In this dataset, simulation files are provided that validate and verify a new technique to characterize 2D materials in terms of their surface conductivity.A microwave waveguide loaded by a thin conductive strip is simulated by two modelling tools (CST and Feko). Modelling files and results for both tools are provided.sigma = (0.01-j0.01 )S/m is 50+50j Ohmssigma = (0.001-j0.001 )S/m is 500+500j Ohms</div
This paper describes a comparative study on the modeling of a thin conductive dielectric layer usual...
Numerical techniques for calculating modal fields, cutoff frequencies, and dispersion characteristic...
During recent years, technology to respond the high demand for high-speed data transmission has deve...
<p>Almost all simulations are done with FEKO which is a commercial full wave electromagnetic tool. E...
The paper discusses characteristics of a new modeling-based technique for determining dielectric pro...
Making up a microwave simulator is tried, which has an analysis method based on the finite-element m...
The microstrip transmission line numerical model is used to search out the relative permittivity and...
A new method to measure the surface conductivity σs of thin conductors has been recently proposed, t...
Designing electro-textile antenna requires complex analysis as the material cannot be simply modeled...
A simple and accurate method to measure the complex sheet impedance of thin conductive films on diel...
To determine the dielectric permittivity of materials in a wide frequency range with the automation ...
The application of conductive polymers, e.g. PEDOT or PPy, for microwave applications has been resea...
An improved microwave method to extract the complex permittivity of solid and liquid materials fille...
<p>Simulated transmission coefficient at the thickness of 0.50 mm, 0.76 mm, 1.00 mm, 1.20 mm, 1.40 m...
Abstract: In this paper a method for estimating the unknown loaded impedance in transmission lines a...
This paper describes a comparative study on the modeling of a thin conductive dielectric layer usual...
Numerical techniques for calculating modal fields, cutoff frequencies, and dispersion characteristic...
During recent years, technology to respond the high demand for high-speed data transmission has deve...
<p>Almost all simulations are done with FEKO which is a commercial full wave electromagnetic tool. E...
The paper discusses characteristics of a new modeling-based technique for determining dielectric pro...
Making up a microwave simulator is tried, which has an analysis method based on the finite-element m...
The microstrip transmission line numerical model is used to search out the relative permittivity and...
A new method to measure the surface conductivity σs of thin conductors has been recently proposed, t...
Designing electro-textile antenna requires complex analysis as the material cannot be simply modeled...
A simple and accurate method to measure the complex sheet impedance of thin conductive films on diel...
To determine the dielectric permittivity of materials in a wide frequency range with the automation ...
The application of conductive polymers, e.g. PEDOT or PPy, for microwave applications has been resea...
An improved microwave method to extract the complex permittivity of solid and liquid materials fille...
<p>Simulated transmission coefficient at the thickness of 0.50 mm, 0.76 mm, 1.00 mm, 1.20 mm, 1.40 m...
Abstract: In this paper a method for estimating the unknown loaded impedance in transmission lines a...
This paper describes a comparative study on the modeling of a thin conductive dielectric layer usual...
Numerical techniques for calculating modal fields, cutoff frequencies, and dispersion characteristic...
During recent years, technology to respond the high demand for high-speed data transmission has deve...