A fractal square splits ring resonator (FSSRR) based metamaterial structure for multiband
absorber (MMA) and reflector application has been presented in this paper. The design …

摘要提出了一种新型的多功能超材料滤波器/屏蔽器, 其具有双频段极化独立控制,
多模式可切换等特点. 与传统器件不同的是, 所提出的设计能够独立控制横电(TE) 或横磁(TM) …

This paper discusses a low-profile, planar, efficient, and directed CPW-fed monopole
antenna with a metasurface (MS) for WLAN as well as modern civil and military applications …

The proliferation of wireless communication technologies has led to a surge in the need for
multiband antennas. This study introduces an innovative multiband antenna design that …

Breast tumors are a significant cause to the global death rate among women. However, the
fatality rate can be lowered through early detection. This paper presents an ultra-wideband …

This letter presents a ferrite core-loaded, low-profile antenna for very high frequency (VHF)
communication. The proposed antenna takes the form of a magnetic dipole source on a …

In this paper, a metamaterial inspired meandered line loaded antenna with dual-band
characteristics for wireless applications is presented. Initially, the antenna is loaded with a …

In this paper, a bandwidth-enhanced circularly polarized (CP) all-textile antenna integrated
with a metasurface (MS) is presented for 5.85-GHz wireless body area network (WBAN) …

The growing need for remote healthcare monitoring and personalized treatment has driven
the evolution of Wireless Body Area Networks (WBAN). This paper presents a new …

Gathering the advantages of low profile, high gain, high efficiency, and wideband operation
in a planar antenna is a challenging objective for the antenna designer. Low profile …