本计划的目的在利用黏弹理论，研究双涂层光纤承受热负荷下的光学问题。
The objective of this project is to study the thermally-induced optical effects in double-coated optical fibers by viscoelastic theory.
观察到的涂层光纤强度复原是由老化期间光纤表面水化层的凝聚固化所致。
The healing process observed for coated fiber is thought to be caused by the condensation of the hydrated surface layer of fiber formed during agi...
研究了在高速拉丝条件下涂覆模具的设计对光纤涂层同心度的影响。
The effect of die design on coating concentricity of optical fiber at high drawing speed is investigated.
光纤把LED产生的励磁光传输给探测器尖端的薄膜涂层。
Optical fiber carries excitation light produced by the blue LED to the thin-film coating at the probe tip.
主要讲述了拉丝塔提高光纤拉丝速度过程中，影响光纤表面涂层固化度的几个因素。
The major factors to affect curing degree of optical fiber coating at high drawing speed based on the existing drawing tower.
我们现在提供单模和多模光纤高温铝或铜合金涂层。
We now offer single-mode and multimode mode fibers with high temperature aluminum or copper alloy coatings.
该装置简单灵活，成本较低，尤其适合于长度较长的光纤光栅的一次性涂覆，涂层厚度灵活可调。
This installation is compact and flexible low-cost, especially fits for coating longer fiber gratings once and for all. And the thickness of the coat is adjustable.
高速拉丝过程中，模具中涂料的压力梯度决定了对中作用力和光纤涂层同心度的大小。
In high speed drawing process, the pressure gradient of coating in die determines the magnitude of centering force and the concentricity of coating layers.
高速拉丝过程中，模具中涂料的压力梯度决定了对中作用力和光纤涂层同心度的大小。
In high speed drawing process, the pressure gradient of coating in die determines the magnitude of centering force and the concentricity of coating layers.
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