Looking for alterable metamaterials, whose electromagnetic properties can be dynamically
and real-time controlled, has attracted a great attention recently. In this paper, we present a …

Metamaterial absorbers with excellent absorption properties and real-time tunability are
desirable for practical applications. In this paper, we design and numerically investigate a …

Looking for a metamaterial, which can operate over a broad frequency band, has been
indispensable towards promising applications. In this report, we propose a simple approach …

It is well known that, together with the plasma behavior of continuous wires, the use of cut-
wire pair as a metamagnetic component is to drive the negative permeability in the left …

We demonstrate that using single-sized dielectric resonators, all-dielectric left-handed
metamaterial (LHM) can be achieved in the C-band microwave regime. The single-sized …

We introduce a simple but general mechanism to realize the dual magnetic resonance
exhibiting a broadband negative permeability. A satisfactory explanation, based on the …

There is an increased interest to create artificial magnetic metamaterials that show a
negative permeability over a wide frequency range. In this paper, we experimentally and …

We numerically study a metamaterial structure with unit cells composed of two silver rods
standing on a silver plate. While no left-handed behaviour is observed in the case of a single …

The transfer-matrix method and finite-integration simulations show how the transmission
properties of combined metamaterials, which consist of metallic cut-wire pairs and …

A kind of planar left-handed metamaterial (LHM) with unique configurations is demonstrated,
which offers an approach in building dual-band negative-index materials. Simulated and …