Radiofrequency heating, medical electromagnetic interference environment, fiber optic sensor temperature measurement

Fluorescent fiber optic temperature measurement can be used for temperature monitoring in different environments, with high voltage resistance and anti-interference. It can have single channel temperature sensors and multiple channels for temperature monitoring.

1. Fluorescent fiber optic temperature measurement for RF heating equipment

The fluorescence fiber optic temperature measurement host adopts advanced fluorescence fiber optic temperature measurement principles and is designed to be suitable for configuring fluorescence temperature measurement devices in RF heating capacity systems. The fluorescence temperature measurement method is used, utilizing the temperature characteristics of fluorescence to achieve accurate temperature measurement of the heated object. It can stably detect the temperature of the object to be heated in the RF heating container and control the temperature. Real time monitoring of the temperature of objects and equipment with severe industrial microwave and electromagnetic interference through fiber optic temperature measurement devices has become an important means for experiments and urgent needs of major companies for temperature measurement, and it is also an accurate requirement for technological progress in production.

2. Fluorescent fiber optic temperature measurement for medical hyperthermia equipment

In response to the requirements of the medical industry and the characteristics of hyperthermia, we have applied advanced fluorescence fiber optic temperature measurement technology to human tissue temperature measurement and developed a fluorescence fiber optic medical multi-point temperature monitoring system. This system can monitor the temperature of human tissue in real-time during the hyperthermia process. After long-term testing, the fiber optic temperature sensor has high sensitivity, fast response speed, small size, simple structure, is not affected by electromagnetic fields, and good stability. The results indicate that this study provides new technical support for the temperature measurement of high magnetic field human tissue in hyperthermia.

3. Laboratory equipment - Fluorescent fiber optic temperature measurement

Fluorescent fiber optic thermometer is not affected by vibration, Tianrui is immune to electromagnetic interference, the probe is free of metal materials, resistant to oxidation and chemical corrosion, easy signal demodulation, accurate, long service life, small size, no parameter drift, small environmental impact, good stability, high reliability, good insulation, and wide temperature measurement range. Can meet different customer needs in different experimental environments

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