Signal Demodulation for a Low-Finesse Silicon Fiber-optic Sensing Platform (Si-FOSP)
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Signal Demodulation for a High-Finesse Silicon Fiber-optic Sensing Platform (Si-FOSP)
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Results: Silicon-tipped Fiber-optic Sensing Platform as Underwater Thermometer, Flow Sensor, and Bolometer for Plasma Physics
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Conclusion
Transcripción
This method produces an innovative, adaptable fiber-optic sensing platform. Development of the platform was originally driven by the des-ign to create an underwater thermometer for turbulence characterization of ocean waters. Advantages of this pl
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This work reports an innovative silicon-tipped fiber-optic sensing platform (Si-FOSP) for high-resolution and fast-response measurement of a variety of physical parameters, such as temperature, flow, and radiation. Applications of this Si-FOSP span from oceanographic research, mechanical industry, to fusion energy research.