[[abstract]]A recently developed evanescent microwave probe (EMP) technique combined with systematically quantitative analyses is demonstrated. We use a three-dimensional (3D) finite element simulation to model the electromagnetic field inside the resonant cavity and inside the sample near the tip. We also proposed an analysis model for the sample's quality factor (Q), which is usually hindered by the conductor losses of the resonator. Measurement on various dielectric samples agrees very well with the theoretical model, demonstrating the validity of analyses for the EMP resonator and providing a possibility for dielectric imaging the surface of the samples with high resolution.[[notice]]補正完
Open-ended coaxial line probes (OCs) are systematically analyzed by means of numerical 3-D finite el...
This article proposes a new method to determine the permittivity of dielectric resonator materials. ...
Dielectric materials are the backbone of all high frequency communicatiol1 devices and circuits. The...
It is important to be able to accurately evaluate the electrical properties of dielectric materials ...
An essential step for studying and efficiently exploiting microwave fields in materials processing i...
[[abstract]]A three-dimensional (3D) finite element simulation was performed to model the behavior o...
Microwave characterization is an important tool to characterize different materials precisely and of...
The impact of dielectric constant on radiation efficiency of embedded antenna is investigated both a...
Abstract—A new probe for the in situ measurement of the com-plex dielectric constant of materials in...
The Scanning Microwave Microscopy (SMM) is a novel tool providing the ability to perform broad band...
The article is about the development of a new non-destructive microwave method for measuring the ele...
A widely used analytical, image charge, model of the SNMM was analysed for the first time in terms o...
In microwave communications, the main aspects for affecting the dielectric losses in the materials a...
Near field microwave imaging is based on transmitting a wave into a dielectric structure, which is l...
A quantitative analysis of the dielectric properties of a multiphase sample using a scanning microwa...
Open-ended coaxial line probes (OCs) are systematically analyzed by means of numerical 3-D finite el...
This article proposes a new method to determine the permittivity of dielectric resonator materials. ...
Dielectric materials are the backbone of all high frequency communicatiol1 devices and circuits. The...
It is important to be able to accurately evaluate the electrical properties of dielectric materials ...
An essential step for studying and efficiently exploiting microwave fields in materials processing i...
[[abstract]]A three-dimensional (3D) finite element simulation was performed to model the behavior o...
Microwave characterization is an important tool to characterize different materials precisely and of...
The impact of dielectric constant on radiation efficiency of embedded antenna is investigated both a...
Abstract—A new probe for the in situ measurement of the com-plex dielectric constant of materials in...
The Scanning Microwave Microscopy (SMM) is a novel tool providing the ability to perform broad band...
The article is about the development of a new non-destructive microwave method for measuring the ele...
A widely used analytical, image charge, model of the SNMM was analysed for the first time in terms o...
In microwave communications, the main aspects for affecting the dielectric losses in the materials a...
Near field microwave imaging is based on transmitting a wave into a dielectric structure, which is l...
A quantitative analysis of the dielectric properties of a multiphase sample using a scanning microwa...
Open-ended coaxial line probes (OCs) are systematically analyzed by means of numerical 3-D finite el...
This article proposes a new method to determine the permittivity of dielectric resonator materials. ...
Dielectric materials are the backbone of all high frequency communicatiol1 devices and circuits. The...