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馈电电缆
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  feed cable
     The sensor used unbalanced principle of alternating electric field around feed cable to detect the state of electric field of cable core over the ground,thereby got out the result that the feed state of cable in mine had no relation to the current in the cable.
     该传感器利用馈电电缆周围交替电场的不平衡原理检测电缆芯线对地的电场状态,从而间接检测出矿井电缆的馈电状态与电缆是否有电流无关。
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  “馈电电缆”译为未确定词的双语例句
     Finally, The static and dynamic mathematical model of the Maglev vehiclewith three kinds of FOC methods are analyzed and established. The effect ofthe motor parameters (the stator length, the number of the vehicle), therunning velocity, the feeding cable impedance on the PCS performance ofMaglev vehicle is calculated and analyzed. The features of the three kinds ofFOC methods for Maglev PCS are compared.
     本文分析和建立了三种磁场定向控制方式下长定子直线同步电机的稳态和动态数学模型,计算与分析了电机参数变化(定子长度、编组数)、运行速度变化和考虑馈电电缆阻抗影响等情况下三种磁场定向控制下的高速磁悬浮列车的稳态和动态牵引性能,比较分析了三种磁场定向控制方式对高速磁悬浮列车牵引特性的影响。
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  相似匹配句对
     Stremmer Workshop
     电缆车间
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     Wireline telemetry technology
     电缆遥测技术
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     A novel wideband feeding network
     新型宽频带馈电网络
     The cable and PCB, by which the power divider was made, were both adopted in the feeding circuit net work.
     馈电网络采用电缆与PCB板相结合的方式,其中功分器采用PCB印制电路板的形式。
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  feeder cable
A leaky feeder cable is a specialized cable that enhances the propagation of certain radio frequencies underground.
      
An additional ferrite choke may then be used to advantage on the coaxial feeder cable between the transmitter building and the tuning house.
      
Finally, the SAIs are connected to the central office by feeder cable.
      
Feeder cable consists of main feeder, sub-feeder and sub-sub-feeder routes.
      
Feeder Cable The feeder cables are branches off the main trunk cable.
      
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  feed cable
A large amount of common mode current exists between the shield of the feed cable and the ground plane.
      
Exercise care during plowing operation to feed cable into ground through plow loosely and at no tension.
      
Where possible, run the feed cable straight back at least 1 meter or more from the Model 3144 before dropping vertically.
      
Where possible, run the feed cable straight at least 1 meter or more back from the Model 3148 before dropping vertically.
      
Wiring simulations in a test circuit check that the equipment feed cable will overheated.
      


An intelligent sensor of feed state used in underground mine was introduced. The sensor used unbalanced principle of alternating electric field around feed cable to detect the state of electric field of cable core over the ground,thereby got out the result that the feed state of cable in mine had no relation to the current in the cable.The signal of feed state was transmitted to monitoring and control system by(single-chip) microcomputer.The sensor has features such as simple structure,low cost,convenient installment...

An intelligent sensor of feed state used in underground mine was introduced. The sensor used unbalanced principle of alternating electric field around feed cable to detect the state of electric field of cable core over the ground,thereby got out the result that the feed state of cable in mine had no relation to the current in the cable.The signal of feed state was transmitted to monitoring and control system by(single-chip) microcomputer.The sensor has features such as simple structure,low cost,convenient installment and long transmitting distance for signal.

介绍了一种适用于煤矿井下使用的智能馈电状态传感器。该传感器利用馈电电缆周围交替电场的不平衡原理检测电缆芯线对地的电场状态,从而间接检测出矿井电缆的馈电状态与电缆是否有电流无关。由单片机将馈电状态信号传输到监控系统。该传感器具有结构简单、成本低、安装方便以及信号传输距离远等特点。

>=An airtight sealing joint for airborne wave-guide is composing of duralumin tube, polytetrafluoroethylene (PTFE) filling block and feed cable. It should be airtight in order to keep electronic cabin in dry state to avoid failures resulting from leakage while supersonic flying. Study on failure mechanism shown: the main cause is the deformation stress due to environment changes that resulted high leakage failure ratio during environment conditional tests. This paper relates investigations on failure mechanism,...

>=An airtight sealing joint for airborne wave-guide is composing of duralumin tube, polytetrafluoroethylene (PTFE) filling block and feed cable. It should be airtight in order to keep electronic cabin in dry state to avoid failures resulting from leakage while supersonic flying. Study on failure mechanism shown: the main cause is the deformation stress due to environment changes that resulted high leakage failure ratio during environment conditional tests. This paper relates investigations on failure mechanism, influencing factors of bonding surface activity, elastic modulus and thermal expansion of the sealing joint, stress caused by environment conditions, such as temperature and air pressure changes. Recommendations based upon above study are also discussed.

一种超音速飞行器的波导密封结构由铝合金波导管、PTFE填块和馈电电缆组成,该波导密封结构在环境条件试验中反复出现因漏气引起系统的高故障率。材料工艺攻关研究发现,环境变化引起形变应力是导致该胶结密封接头失效的主要原因。文章讨论了航空波导结构密封失效的故障机理,表面活性、胶层弹性模量、热膨胀、以及因环境变化产生应力等引起密封失效的有关因素。由此提出改进对策。

>=An airtight sealing joint for airborne wave-guide is composing of duralumin tube, polytetrafluoroethylene (PTFE) filling block and feed cable. It should be airtight in order to keep electronic cabin in dry state to avoid failures resulting from leakage while supersonic flying. Study on failure mechanism shown: the main cause is the deformation stress due to environment changes that resulted high leakage failure ratio during environment conditional tests. This paper relates investigations on failure mechanism,...

>=An airtight sealing joint for airborne wave-guide is composing of duralumin tube, polytetrafluoroethylene (PTFE) filling block and feed cable. It should be airtight in order to keep electronic cabin in dry state to avoid failures resulting from leakage while supersonic flying. Study on failure mechanism shown: the main cause is the deformation stress due to environment changes that resulted high leakage failure ratio during environment conditional tests. This paper relates investigations on failure mechanism, influencing factors of bonding surface activity, elastic modulus and thermal expansion of the sealing joint, stress caused by environment conditions, such as temperature and air pressure changes. Recommendations based upon above study are also discussed.

一种超音速飞行器的波导密封结构由铝合金波导管、PTFE填块和馈电电缆组成,该波导密封结构在环境条件试验中反复出现因漏气引起系统的高故障率。材料工艺攻关研究发现,环境变化引起形变应力是导致该胶结密封接头失效的主要原因。文章讨论了航空波导结构密封失效的故障机理,表面活性、胶层弹性模量、热膨胀、以及因环境变化产生应力等引起密封失效的有关因素。由此提出改进对策。

 
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