About this Abstract |
| Meeting |
MS&T24: Materials Science & Technology
|
| Symposium
|
Advanced Materials for Harsh Environments
|
| Presentation Title |
Far-Field Passive Ceramic Sensors for High-Temperature Environments |
| Author(s) |
Kevin Tennant, William Bullock, Jay Wilhelm, Edward Sabolsky |
| On-Site Speaker (Planned) |
Kevin Tennant |
| Abstract Scope |
Utilizing electroceramic materials for wireless sensors in high-temperature environments provides a solution to critical challenges faced across industries, including the prevention of equipment failures and the optimization of processes. Conventional sensors often encounter limitations such as reliance on power sources or vulnerability of external wiring to harsh conditions. Electroceramic materials, renowned for their chemical stability, microstructural stability, and adequate electrical conductivity at elevated temperatures, present a promising avenue for passive wireless sensing applications. This study assesses the effectiveness of a ceramic passive wireless resonator, constructed from indium tin oxide semiconductor material, through experimental testing at temperatures reaching 1000 ℃. Additionally, an investigation into the sensor's performance characteristics was conducted to enhance its functionality. The findings yield valuable insights into the feasibility and performance of far-field wireless sensors in high-temperature environments. |