然后，以双激磁结构为类，给出了管绞机磁性系统磁场有限元分析的详尽过程，并对其结果作了探讨。
Then, the detailed finite-cell analytical process of electromagnetic field is given, and analytical result is discussed and compared.
针对电缆管绞机中的实际要求，在对其磁力悬浮系统的磁路、磁力以及电阻和温度等各方面进行理论分析的基础上，提出了设计方法。
Magnetic suspension technology was explored for the cable-creating machine. Theoretical analysis and designing method with consideration of magnetic path, temperature were presented.
在本文中，我们将介绍超薄型光纤带及108芯松管层绞光纤带光缆的结构和性能。
In this paper, the structure and characteristics of ultra-thin optical fiber ribbon and 108-fiber loose tube ribbon-based cable are presented.
超薄型光纤带被成功地运用于108芯松管层绞光缆中。
The ultra-thin ribbon has been successfully used in a 108-fiber loose tube cable.
本文从绞刀、泥泵、定位桩装置及排泥管等四个方面，论述了提高绞吸式挖泥船生产效率的途径。
This paper describes how to increase the productivity effect of cutter-suction dredgers in the fields of cutting force, dredging pump, gauge pile and exhaust pipe.
按照光纤的芯数，分别采用光纤单元或者松管结构(层绞松管或中心松管)，也可以将这两者结合起来。
According to the number of fibers in the cable, fiber units or loose tubes (stranded or central) cables are mostly used. A combination of these two techniques is also reported.
通信光缆包括中心束管光缆、层绞式光缆、带状光缆、ADSS光缆及其配线系列产品；
Fiber optic cables include central tube type FOC, tube-stranded type FOC, fiber optic ribbon cable, ADSS and series product for distribution.
并提供各种低烟无卤以及高阻燃特殊材质中心束管式、层绞式、自承式等室外光缆。
And to provide a variety of LSZH, and high flame-retardant materials, central loose tube, layer loose tube, self-supporting outdoor cable and so on.
先移动收缩管远离接头区域，然后把绞接处线束交织或打结成机械强度足够大的接头。
Move the shrink wrap well away from the splice area, then interweave or tie a mechanically strong splice.
对于一个绞接处接头，从移开足够的绝缘开始，再滑移一件热收缩管装到需焊接的线束上。
For a splice, start by removing a sufficient amount of insulation and sliding a piece of shrink wrap onto the wires to be soldered.
对于一个绞接处接头，从移开足够的绝缘开始，再滑移一件热收缩管装到需焊接的线束上。
For a splice, start by removing a sufficient amount of insulation and sliding a piece of shrink wrap onto the wires to be soldered.
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