Developing Microwave Sensor Technology

The world is seeing a wireless technological revolution in communication and sensing. With the ever-increasing demand for additional smart functionalities in existing technologies, a significant amount of research has been directed towards sensing devices. As a result, microwave devices and systems, which constitute the backbone of all communication systems, have significantly advanced in recent years. Microwave sensors are by-products of this recent revolution and have been widely utilized for chemical sensing. They are used to report very small environmental changes and provide feedback for informed decision-making. In this research, we are utilizing this knowledge to develop sensors to obtain real time in-situ information.

A Microwave Stripline Ring Resonator Sensor Exploiting the Thermal Coefficient of Dielectric Constant for High-Temperature Sensing

Brent Leier, Masoud Baghelani, Ashwin K. Iyer

Peer-Reviewed Journal Article

Developing Microwave Sensor Technology

More from this project:

Status

Theme

Principal Investigator

Alumni

Faculties

A Microwave Stripline Ring Resonator Sensor Exploiting the Thermal Coefficient of Dielectric Constant for High-Temperature Sensing

A Single-Wire Microwave Sensor for Selective Water and Clay in Bitumen Analysis at High Temperatures

Artificial Intelligence Assisted Non-Contact Microwave Sensor for Multivariable Biofuel Analysis

COUPLED MICROWAVE RESONATORS FOR DISTANT SENSING APPLICATIONS

Discrete Microwave Spectroscopy using Planar Resonator

Focused Session on "Microwave and Hot Carrier Sensors" at IEEE Sensors 2022, Dallas TX

Locally Strong-Coupled Microwave Resonator Using PEMC Boundary for Distant Sensing Applications

Microwave Sensor System and Method

Non-contact real-time water and brine concentration monitoring in crude oil based on multi-variable analysis of microwave resonators

Noncontact high sensitivity chipless tag microwave resonator for bitumen concentration measurement at high temperatures

Numerical Accuracy and Airbox Size: A Comparison of FEM to MoM and Analytical Results for Dipole Antennas

Planar microwave resonator with electrodeposited ZnO thin film for ultraviolet detection

Selective Measurement of Water Content in Multivariable Biofuel Using Microstrip Split Ring Resonators

Selective Volume Fraction Sensing Using Resonant-Based Microwave Sensor and its Harmonics

Selective real-time non-contact multi-variable water-alcohol-sugar concentration analysis during fermentation process using microwave split-ring resonator based sensor

Temperature Sensing in Harsh Environments

Volume Fraction Sensing of Multivariable Systems using Multi-Resonances of Planar Microwave Resonators

Wide-Band Label-Free Selective Microwave Resonator-Based Sensors for Multi-Component Liquid Analysis

Wireless Sensor Technology For Heavy Oil Applications