… Using SLG and 4-layer graphene, the proposed structure for tunable plasmon-induced
transparency has a simple fabrication [78]. The first three rectangular gold nanorings with …

… In this paper, a tunable graphene metamaterial with a ring–semiring pair coupling
structure was proposed to achieve the plasmon-induced transparency (PIT) effect at terahertz …

… , we have proposed tunable PIT and multispectral transparency with plasmonic metamaterials,
… are investigated in our proposed graphene metamaterial design. The calculated group …

… This paper proposes a metamaterial structure that is composed of two parallel … ring based
on a Dirac semimetallic film. The plasmon-induced transparency based on the metamaterial …

… a tunable ultra-broadband PIT system is ideal for a variety of applications. … a tunable PIT
effect with ultra-broadband based on asymmetric split-ring resonator of BDS metamaterial …

… of plasmon induced transparency (PIT) is realized in patterned graphene metamaterial
through different carrier mobility, which is composed of two strips and a split ring resonator (SRR). …

… graphene metamaterial structure based on tunable terahertz plasmon-induced transparency
(… This work will diversify the designs for versatile tunable terahertz devices and micro-nano …

… a metamaterial composed of four graphene-strips and one graphene-square-ring is proposed
to realize tunable … of four graphene-strips and one graphene-square-ring was proposed in …

… metamaterial for THz plasmon induced transparency (PIT) is presented and numerically studied
in this paper, which consists of … of three identical rings. [16] However, as far as metals are …

… In this work, a bilayer graphene periodic metamaterial composed of graphene double-strips
and square-ring is proposed to realize tunable PIT, where the results of CMT are in good …