Add to ORKGIn the open technical literature, accurate models for the electromagnetic properties of high impedance surfaces made by square metallic patches have been developed and presented. In this contribution, accurate design formulas for high impedance surfaces made by an array of circular, metallic patches are presented. The analytical model takes into account the coupling between adjacent patches in the array in the case of normally incident plane waves. The results obtained using the analytical model are compared with numerical simulations showing a very good agreement with an accuracy to within 4%
In this paper, analytical modeling of natural modes is proposed for the rapid and accurate analysis ...
In this work, a metasurface consisting of an array of circular holes in a metal conducting sheet wit...
In this work, a metasurface consisting of an array of circular holes in a metal conducting sheet wit...
In the open technical literature, accurate models for the electromagnetic properties of high impedan...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
Simple analytical formulas are introduced for the grid impedance of electrically dense arrays of squ...
Abstract|New arti cial reactive impedance surfaces have been recently suggested by Sievenpiper et al...
Among the variety of artificial periodic impedance surfaces proposed and studied in the last decade,...
Among the variety of artificial periodic impedance surfaces proposed and studied in the last decade,...
Among the variety of artificial periodic impedance surfaces proposed and studied in the last decade,...
In this paper, analytical modeling of natural modes is proposed for the rapid and accurate analysis ...
In this paper, analytical modeling of natural modes is proposed for the rapid and accurate analysis ...
In this work, a metasurface consisting of an array of circular holes in a metal conducting sheet wit...
In this work, a metasurface consisting of an array of circular holes in a metal conducting sheet wit...
In the open technical literature, accurate models for the electromagnetic properties of high impedan...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
In this paper, we consider a dense array of metallic circular patches printed on a electrically thin...
Simple analytical formulas are introduced for the grid impedance of electrically dense arrays of squ...
Abstract|New arti cial reactive impedance surfaces have been recently suggested by Sievenpiper et al...
Among the variety of artificial periodic impedance surfaces proposed and studied in the last decade,...
Among the variety of artificial periodic impedance surfaces proposed and studied in the last decade,...
Among the variety of artificial periodic impedance surfaces proposed and studied in the last decade,...
In this paper, analytical modeling of natural modes is proposed for the rapid and accurate analysis ...
In this paper, analytical modeling of natural modes is proposed for the rapid and accurate analysis ...
In this work, a metasurface consisting of an array of circular holes in a metal conducting sheet wit...
In this work, a metasurface consisting of an array of circular holes in a metal conducting sheet wit...