… Amiri et al. combined the Sierpinski curve with the Minkowski fractal on 1.6 mm thick FR-4, …
The reason can be the small alteration in the width of the copper pattern slightly affects the …

… multiband/broadband absorbers with a small lattice size (≤ λ0/… Two pairs of Minkowski fractal
patches, alternately arranged … ture tri-wideband Sierpinski–Minkowski fractals metamaterial …

… ] can be used to create small absorber cells that are suitable … combination of the Sierpinski
curve and Minkowski fractal (see … of a perfect tri-wideband metamaterial absorber that covers …

… Being incident and polarization angle insensitive are crucial characteristics of metamaterial
perfect absorbers due to the variety of incident signals. In the case of incident angles …

… the center of each structure remains very small. In Figure 5, the … design of novel triple-band
terahertz metamaterial absorber for … metamaterial absorber based on the modified Minkowski …

… -wide absorption band metamaterial perfect absorber (MPA) … Furthermore, the structure is
reasonably low-cost and small … ture tri-wide band sierpinski-minkowski fractals metamaterial …

… fractal geometry has different effects on multiband/wideband … known as the Sierpinski
triangle and the Sierpinski sieve. One … Minkowski Island The Minkowski fractal design is divided …

… To meet the demanding requirements of small dimensions at low frequency, SOLs are
first … convoluted into Sierpinski–Minkowski fractals are used to design a miniaturized triple-band …

… fractal structure such as Sierpinski, Koch, Hilbert, Minkowski, … fractal geometries described
in this section are Sierpinski … set fractal antenna is developed for wideband applications which …

… Generally, the wideband response can be achieved using … element allowed the wideband
frequency response to be … comprises a combination of the Koch fractal on the inner and outer …