磁涌流鉴别方法

60. Discrimination Research of Power Transformer Magnetizing Inrush Current Based on Artificial Neural Network

基于人工神经网络的电力变压器励磁涌流判别

61. New Method to Identify Inrush Current Based on Half-wave Fourier Analysis

基于半波傅里叶算法的励磁涌流识别方法

62. Scheme and Application of the Magnetic Inrush Current Restraint for Transformer Based on Co-operating Criterion

基于协同合作判据变压器涌流制动方案及应用

63. Study on the Non-linear Forecast Methods for Water Inrush from Coal Floor Based on Wavelet Neural Network

基于小波神经网络的煤层底板突水非线性预测方法研究

64. Forecast of water inrush from coal floor based on least square support vector machine

基于最小二乘支持向量机的煤层底板突水量预测

65. A NEW ALGORITHM OF DISCRIMINATION BETWEEN INRUSH CURRENT AND FAULT CURRENT OF TRANSFORMER BASED ON SELF-CORRELATION ANALYSIS

基于波形相关性分析的变压器励磁涌流识别新算法

66. Distinguish Inrush Currents for Transformers Using Frequency Characteristic of Instantaneous Excitation Inductance

基于瞬时励磁电感频率特性判别变压器励磁涌流

67. A NEW APPROACH TO DETECT TRANSFORMER INTERNAL FAULT AND MAGNETIZING INRUSH CURRENT USING DISCRETE HIDDEN MARKOV MODEL

基于离散隐马尔科夫模型的变压器励磁涌流鉴别新算法

68. A NOVEL EQUIVALENT INSTANTANEOUS INDUCTANCE BASED ALGORITHM USED TO DISTINGUISH INRUSH CURRENTS FOR TRANSFORMERS

基于等效瞬时电感判别变压器励磁涌流的新算法

69. Correlation Analysis of Waveforms in Non-saturation Zone Based Method to Identify Magnetizing Inrush in Transformer

基于非饱和区域波形相关分析的励磁涌流鉴别方法

70. Multi-sources information fusion method and its applications in prediction of water inrush of ordovician limestone aquifers in colliery

多源信息融合技术在矿井奥灰突水预测中的应用

71. DYNAMIC RESPONSE OF POWER TRANSFORMERS UNDER INRUSH CURRENT ACTION

大型电力变压器在涌流作用下的动态响应

72. These conclusions are confirmed by 1203 coalface in which water inrush occur but sand inrush not occur when mining in Shen-Fu mining area in shaanxi.

大柳塔1203工作面开采只发生了涌水而未溃沙，这和理论计算的结论基本一致。

73. If your application requires no inrush protection, simply omit C1, R1, R2, and Q1 and connect S1 between the reference input and 0V.

如果你的应用不需要涌电流保护，干脆省略C1、R1和 R2，并在参考输入和0V之间接入S1。

74. A new wavelet transform approach to discriminate magnetizing inrush current and fault current

小波变换识别变压器励磁涌流和故障电流的新方法

75. Water conducted type karst sink hole and prediction of water inrush risk

岩溶陷落柱导水类型及其突水风险预测

76. Keywords roadway;wall rock;water inrush;constitutive relation;pregrouting;experiment;

巷道;围岩;突水;本构关系;预注浆;试验;

77. CALCULATION OF SWITCHING INRUSH CURRENT FOR DRY TYPE HALF-IRON-CORE REACTOR

干式半心电抗器合闸涌流的计算

78. Use of Hierarchy Analysis Process to Determine Weight of Influence Factors of Mine Roof Water Inrush

应用层次分析法确定矿井顶板涌水影响因素的权值

79. Applying the background values of aquifer derived from clustering analysis,a fuzzy comprehensive estimation model was developed for quick recognition of mine water inrush.

应用模糊聚类分析得到的含水层背景值,建立模糊综合评判模型,进行矿井突水水源快速判别。

80. Keywords Aquiferous footwall stratum;Grouting-reconstruction;Grouting parameters;Water inrush;

底板含水层;注浆改造;注浆参数;突水事故;