Compensation for temperature dependence of Faraday effect in diamagnetic materials. Application to optical fibre sensors

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机构：
[1] Williams, P.A.
[2] Day, G.W.
[3] Rose, A.H.
来源：
Williams, P.A. | 1600年 / 27期
关键词：
Optical Fibers - Sensors--Optical Properties;
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摘要：
The temperature dependence of the Faraday effect in a diamagnetic material can be compensated for by varying the polarisation state of the light entering the material as a function of temperature. We demonstrate that this can be done automatically by exploiting the temperature dependence of a linear retarder (waveplate).
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