A concentric coplanar capacitive sensor includes a charged central disc forming a first electrode, an outer annular ring coplanar with and outer to the charged central disc, the outer annular ring forming a second electrode, and a gap between the charged central disc and the outer annular ring. The first electrode and the second electrode may be attached to an insulative film. A method provides for determining transcapacitance between the first electrode and the second electrode and using the transcapacitance in a model that accounts for a dielectric test piece to determine inversely the properties of the dielectric test piece
Electromagnetic sensors come in different versions: capacitive, inductive, microwave, optics, etc. E...
A capacitive type proximity sensor having substantial range and sensitivity between a machine and an...
This paper reviews the use of electrostatic capacitive probes for detections and evaluations of diel...
This paper describes the design of two circular coplanar interdigital sensors with i) a spiral inter...
Previously, concentric coplanar capacitive sensors have been developed to quantitatively characteriz...
An interdigital capacitive sensor has been developed to characterize the permittivity of wire insula...
A reliable moisture-indicating capactive sensor is provided with wire electrodes at least one of whi...
Coplanar capacitive sensors are employed in Non-destructive Testing (NDT) methods to measure the dif...
With the increasing use of low-conductivity structural and functional materials, there has been a gr...
A capacitive type proximity sensor having improved range and sensitivity between a surface and an in...
Capacitive sensors exhibit an electrical property called "capacitance" on the way to carry out the m...
A capacitive type proximity sensor having improved range and sensitivity between a surface of arbitr...
The advantages of capacitance techniques formeasurement are well known and can be further enhancedby...
AbstractResults of original research aimed at increasing the accuracy and applicability of capacitan...
Results of original research aimed at increasing the accuracy and applicability of capacitance testi...
Electromagnetic sensors come in different versions: capacitive, inductive, microwave, optics, etc. E...
A capacitive type proximity sensor having substantial range and sensitivity between a machine and an...
This paper reviews the use of electrostatic capacitive probes for detections and evaluations of diel...
This paper describes the design of two circular coplanar interdigital sensors with i) a spiral inter...
Previously, concentric coplanar capacitive sensors have been developed to quantitatively characteriz...
An interdigital capacitive sensor has been developed to characterize the permittivity of wire insula...
A reliable moisture-indicating capactive sensor is provided with wire electrodes at least one of whi...
Coplanar capacitive sensors are employed in Non-destructive Testing (NDT) methods to measure the dif...
With the increasing use of low-conductivity structural and functional materials, there has been a gr...
A capacitive type proximity sensor having improved range and sensitivity between a surface and an in...
Capacitive sensors exhibit an electrical property called "capacitance" on the way to carry out the m...
A capacitive type proximity sensor having improved range and sensitivity between a surface of arbitr...
The advantages of capacitance techniques formeasurement are well known and can be further enhancedby...
AbstractResults of original research aimed at increasing the accuracy and applicability of capacitan...
Results of original research aimed at increasing the accuracy and applicability of capacitance testi...
Electromagnetic sensors come in different versions: capacitive, inductive, microwave, optics, etc. E...
A capacitive type proximity sensor having substantial range and sensitivity between a machine and an...
This paper reviews the use of electrostatic capacitive probes for detections and evaluations of diel...