This paper deals with the effective complex permittivity determination of low-loss 3Dprinted artificial dielectric substrate based on a cross unit cell. The two resonators working withTE011 and TM010 modes suitable for a uniaxial anisotropy determination are compared with thetransmission / reflection waveguide method. To evaluate the methods’ performance, the eigenmodeanalysis is carried out to provide precise reference values
The split dielectric resonator technique makes it possible to measure the real part of permittivity ...
The split dielectric resonator technique makes it possible to measure the real part of permittivity ...
Characterization of dielectric material can be done by the nondestructive method of microstrip strai...
This paper deals with the effective complex permittivity determination of low-loss 3Dprinted artific...
This paper proposes closed-form analytical models for the determination of the effective relative pe...
A new configuration of dielectric loaded resonator, particularly versatile for the complex permittiv...
3D-printer materials are becoming increasingly appealing, especially for high frequency applications...
3D-printer materials are becoming increasingly appealing, especially for high frequency applications...
Additive manufacturing has brought a technological revolution which up to now has shown only glimpse...
Additive manufacturing has brought a technological revolution which up to now has shown only glimpse...
In this study, the characterisation of three-dimensional (3D)-printed substrates in terms of relativ...
Based on the existing methods of measuring the dielectric characteristics of materials, the most opt...
Resonant methods are well known for their accuracy in determining the complex permittivity of materi...
Characterization of dielectric material can be done by the nondestructive method of microstrip strai...
A two-step measurement procedure has been proposed for measurement of complex permittivity of dielec...
The split dielectric resonator technique makes it possible to measure the real part of permittivity ...
The split dielectric resonator technique makes it possible to measure the real part of permittivity ...
Characterization of dielectric material can be done by the nondestructive method of microstrip strai...
This paper deals with the effective complex permittivity determination of low-loss 3Dprinted artific...
This paper proposes closed-form analytical models for the determination of the effective relative pe...
A new configuration of dielectric loaded resonator, particularly versatile for the complex permittiv...
3D-printer materials are becoming increasingly appealing, especially for high frequency applications...
3D-printer materials are becoming increasingly appealing, especially for high frequency applications...
Additive manufacturing has brought a technological revolution which up to now has shown only glimpse...
Additive manufacturing has brought a technological revolution which up to now has shown only glimpse...
In this study, the characterisation of three-dimensional (3D)-printed substrates in terms of relativ...
Based on the existing methods of measuring the dielectric characteristics of materials, the most opt...
Resonant methods are well known for their accuracy in determining the complex permittivity of materi...
Characterization of dielectric material can be done by the nondestructive method of microstrip strai...
A two-step measurement procedure has been proposed for measurement of complex permittivity of dielec...
The split dielectric resonator technique makes it possible to measure the real part of permittivity ...
The split dielectric resonator technique makes it possible to measure the real part of permittivity ...
Characterization of dielectric material can be done by the nondestructive method of microstrip strai...