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本文论述了我们研制的一种适用于强电磁场下高阻导线温度传感器的设计原则,并将它与常规的热电偶和热敏电阻(具有铜信号线)温度传感器的性能进行了理论分析和比较,最后通过对比分析拍摄的电磁加热模型有力地证明了高阻导线温度传感器的实用性。本传感器在微波(2450MHz 和915MHz)加热治癌技术中已成功地进行了动物实验和癌症患者的临床实验。
This article discusses a design principle that we developed for a high-resistance wire temperature sensor under a strong electromagnetic field and theoretically analyzes and compares it with the performance of a conventional thermocouple and thermistor (with a copper signal wire) temperature sensor Finally, the electromagnetic heating model which is taken by comparative analysis strongly proved the practicability of high-resistance wire temperature sensor. The sensor has been successfully carried out in animal experiments and cancer patients clinical trials in the microwave (2450MHz and 915MHz) heating cancer technology.