Sensors, Volume 22, Issue 6
2022 March-2 - 349 articles
Cover Story: Real-time temperature monitoring is vital for most industrial and energy-conversion processes. Conventional high temperature solid-state sensors are composed of metals or semiconductor materials that are unstable in many of these harsh-environment reactors. In this work, a novel all-ceramic passive wireless LC resonator (planar inductor and parallel plate capacitor) was proposed, fabricated, and tested using all-ceramic refractory materials. Tin-doped indium oxide (ITO) and Al2O3 were chosen as electroconductive and dielectric ceramic materials. The wireless response from the sensor was interrogated through thermal insulation (1-inch) based on the principle of mutual inductive coupling between inductor and antenna. Moreover, the sensor placed in the hot zone does not require a battery or external power source for operation. View this paper - Issues are regarded as officially published after their release is announced to the table of contents alert mailing list .
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