用langasite SAW器件的脉冲模式温度传感

P. Zheng, T.-L. Chin, D. Greve, I. Oppenheim, L. Cao
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引用次数: 12

摘要

制备了欧拉角为(0,138.5,27)和(0,138.5,117)的有线和无线表面声波(SAW)传感器,用于高温燃烧过程的温度和气体传感。他们的温度响应是在脉冲模式下测量的,这两种模式都连接到高温电缆和无线模式连接到偶极子天线。观察到的表面声波速度在200°C以上单调下降,在900°C的有线测量和700°C的无线模式下可观察到多次反射。在200°C至600°C的范围内,有线和无线测量的温度分辨率优于±0.5 C。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pulse-mode temperature sensing with langasite SAW devices
Wired and wireless surface acoustic wave (SAW) sensors with langasite Euler angle (0, 138.5, 27) and (0, 138.5, 117) were fabricated for the purpose of temperature and gas sensing in high temperature combustion process. Their temperature responses were measured in pulse mode both wired to a high-temperature cable and in wireless mode attached to a dipole antenna. The observed surface acoustic wave velocity monotonically decreases above 200 °C with multiple reflections observable in wired measurements up to 900 °C and in wireless mode up to 700 °C. Temperature resolution better than ± 0.5 C was achieved for wired and wireless measurements from 200 °C to 600 °C.
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