其中最可信的解释是海底电缆产生的电磁波干扰。
Among the most credible explanations is electrical disturbance caused by underwater cables.
用这类电缆纪录反射波，干扰噪音比以前应用的各类电缆要小。
Such cables record reflections with less interference from noise than was usually possible with earlier types.
为此，我们引进了海底电缆初至波定位技术。
First-break positioning technique for ocean bottom cable is then introduced to remove above deficiencies.
小心地将天线与电缆匹配，以确保低定波比率（SWR）。
The antenna and cable must be carefully matched to ensure a low Standing Wave Ratio (SWR).
讨论了脉冲波在电缆中的传播过程以及电缆长度对线圈端的过电压和脉冲上升时间的影响。
The propagation process of pulse wave in the cable and influence of cable length on overvoltage and wavefront time of winding are discussed in this paper.
与之相对应，如果采用光纤传输波控信号，就很好的弥补了电缆传输的不足，系统抗电磁干扰的能力大大提高。
On the other hand, fiber transmission remedy the lacks of cable transmission. Fiber system can resist electromagnetism interference but light module is easier to be affected by temperature.
该文给出了架设在地面上的任意弯曲电缆在任意极化平面波照射下，其终端感应电流的通用表达式。
In this paper, a unified formulation to determine the terminal currents of an arbitrarily bended cable excited by a plane wave at any polarization angle is presented.
同时，从同轴电缆的特征阻抗、反射波损耗、阻抗匹配这三个特性进行分析，探讨了在ALICE实验中如何保证实验数据在传输中的精确性，并提出了一些技术上的建议。
Meanwhile, the paper explores that how to guarantee precise of experiment data in ALICE experiment from some properties of coaxial cable, such as its characteristic impedance, loss of reflection wav…
目前磁浮列车采用的无线方式有三种，它们是38G毫米波、泄漏同轴电缆、无线感应技术。
Three methods has been adopted for these wireless communications in MAGLEV, they are 38G millimeter, leakage coaxial line and radio induction technology.
接着，讨论了泄漏同轴电缆的辐射条件、辐射波的三个工作频段。
In succession, discussed the radiation condition of Leaky Coaxial Cable, three working frequency bands of radiating wave.
瞬态电磁波对电子设备电缆的电磁耦合预测分析，是电子设备的电磁兼容性预测与分析的重要方面。
The electromagnetic coupling of transient electromagnetic wave to interconnect cables is an important factor of the electromagnetic compatibility prediction and analysis.
摘 要 对防爆波电缆井的定义及作用进行了深入的分析，介绍了防爆波电缆井的型式和设计中应注意的问题。
The definition and the role of the Blastproof cable pits are deeply analyzed, and the points for attention in the design of the Blastproof cable pits are introduced.
摘 要 对防爆波电缆井的定义及作用进行了深入的分析，介绍了防爆波电缆井的型式和设计中应注意的问题。
The definition and the role of the Blastproof cable pits are deeply analyzed, and the points for attention in the design of the Blastproof cable pits are introduced.
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