Surface acoustic wave (SAW) technology has been extensively used in communications and
sensing applications. For SAW based gas sensing applications, the sensitive material or …

Surface acoustic wave (SAW) sensors enhanced by a graphenic sensitive layer offer
improved electrical response uniformity, and recent research has explored their potential for …

Performing high-temperature measurements on the rotating parts of aero-engine systems
requires wireless passive sensors. Surface acoustic wave (SAW) sensors can measure high …

Langasite surface acoustic wave devices can be used to implement harsh-environment
wireless sensing of gas concentration and temperature. This paper reviews prior work on the …

This paper explores the possibility of using AlN/sapphire piezoelectric bilayer structures for
high-temperature SAW applications. To determine the temperature stability of AlN …

We report on in situ electrical measurements of surface acoustic wave delay lines based on
AlN/sapphire structure and iridium interdigital transducers between 20 C and 1050 C under …

Recent progress in portable semiconductor and thermocatalytic gas sensors requires the
development of the microhotplates with reduced power consumption, increased shock …

In this study, we fabricate a surface acoustic wave strain sensor based on langasite. By
constructing a temperature-strain composite testing platform, we examine this sensor for the …

Metamaterial temperature sensors are receiving increasing attention due to the wireless and
passive operation. Unfortunately, the frequency response of most metamaterial sensors to …

Wireless surface acoustic wave (SAW) reflective delay line (R-DL) technology is very
powerful to carry out remote measurements of various parameters under harsh …