Progress of rare earth europium complexes in the field of temperature luminescence sensing

Yiyang Zhang
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Abstract

Rare earth luminescent complex materials, its unique 4f-4f electronic transition, which shows excellent luminous performance, especially the europium complex materials, with temperature dependent luminescent performance of europium complex can achieve high sensitivity, high efficiency of temperature sensing process, can be applied to environmental engineering, energy technology and other fields of temperature measurement and monitoring. This review introduces the research progress of europium complex in temperature luminescence sensing system, summarizes the complex material category and analyzes the influencing factors of temperature response sensitivity, further summarizes the vibration relaxation and energy transfer, and introduces the preparation of europium EVA composite complex and research results in crystal silicon solar cells, for the study of lanthanide metal complexes temperature sensing performance, in order to open the door to the practical application of such materials.
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稀土铕配合物在温度发光传感领域的研究进展
稀土发光络合材料,其独特的4f-4f电子跃迁,表现出优异的发光性能,尤其是铕络合材料,具有温度依赖性发光性能的铕络合物可实现高灵敏度、高效率的温度传感过程,可应用于环境工程、能源技术等领域的温度测量与监测。本综述介绍了铕络合物在温度发光传感系统中的研究进展,总结了络合物的材料类别并分析了温度响应灵敏度的影响因素,进一步总结了振动弛豫与能量传递,并介绍了铕EVA复合络合物的制备及在晶体硅太阳能电池中的研究成果,为研究镧系金属络合物的温度传感性能提供了参考,以期为此类材料的实际应用打开大门。
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