• In the paper, the Kerr effect in single mode birefringence fiber is studied in detail.

    本文详细研究了单模双折射光纤中的克尔效应

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  • Low-birefringence fiber mirror reflector is fabricated by vacuum coating technology and is used for light reflection.

    低双折射光纤反射采用真空镀膜工艺制备,于光路中反射

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  • A polarization insensitive LPFG operating at a specific wavelength is achieved by writing the LPFG in a birefringence fiber, for the first time.

    首次发现了双折射光纤写入长周期光纤光栅存在对偏振不敏感的谐振峰。

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  • The birefringence is not only affected by the features of fiber itself but also is under the influence of environment factors such as temperature and vibration.

    这种双折射不仅光纤本身性能有关,与工作时的环境温度振动因素有关。

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  • The main polarization mode and coupling mode in PM fiber has some optical path difference because of internal birefringence.

    保偏光纤内部高双折射,使得其内部传播的偏振耦合模之间存在着一定大小的

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  • An instrument measuring the distributed polarization coupling in high birefringence polarization-maintaining fiber (PMF) is developed based on white light interferometry.

    基于白光干涉原理研制成功双折射保偏光纤分布式偏振耦合测试仪台。

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  • The excellent properties of photonic crystal fiber include the endless single mode, large mode area, adjustable dispersion property, high birefringence and nonlinear.

    光子晶体光纤的奇异特性包括无休止单模特性、面积特性可调色散特性折射特性非线性特性

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  • Reductions of cell wall thickness and birefringence were observed in both fiber (sclerenchyma) and parenchymal cells, together with blurring of the wall's layered structures.

    细胞薄壁细胞细胞壁厚度减小,双折射降低,并且细胞壁分层现象变得不明显。

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  • Then, super-local modes in multi-lobe stress region spun fibers can be obtained by using mode transform. Finally, the fiber birefringence is decided from the phase constants of super-local modes.

    从而推得多叶应力扭转光纤中的超本地超本地模相位常数确定光纤双折射

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  • Randomly varying birefringence in optical fiber can lead to pulse broadening, corresponding to polarization-mode dispersion (PMD) effect.

    光纤随机折射效应导致脉冲无规展宽即偏振色散(PMD)。

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  • A fiber spinning technique is introduced, the sinusoidal-rate spinning can effectively decrease the birefringence and increase the mode-coupling of the fiber.

    介绍了光纤旋转技术采用正弦旋转技术有效降低光纤折射增加模式耦合

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  • Using the instrument for the transmission loss of single mode of winding birefringence optical fiber, the spectrogram of loss and the graph of mode density are obtained.

    利用检测单模双折射光纤弯曲传输损耗装置测绘了光纤弯曲损耗图光纤弯曲传输模式图。

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  • The effects of the stress domain structure of the fiber on stress birefringence and modal birefringence are investigated and compared .

    分析光纤应力结构对纤芯双折射大小均匀性影响,并将应力诱导双折射模式理论计算结果进行了比较。

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  • Such a non-circular shape will alter the birefringence property of the fiber and influence the polarization behavior of the laser.

    这种圆形结构改变光纤折射特性,从而影响输出激光偏振特性

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  • A theoretical analysis of the sensor head, it can be used to suppress effectively the birefringence in the single mode fiber which is winded on the sensing part of the OFCS, is given.

    光纤电流传感器一种光纤进行了理论分析这种绕法有效地降低传感处引进的折射。

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  • A theoretical analysis of the sensor head, it can be used to suppress effectively the birefringence in the single mode fiber which is winded on the sensing part of the OFCS, is given.

    光纤电流传感器一种光纤进行了理论分析这种绕法有效地降低传感处引进的折射。

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