Integral Paraphrase of Physical Parameters of Non-uniformly Induced Medium in Optical Current Transformer

Dong Yin, Zhizhong Guo, Guo-qing Zhang, Wen-bin Yu, Guizhong Wang, Caiyun Mo
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Abstract

: The three global physical quantities is presented to reveal optical sensing properties of a non-uniformly induced medium. The study found that, the sine function of average induction angle is the weighted integral of sine function of induction angle of optical path; the exponential function of average uneven angle is the weighted integral of exponential function of uneven angle of optical path; the global phase shift difference is the weighted integral of induced birefringence of optical path. The values verify that physical quantities have a specific but non-approximate integral relation with the corresponding physical quantity of optical path.
光电流互感器中非均匀感应介质物理参数的积分解释
提出了三个全局物理量来揭示非均匀诱导介质的光学传感特性。研究发现,平均感应角的正弦函数是光路感应角正弦函数的加权积分;平均不均匀角指数函数为光路不均匀角指数函数的加权积分;全局相移差是光路诱导双折射的加权积分。数值验证了物理量与相应的光程物理量具有特定但非近似的积分关系。
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