Microwave Sensors Based on Resonant Elements
Copyright policy )Microwave Sensors Based on Resonant Elements
This paper highlights interest in the implementation of microwave sensors based on resonant elements, the subject of a special issue in the journal. A classification of these sensors on the basis of the operating principle is presented, and the advantages and limitations of the different sensor types are pointed out. Finally, the paper summarizes the different contributions to the special issue.
resonant sensors, internet of things (IoT), Coupling-modulation sensors, permittivity sensors, Microwave sensors, microwave sensors, Resonant sensors, Permittivity sensors, Chemical technology, Planar sensors, Microfluidics, Humidity sensors, Differential-mode sensors, Frequency-variation sensors, TP1-1185, planar sensors, Substrate integrated waveguides (SIW), Phase-variation sensors, Internet of things (IoT), Frequency-splitting sensors, Editorial, Electrically small resonators, humidity sensors
resonant sensors, internet of things (IoT), Coupling-modulation sensors, permittivity sensors, Microwave sensors, microwave sensors, Resonant sensors, Permittivity sensors, Chemical technology, Planar sensors, Microfluidics, Humidity sensors, Differential-mode sensors, Frequency-variation sensors, TP1-1185, planar sensors, Substrate integrated waveguides (SIW), Phase-variation sensors, Internet of things (IoT), Frequency-splitting sensors, Editorial, Electrically small resonators, humidity sensors
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