The capability of a magnetodielectric superstrate to suppress the surface wave propagation
is investigated. It is shown that the capacitively loaded loop (CLL) metamaterial (MTM) …

In this paper, a ε-negative metasurface superstrate is proposed for mutual coupling
reduction of large antenna arrays. Unlike the previous decoupling metasurface works that …

We propose a concept using a frequency-dependent property (dielectric relaxation) of
dielectric materials to enhance the bandwidth of the antenna widely used in wireless …

The growing demand for low-profile, efficient compact antennas with reconfigurable
characteristics has prompted antenna engineers to use novel materials in place of …

In this work, a generalized design approach to compact, wideband multi‐resonant microstrip
patch antenna is proposed. Theoretical criterion of the length of the prototype dipole is laid …

Magnetic materials are anticipated to address the bandwidth and size limitations of dielectric
resonant antennas (DRAs) to fulfill the application demands of 5G base station antennas …

This title provides a unique theoretical framework for multi-mode resonant antennas and
different approaches to their implementation, with an emphasis on mode gauge functionality …

The capability of complementary capacitively loaded loop (CCLL) metamaterial (MTM) to
miniaturise printed slot antenna is examined. This study presents a planar compact antenna …

This paper presents a solution to overcome the inherently limited bandwidth of substrate-
integrated waveguide (SIW) slot antennas. It is analytically shown that by decreasing the …

In this study, the effect of loading microstrip antenna using epsilon near zero (ENZ)
metamaterial is investigated. It is known that ENZ material may help to improve the …