Sensors for monitoring surface wear and/or temperature without need for wire connections have been developed. Excitation and interrogation of these sensors are accomplished by means of a magnetic-field-response recorder. In a sensor of the present type as in the previously reported ones, the capacitance and, thus, the resonance frequency, varies as a known function of the quantity of interest that one seeks to determine. Hence, the resonance frequency is measured and used to calculate the quantity of interest
A dielectric resonator-based sensor for temperature measurement is demonstrated. A dielectric resona...
A relatively inexpensive instrumentation system that includes units that are connected to thermocoup...
We show how to sense the phase of the ambient electric field from a body-worn sensor with respect to...
A wireless temperature sensor includes an electrical conductor and a material spaced apart from the ...
A wireless temperature sensor includes an electrical conductor and a dielectric material on the cond...
This paper presents a measurement acquisition method that alleviates many shortcomings of traditiona...
Condition monitoring of machines is advantageous in predicting failure and estimating machine compon...
A wireless sensing system includes a sensor made from an electrical conductor shaped to form an open...
This research presents the first wireless temperature sensor for bearing condition monitoring, capab...
Coil-coupled passive sensors can be interrogated without contact, exploiting the magnetic coupling b...
This work investigates an electronic technique and system for non-contact reading of the temperature...
Coil-coupled passive sensors can be interrogated without contact, exploiting the magnetic coupling b...
Two types of temperature sensors have been developed for wide-range temperature applications. The tw...
This paper presents a wireless temperature sensor designed for the monitoring of machine tools, wher...
A multi-layer wireless sensor construct is provided. The construct includes a first dielectric layer...
A dielectric resonator-based sensor for temperature measurement is demonstrated. A dielectric resona...
A relatively inexpensive instrumentation system that includes units that are connected to thermocoup...
We show how to sense the phase of the ambient electric field from a body-worn sensor with respect to...
A wireless temperature sensor includes an electrical conductor and a material spaced apart from the ...
A wireless temperature sensor includes an electrical conductor and a dielectric material on the cond...
This paper presents a measurement acquisition method that alleviates many shortcomings of traditiona...
Condition monitoring of machines is advantageous in predicting failure and estimating machine compon...
A wireless sensing system includes a sensor made from an electrical conductor shaped to form an open...
This research presents the first wireless temperature sensor for bearing condition monitoring, capab...
Coil-coupled passive sensors can be interrogated without contact, exploiting the magnetic coupling b...
This work investigates an electronic technique and system for non-contact reading of the temperature...
Coil-coupled passive sensors can be interrogated without contact, exploiting the magnetic coupling b...
Two types of temperature sensors have been developed for wide-range temperature applications. The tw...
This paper presents a wireless temperature sensor designed for the monitoring of machine tools, wher...
A multi-layer wireless sensor construct is provided. The construct includes a first dielectric layer...
A dielectric resonator-based sensor for temperature measurement is demonstrated. A dielectric resona...
A relatively inexpensive instrumentation system that includes units that are connected to thermocoup...
We show how to sense the phase of the ambient electric field from a body-worn sensor with respect to...