Add to ORKGThe present paper will give an overview of the research on hard surfaces and hard waveguides leading to the wideband ridge gap waveguide. The overview will be supported by both computed and measured results of the performance of hard waveguides and gap waveguides, clearly showing the wide bandwidth and low losses of the latter. This is a major improvement compared to the original hard waveguides, enabled by the wideband parallel-plate cut-off fenomena used for the gap waveguides
This paper presents a study of the characteristic impedance of a ridge gap waveguide. Ridge gap wave...
The paper presents a new waveguide appearing in the air gap between two parallel metal plates. One o...
The gap waveguide technology for millimeter waves applications has been recently presented. The new ...
The present paper will give an overview of the research on hard surfaces and hard waveguides leading...
This paper presents recent advances is a new waveguiding technology referred to as ridge gap wavegui...
The use of periodic elements loading rectangular waveguides to miniaturize them allowing the propaga...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
This study describes the design and experimental verification of the ridge gap waveguide, appearing ...
A study and quantification of losses in ridge gap waveguide, compared to losses in ideal standard re...
A study and quantification of losses in ridge gap waveguide, compared to losses in ideal standard re...
This work presents a numerical study of a topology of gap waveguide referred to as groove-type gap w...
This work presents a numerical study of a topology of gap waveguide referred to as groove-type gap w...
The use of periodic elements loading rectangular waveguides to miniaturize them allowing the propaga...
The gap waveguide is a new technology that recently has been presented as an attractive candidate fo...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
This paper presents a study of the characteristic impedance of a ridge gap waveguide. Ridge gap wave...
The paper presents a new waveguide appearing in the air gap between two parallel metal plates. One o...
The gap waveguide technology for millimeter waves applications has been recently presented. The new ...
The present paper will give an overview of the research on hard surfaces and hard waveguides leading...
This paper presents recent advances is a new waveguiding technology referred to as ridge gap wavegui...
The use of periodic elements loading rectangular waveguides to miniaturize them allowing the propaga...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
This study describes the design and experimental verification of the ridge gap waveguide, appearing ...
A study and quantification of losses in ridge gap waveguide, compared to losses in ideal standard re...
A study and quantification of losses in ridge gap waveguide, compared to losses in ideal standard re...
This work presents a numerical study of a topology of gap waveguide referred to as groove-type gap w...
This work presents a numerical study of a topology of gap waveguide referred to as groove-type gap w...
The use of periodic elements loading rectangular waveguides to miniaturize them allowing the propaga...
The gap waveguide is a new technology that recently has been presented as an attractive candidate fo...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
This paper presents a study of the characteristic impedance of a ridge gap waveguide. Ridge gap wave...
The paper presents a new waveguide appearing in the air gap between two parallel metal plates. One o...
The gap waveguide technology for millimeter waves applications has been recently presented. The new ...