- 更多网络例句与感应电压相关的网络例句 [注：此内容来源于网络，仅供参考]
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The test results indicate that,because of the capacitive coupling between500kV high voltage line and400V power-supply line,high voltage was induced on the power-supply line during the isolator operation.
试验结果表明，开关操作时由于500kV串内连接线和400V电源线间存在电容耦合，在操作电源供电母线上有较高的感应电压存在。
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Another research topic is evaluated lightning induced voltages on nearby overhead-lines. Lightning is a transient, high-current discharge whose path length is measured in kilometers. During flash, neighbor electromagnetic field change violently, that would induce voltages on close-by metal.
另一研究课题为，非直击雷害造成邻近区域内架空线上的感应电压的探讨，雷击闪络可视为长距离的放电暂态现象，过程中会使得雷击周遭的电、磁场剧烈变动，将会在邻近的金属物件上感应出电压造成二次的伤害。
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Effect of various parameters on the induced voltage was examined by numerical simulation.
对自然雷电的9次回击过程在水平导体上产生的感应电压特征进行了分析，并利用数值模拟分析了各种参量对感应电压的影响。
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The induced voltage is proportional both to the magnitude of A and , so there are two ways to minimize the induced voltage
感应电压正比于A和的大小以及A和的变化率，所以有两种办法可以使感应电压变得最小
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The features of induced withstanding voltage test and partial discharge test are introduced.
介绍了220kV变压器感应电压试验和局部放电试验的特点，通过实例分析了如何选择分接头的位置，使得试验电压既达到国家标准，又保证变压器内部不会受到过度考核。
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Several main induced voltage models for the metal shield of power cable are deduced based on a sound analysis.
文中通过对电缆护层电压的理论分析，推导了电缆任意排列方式下的护层感应电压的计算模型；提出了在电缆终端加补偿装置的方法来平衡护层电压，抑制护层电流。
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One of these testing methods, eddy current, has been widely used for metal thickness measuring because of its good sensitivity, high test speed , non-contact and other advantage. The principle of eddy current testing is that, when the test coil is close to the metal conductor with alternating current, the eddy current would be inducing in the conductor, and correspongdingly, the eddy current would affect the original magnetic field, the result is the coils impedance and inducing voltage changed.
其中涡流无损检测技术具有灵敏度高、检测速度快、非接触等特点而广泛应用于金属厚度检测，它的原理是当载有交变电流的检测线圈靠近金属导体时在导体中产生涡流，该涡流又影响原磁场，使得线圈的阻抗和感应电压发生变化，通过分析阻抗或感应电压的变化来获得被测导体的信息。
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The relations of inducing skin current of shielding layer, core voltage and core current with the environment field were obtained. The change of shield layer current wave with grounding state of external shield and core voltage with loading resistance was analyzed. According to the dependence of shield layer current oscillating frequency on electromagnetic wave propagation velocity, conception of transporting line of shield layer-ground with equivalent relative dielectric constant was presented. fited equation of equivalent relative dielectric constant with change of cable height was given.
试验得到九芯电缆屏蔽层感应电流、芯线感应电压、芯线感应电流以及环境场之间的关系；分析了皮电流波形随外皮接地状态的变化，芯电压随负载电阻的变化；基于皮电流振荡频率与电磁波传播速度的关系，提出了屏蔽层-大地"传输线"等效相对介电常数概念，给出了等效相对介电常数随电缆高度变化的拟合式；皮电流计算与测量结果在波形、振荡周期、衰减规律等方面有较好的一致性。
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In the primary the induced voltage is practically to, opposes, voltage.
加电压 电压大等，级，感应电压与加电压大等，但。
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The study results had shown that the GPR and magnetic field of grounding system will produce detrimental effects on the breaker control system. Especially, for those poor insulation control lines, large GPR and longitudinal induction voltage during ground fault may lead to flash-over at control line terminals and thus inducing breaker mis-trip out. For the practical case in this thesis, to do well maintenance and to renew those old breakers and control lines with poor insulation situations are very important strategy for preventing breaker mis-tripping. Other protection measures from GPR and magnetic field induction interferences are important too. This study may provide useful information for planning the protection measures.
本研究结果显示变电所接地系统之GPR及其产生的磁场对断路器控制回路确有不利的影响，尤其当控制系统线路及端子若有绝缘不良，在接地故障发生的GPR及磁场纵向感应电压有可能造成闪络而引发断路器跳脱，对於本研究所探讨的案例而言，经由良好的维护或更新那些绝缘情况不良的老旧断路器及其控制线路，对於本研究所探讨的案例相当重要，而做好GPR及磁场感应干扰的防护措施亦相当重要，本研究分析结果可供规则防护措施之参考。
- 更多网络解释与感应电压相关的网络解释 [注：此内容来源于网络，仅供参考]
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induced voltage：感应电压
此时,L1中建立的磁场解体,产生一个反向的感应电压(induced voltage),使D1导通. L1中的能量传送给C2,C2存储能量,直到其中能量足以点亮LED. 电源电压 (VIN)、电感 (L)、电感峰值电流 (IPK),以及微控制器的开启时间 (TON) 四者之间的关系是:
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induced voltage test：感应电压试验
惰气制造装备 inert-gas plant | 感应电压试验 induced voltage test | 国际载重线公约 international loadline convention
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induced voltage regulator：感应电压调节器
induced draught fan 抽风机 | induced voltage regulator 感应电压调节器 | induced-draft fan 吸风机
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longitudinal induced voltage：纵向感应电压
longitudinal impedance 纵向阻抗 | longitudinal induced voltage 纵向感应电压 | longitudinal magnetic field 纵向磁场
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coil primary induced voltage：线圈初级感应电压
初级供电电流 primary supply voltage | 线圈初级感应电压 coil primary induced voltage | 最低工作转速 minimum operating speed
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coil primary induced voltage：初级线圈感应电压
coefficient of utilization 照明效率 | coil primary induced voltage 初级线圈感应电压 | coiled coil 卷轴螺旋
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regulator, step induction voltage：逐步感应电压整器
"调速器","regulator, speed" | "逐步感应电压整器","regulator, step induction voltage" | "振动式电压调节器","regulator, viberating type voltage"
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coil primary induced voltag：线圈初级感应电压
初级供电电流 primary supply voltag | 线圈初级感应电压 coil primary induced voltag | 最低工作转速 minimum operating spee
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single-phase induction regulator：单相感应调节器
single-phase induction motor 单相感应电动机 | single-phase induction regulator 单相感应调节器 | single-phase induction voltage regulator 单相感应电压调节器
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three-phase induction regulator：三相感应电压调整器
679. three-phase generator ==> 三相发电机 | 680. three-phase induction regulator ==> 三相感应电压调整器 | 681. three-phase inverter ==> 三相逆变器