激光-电能转换器热机械可靠性分析
DOI:
https://doi.org/10.18686/cncest316关键词:
激光-电能转换器（LEC）；激光功率传输；热机械可靠性；数值分析；实验测试摘要
这篇文章研究了典型激光-电能转换器（Laser-Electricity Converter，LEC）在连续波（Continuous Wave，CW）激光照射下的热力学和机械响应，以及关键传感器在激光照射下的损伤行为，以评估转换器的可靠性。首先，计算并分析了整个LEC中的温升和热应力，找出了易受损的部件，即在无线电力传输过程中用于光路对准的红外探测器。然后，通过一组数值模拟揭示了探测器热机械行为的参数依赖性。最后，进行了典型的实验测试以验证理论分析的结果。
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