In this paper a technique based on microwave heating and IR thermography measurement for dielectric constant estimation is proposed. The effect of the propagating EM wave on the temperature distribution inside the sample under test is studied for short observations time. A model was derived and a suitable data reduction is accomplished. Preliminary results are presented and discussed for the pure water case
International audienceThe present study is dedicated to the estimation of internal temperatures with...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...
The evaluation of non-invasive microwave thermometry using a differential microwave imaging approach...
In this paper a technique based on microwave heating and IR thermography measurement for dielectric ...
A first attempt for on-line quantitative IR-thermography temperature readout has been performed insi...
The advent of precision microwave radiometry has placed a stringent requirement on the accuracy with...
The work here presented proposes an enhanced procedure to describe bulk temperature profiles in pipe...
Temperature measurement during microwave heating in industrial and commercial processes can improve ...
In this contribution, we are investigating a technique for the representation of electromagnetic fie...
In this contribution, we are investigating a technique for the representation of electromagnetic fie...
In this paper a two-dimensional model for the unsteady temperature field due to microwave heating in ...
The salinity and the physical temperature of ocean water vary from place to place and with depth of ...
The temperature rise in a material modifies its physical properties, particularly its dielectric per...
In this paper, a preliminary review of the dielectric measurement methods as a function of both freq...
International audienceThe present study is dedicated to the estimation of internal temperatures with...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...
The evaluation of non-invasive microwave thermometry using a differential microwave imaging approach...
In this paper a technique based on microwave heating and IR thermography measurement for dielectric ...
A first attempt for on-line quantitative IR-thermography temperature readout has been performed insi...
The advent of precision microwave radiometry has placed a stringent requirement on the accuracy with...
The work here presented proposes an enhanced procedure to describe bulk temperature profiles in pipe...
Temperature measurement during microwave heating in industrial and commercial processes can improve ...
In this contribution, we are investigating a technique for the representation of electromagnetic fie...
In this contribution, we are investigating a technique for the representation of electromagnetic fie...
In this paper a two-dimensional model for the unsteady temperature field due to microwave heating in ...
The salinity and the physical temperature of ocean water vary from place to place and with depth of ...
The temperature rise in a material modifies its physical properties, particularly its dielectric per...
In this paper, a preliminary review of the dielectric measurement methods as a function of both freq...
International audienceThe present study is dedicated to the estimation of internal temperatures with...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...
The evaluation of non-invasive microwave thermometry using a differential microwave imaging approach...