The application of higher order symmetry to waveguide design is an active field and is showing evidence of improvement over traditional waveguide designs. There are two forms of higher symmetry: glide symmetry and twist symmetry. Glide and twist symmetry have previously been applied to bounded waveguide, and a recent work applied glide symmetry to the design of a dielectric slab waveguide. This work is the first application of twist symmetry to the design of a dielectric waveguide. In this work a twist symmetric dielectric rod waveguide was designed and simulated using the eigenmode, truncated structure and multimode method. The twist symmetric dielectric rod waveguide is demonstrated to have stopbands, analogous to those demonstrated in me...
There are considered two types of orthogonal twists, whose transforming units are formed into square...
In this article, a number of guiding structures are proposed which take advantage of higher symmetri...
The Multimodal Transfer Matrix Method (MMTMM) is a hybrid method to compute the propagation constant...
In this thesis, periodic structures with higher symmetries symmetries are discussed. The main focus ...
We propose a circular twist-symmetric dielectric waveguide that is polarization-selective.In the pr...
The new generation of wireless communication networks intends to support data rate of Gbit/s. One so...
In this thesis, periodic structures with higher symmetries are studied. Their wave propagation chara...
A mode-matching formulation is presented and used to analyze the dispersion properties of twist-sym...
The goal of this project was to design a lens utilisinga glide symmetric periodic structure. A Lüneb...
This article belongs to the Special Issue Antennas and PropagationRecently, there has been an increa...
In recent years, a new field of study has arisen around theapplication of the so-called higher symme...
This thesis focuses on the understanding and computation of the dispersion properties of periodic st...
Here we propose the use of twist and glide symmetries to increase the equivalent refractive index in...
Periodic structures are an emerging field in nowadays's microwave designs. These structures have bee...
There are more connected wireless devices than everbefore and with the rise of new smart systems suc...
There are considered two types of orthogonal twists, whose transforming units are formed into square...
In this article, a number of guiding structures are proposed which take advantage of higher symmetri...
The Multimodal Transfer Matrix Method (MMTMM) is a hybrid method to compute the propagation constant...
In this thesis, periodic structures with higher symmetries symmetries are discussed. The main focus ...
We propose a circular twist-symmetric dielectric waveguide that is polarization-selective.In the pr...
The new generation of wireless communication networks intends to support data rate of Gbit/s. One so...
In this thesis, periodic structures with higher symmetries are studied. Their wave propagation chara...
A mode-matching formulation is presented and used to analyze the dispersion properties of twist-sym...
The goal of this project was to design a lens utilisinga glide symmetric periodic structure. A Lüneb...
This article belongs to the Special Issue Antennas and PropagationRecently, there has been an increa...
In recent years, a new field of study has arisen around theapplication of the so-called higher symme...
This thesis focuses on the understanding and computation of the dispersion properties of periodic st...
Here we propose the use of twist and glide symmetries to increase the equivalent refractive index in...
Periodic structures are an emerging field in nowadays's microwave designs. These structures have bee...
There are more connected wireless devices than everbefore and with the rise of new smart systems suc...
There are considered two types of orthogonal twists, whose transforming units are formed into square...
In this article, a number of guiding structures are proposed which take advantage of higher symmetri...
The Multimodal Transfer Matrix Method (MMTMM) is a hybrid method to compute the propagation constant...