A novel wireless temperature sensor is presented herein for high-temperature applications.
This sensor is robust in harsh environments using stable materials and purely passive …

A wireless pressure sensor for high-temperature applications is demonstrated based on a
microwave evanescent-mode cavity resonator. Cavity deformation resulting from applied …

A novel wireless passive temperature sensor based on a reflective patch is demonstrated up
to 1050° C herein. This reflective patch acts as a patch resonator (temperature sensor) and …

Wireless passive temperature sensors for harsh-environment applications based on
cylindrical microwave cavity resonators are presented herein. Slot antennas are integrated …

The primary focus of this work is to fabricate and evaluate electroceramic based LC
resonators for wireless sensing at high temperatures. An all-ceramic planar LC resonator …

We prepared TiO 2 ceramics by conventional solid-state reaction process and systematically
characterized their temperature-dependent dielectric properties over wide ranges of …

In this work, an all-ceramic passive wireless inductor–capacitor (LC) resonator was
presented for stable temperature sensing up to 1200° C in air. Instead of using conventional …

The temperature of advanced components in aviation and aerospace fields is difficult to
obtain timely. In this study, we aimed to investigate microwave backscattering technology …

A novel method is presented in this paper to precisely characterize the dielectric properties
of silicon carbon nitride (SiCN) ceramic materials at high temperatures for wireless passive …

Three researchers at University of Central Florida from electrical engineering, materials
science, and mechanical engineering teamed together to develop high-temperature (>; …