Sensor of high frequency electric fields intensity on the base of slot waveguides with electro-optic polymer filling

Игорь Андреевич Гончаренко, Виталий Николаевич Рябцев, Александр Васильевич Ильюшонок, Олег Дмитриевич Навроцкий
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Abstract

Purpose. Development of the structure and operation principles of high frequency electric fields intensity optical sensor. Methods. Method of lines was used for calculation of propagation constants and mode electric fields distribution of strip waveguides with vertical and horizontal slots filled with electro-optical polymer SEO125. Findings. The structure and operation principles of high frequency electric fields intensity sensor on the base of slot waveguides with vertical and horizontal slots filled with electro-optical polymer are proposed. Sensor makes it possible measuring the variable electric fields with frequencies up to 10 MHz. The sensor sensitivity order is of 30 V/m. Application field of research. Determination of fire-dangerous and injurious factors of electric field during emergencies elimination.
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基于电光聚合物填充槽波导的高频电场强度传感器
目的。高频电场强度光学传感器的结构和工作原理的研究。方法。采用线法计算了填充电光聚合物SEO125的垂直槽和水平槽条形波导的传播常数和模式电场分布。发现。提出了垂直槽和水平槽填充电光聚合物的槽波导高频电场强度传感器的结构和工作原理。传感器使测量频率高达10mhz的可变电场成为可能。传感器灵敏度级为30v /m。应用研究领域。紧急消除过程中电场火灾危险和有害因素的测定。
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