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首页> 外文期刊>Optical fiber technology >Semiconductor metal oxide/polymer based fiber optic lossy mode resonance sensors: A contemporary study
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Semiconductor metal oxide/polymer based fiber optic lossy mode resonance sensors: A contemporary study

机译：基于半导体金属氧化物/聚合物的光纤有损模式共振传感器：当代研究

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摘要

Lossy mode resonance (LMR) based sensors have gained attention in the literature during last two decades. Understanding lossy nature of the optical modes guided through the optical substrates took researcher's interest to their applications in the field of diagnostic and sensing of various analyzes. In this review, the attention has been paid to the emergence and developments of LMR phenomenon as a fiber optic sensing platform. Concept and basic configuration of LMR sensor and parameters evaluating the performance of such sensors have been discussed in detail. Optical materials such as transparent semiconductor metal oxides (TSMOs) and few polymers have been found to support LMR. In view of this, optical fiber based chemical and biosensors utilizing such materials have been reviewed. In addition, the analysis of the potentials of LMR based bulkanostructured sensors with future possibilities have been discussed.
机译：在过去的二十年中，基于有损模式共振（LMR）的传感器已在文献中引起关注。了解通过光学基板引导的光学模式的有损性质，引起了研究人员对其在各种分析的诊断和感测领域中的应用的兴趣。在这篇综述中，作为光学传感平台的LMR现象的出现和发展已经引起了人们的关注。已经详细讨论了LMR传感器的概念和基本配置以及评估此类传感器性能的参数。已经发现诸如透明半导体金属氧化物（TSMO）的光学材料和少量聚合物可以支撑LMR。鉴于此，已经审查了利用这种材料的基于光纤的化学和生物传感器。此外，还讨论了基于LMR的体/纳米结构传感器的潜力分析，并具有未来的可能性。

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