[[abstract]]A full-wave analysis is applied to the scheme of measuring electromagnetic (EM) properties of materials over the frequency range of 0.3-4 GHz using a flanged open-ended coaxial probe. The excitation of complex waves, which include surface waves, radiative waves and radial guided waves in layered material media, is considered. With an accurate theory, this scheme may be used to measure both complex permittivity and permeability of the material simultaneously[[notice]]補正完
This paper descibes a modified open-ended coaxial technique for microwave dielectric characterizatio...
A wide-frequency dielectric spectrum can provide meaningful information that is intimately related t...
The characterization of the dielectric properties of amaterial requires ameasurement technique and i...
This paper describes and evaluates a method for determining complex permittivity, and presents resul...
Abstract. This paper describes and evaluates a method for determining complex permittivity, and pres...
The article is about the development of a new non-destructive microwave method for measuring the ele...
In this paper, the main results of the modeling of an open ended coaxial probe on a thin layer are s...
In this paper a 2.2mm open-ended coaxial probe is selected for a broadband measurement of material p...
EM material characterization at microwave frequencies has a long history, dating from early 1940s. O...
A review of measurement methods of the basic electromagnetic parameters of materials at microwave fr...
Abstract—A new probe for the in situ measurement of the com-plex dielectric constant of materials in...
Techniques based on fixture probes in reflection are used in microwave reflectometry as a novel dia...
Nondestructive evaluation of stratified (layered) composite structures at microwave and millimeter-w...
This paper describes a novel permittivity measurement technique using dual open ended coaxial sensor...
This bachelor thesis deals with the measuring complex permittivity of dielectrics using a coaxial pr...
This paper descibes a modified open-ended coaxial technique for microwave dielectric characterizatio...
A wide-frequency dielectric spectrum can provide meaningful information that is intimately related t...
The characterization of the dielectric properties of amaterial requires ameasurement technique and i...
This paper describes and evaluates a method for determining complex permittivity, and presents resul...
Abstract. This paper describes and evaluates a method for determining complex permittivity, and pres...
The article is about the development of a new non-destructive microwave method for measuring the ele...
In this paper, the main results of the modeling of an open ended coaxial probe on a thin layer are s...
In this paper a 2.2mm open-ended coaxial probe is selected for a broadband measurement of material p...
EM material characterization at microwave frequencies has a long history, dating from early 1940s. O...
A review of measurement methods of the basic electromagnetic parameters of materials at microwave fr...
Abstract—A new probe for the in situ measurement of the com-plex dielectric constant of materials in...
Techniques based on fixture probes in reflection are used in microwave reflectometry as a novel dia...
Nondestructive evaluation of stratified (layered) composite structures at microwave and millimeter-w...
This paper describes a novel permittivity measurement technique using dual open ended coaxial sensor...
This bachelor thesis deals with the measuring complex permittivity of dielectrics using a coaxial pr...
This paper descibes a modified open-ended coaxial technique for microwave dielectric characterizatio...
A wide-frequency dielectric spectrum can provide meaningful information that is intimately related t...
The characterization of the dielectric properties of amaterial requires ameasurement technique and i...