While liquid core fiber has fewer varieties, it has found wide uses, especially in the field of UV curing.
虽然液芯光纤的品种较少，但用途比较广，特别是在紫外光固化行业中得到大量应用。
As a new kind of optical fiber, liquid core fiber is also called liquid-core light-conducting tube. It has superior optical properties as compared with conventional optical fibers.
液芯光纤也叫液芯光导管，是一种全新的光纤品种，与传统的光纤相比，有着优异的光学性能。
Liquid core optical fiber long light path absorption system consists of the light gathering system and liquid core optical fiber long light path absorbing tube.
液芯光纤长光路系统主要由聚光系统和液芯光纤长光路吸收管组成。
The method and condition of obtaining optimal raman spectra by means of liquid-core optical fiber are described.
本文叙述了利用液芯光纤技术获得最佳自发喇曼光谱的方法和条件。
The organic fiber with liquid core is manufactured successfully.
研制出了液态有机光纤。
The fluorescence spectrum intensity is reduced by the heat effect of electric current when the current flows through a liquid-core optical fiber.
电流通过液芯光纤，电流的热效应降低了液体样品荧光光谱强度。
The utility model relates to a filter core for filtering gas or liquid, which is suitable for welding filter core or bonding filter core made of fiber sintered felt or weaving wire mesh filter medium.
本实用新型涉及一种气体或液体过滤所使用的滤芯，适用于采用纤维烧结毡或编织丝网滤材制成的焊接或粘接滤芯。
Because scattering light are cumulated by liquid-core optical fiber (LCOF), it has been used to achieve cw SRS process.
自从空芯石英光纤产生以来，因其对光有累积作用而被用来实现连续激光受激拉曼散射过程。
The toluene liquid-core optical fiber Raman scattering experiment under low light conditions was completed.
在弱光条件下完成了甲苯的液芯光纤拉曼散射实验。
Nonlinearity of toluene liquid-core optical fiber Raman scattering by weak light was studied in this dissertation.
本文研究了甲苯液芯光纤拉曼散射的弱光非线性。
Experiments and their analysis show that under low light condition toluene liquid-core optical fiber Raman scattering has a non-linear characteristic.
通过实验和分析，证明弱光下甲苯液芯光纤拉曼散射具有非线性。
In this paper, a complete liquid-core optical fiber (LCOF) SRS experimental system was developed.
本论文研制了一套完整的液芯光纤受激拉曼散射实验系统。
In this paper, a complete liquid-core optical fiber (LCOF) SRS experimental system was developed.
本论文研制了一套完整的液芯光纤受激拉曼散射实验系统。
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