Cavity-type coupling structures can be used for industrial microwave radiometric temperature measurement in lossy dielectrics. The cavity properties which determine the measured radiometric signal are defined and applied, and a simple technique for measuring these properties is described
The theoretical and practical design of a type of microwave radiometer particularly suited to indust...
Microwave radiometry is concerned with purely passive sensing of naturally generated microwave radi...
International audienceDielectric resonators are key elements in many applications in micro to millim...
Temperature measurement during microwave heating in industrial and commercial processes can improve ...
Temperature is an important parameter for industrial process control. With the usual methods we obt...
Temperature is an important parameter for industrial process control. With the usual methods we obt...
Abstract—We describe a broadband microwave test system that can measure dielectric properties of mic...
Microwave resonators of very high Q-factors, as high as 10, can currently be manufactured. In this p...
Microwave resonators of very high Q-factors as 10^9, can currently be manufactured. In this paper an...
Microwave resonators of very high Q-factors as 10^9, can currently be manufactured. In this paper an...
<正> The microwave dielectric constants of the substances composing the earth surface are very ...
A stationarity property for the resonant frequency of a rectangular cavity as a function of the thic...
An instrument has been developed for monitoring cure processes under microwave heating conditions. T...
• Measurement techniques for dielectrics • Transmission line methods (nonresonant) • Cavity methods ...
A new cavity perturbation technique is presented for microwave measurement of dielectric constant, w...
The theoretical and practical design of a type of microwave radiometer particularly suited to indust...
Microwave radiometry is concerned with purely passive sensing of naturally generated microwave radi...
International audienceDielectric resonators are key elements in many applications in micro to millim...
Temperature measurement during microwave heating in industrial and commercial processes can improve ...
Temperature is an important parameter for industrial process control. With the usual methods we obt...
Temperature is an important parameter for industrial process control. With the usual methods we obt...
Abstract—We describe a broadband microwave test system that can measure dielectric properties of mic...
Microwave resonators of very high Q-factors, as high as 10, can currently be manufactured. In this p...
Microwave resonators of very high Q-factors as 10^9, can currently be manufactured. In this paper an...
Microwave resonators of very high Q-factors as 10^9, can currently be manufactured. In this paper an...
<正> The microwave dielectric constants of the substances composing the earth surface are very ...
A stationarity property for the resonant frequency of a rectangular cavity as a function of the thic...
An instrument has been developed for monitoring cure processes under microwave heating conditions. T...
• Measurement techniques for dielectrics • Transmission line methods (nonresonant) • Cavity methods ...
A new cavity perturbation technique is presented for microwave measurement of dielectric constant, w...
The theoretical and practical design of a type of microwave radiometer particularly suited to indust...
Microwave radiometry is concerned with purely passive sensing of naturally generated microwave radi...
International audienceDielectric resonators are key elements in many applications in micro to millim...
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