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Inorganic and Polymer Photonic Sensor Technologies in Space Missions

机译:太空任务中无机和聚合物光子传感器技术

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Several state-of-the-art key photonic components such as optical fiber Bragg gratings and electro optic modulators that may be used in sensor systems are examined for their interaction and performance in space radiation environments. The exposure of photonic devices to ionizing environments can result in complex matter-light-ionizing radiation response-interactions that may ultimately cause degradation or failure of sensor systems. Several recently investigated polymer materials and devices show an increased resistance to radiation, while others do not. A brief comparison of leading inorganic and polymer technologies and their respective resistance to ionizing radiation is presented.
机译:诸如可用于传感器系统中的光纤布拉格光栅和电光调制器的若干最先进的关键光子元件被检查用于空间辐射环境中的相互作用和性能。光子器件暴露于电离环境可能导致复杂的物质 - 光电电离辐射响应 - 相互作用,其最终可能导致传感器系统的降解或失效。几个最近研究的聚合物材料和器件显示出对辐射的增加抗性,而其他则没有。介绍了领先无机和聚合物技术及其对电离辐射的耐受性的简要比较。

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