Knowledge of dielectric properties of materials is at the basis of the application of microwaves as non-destructive and non-invasive tools for quality evaluation of foods. In this contribution, the development of an experimental framework to characterize on a wide frequency range dielectric properties of powder food is proposed. The used methodologies include the open-ended coaxial probe technique and a waveguide system, the former being inherently a wideband technique but suffering from the typology of material under test, the latter being a medium-band technique. Examples of measured materials are reported, with particular reference to the measurement of sugar
Dielectric properties play an important role in the microwave-assisted application of nonmagnetic ag...
Applications of microwave measurement techniques, including frequency-domain and time-domain methods...
A free-space broadband measurement technique is proposed to determine the dielectrics properties of ...
Use of electromagnetic (EM) fields in the food industry for food inspection as well as sterilization...
WOS: 000225321400007PubMed ID: 15615430The knowledge of the electrical properties of the materials t...
We present a prototype of a microwave measurement system for the estimation of dispersive dielectric...
There is critical demand for rapid, low-cost methods to determine food composition to provide a resp...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
Abstract: Dielectric properties of a material are intrinsic electrical properties that describe its ...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
Dielectric properties play an important role in the microwave-assisted application of nonmagnetic ag...
The understanding of the dielectric properties of food material is important for electromagnetic-bas...
A free-space broadband measurement technique is proposed to determine the dielectrics properties of ...
Dielectric properties play an important role in the microwave-assisted application of nonmagnetic ag...
Applications of microwave measurement techniques, including frequency-domain and time-domain methods...
A free-space broadband measurement technique is proposed to determine the dielectrics properties of ...
Use of electromagnetic (EM) fields in the food industry for food inspection as well as sterilization...
WOS: 000225321400007PubMed ID: 15615430The knowledge of the electrical properties of the materials t...
We present a prototype of a microwave measurement system for the estimation of dispersive dielectric...
There is critical demand for rapid, low-cost methods to determine food composition to provide a resp...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
Abstract: Dielectric properties of a material are intrinsic electrical properties that describe its ...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
Dielectric properties play an important role in the microwave-assisted application of nonmagnetic ag...
The understanding of the dielectric properties of food material is important for electromagnetic-bas...
A free-space broadband measurement technique is proposed to determine the dielectrics properties of ...
Dielectric properties play an important role in the microwave-assisted application of nonmagnetic ag...
Applications of microwave measurement techniques, including frequency-domain and time-domain methods...
A free-space broadband measurement technique is proposed to determine the dielectrics properties of ...