Design and SAR analysis of a dual band wearable antenna for WLAN applications
This paper presents the design of three types of dual band (2.5 & 5.2 GHz) wearable
microstrip patch antennas. The first one is based on a conventional ground plane, whereas …
microstrip patch antennas. The first one is based on a conventional ground plane, whereas …
Reduction of 5G cellular network radiation in wireless mobile phone using an asymmetric square shaped passive metamaterial design
This study aims to demonstrate the feasibility of metamaterial application in absorption
reduction of 5G electromagnetic (EM) energy in the human head tissue. In a general sense …
reduction of 5G electromagnetic (EM) energy in the human head tissue. In a general sense …
Specific absorption rate reduction for sub-6 frequency range using polarization dependent metamaterial with high effective medium ratio
This research study introduces a multi-layered square-shaped metamaterial (MSM) structure
for the electromagnetic (EM) absorption reduction in wireless mobile devices. Usually …
for the electromagnetic (EM) absorption reduction in wireless mobile devices. Usually …
A multifunctional ultrathin flexible bianisotropic metasurface with miniaturized cell size
In this paper, a flexible bianisotropic metasurface possessing omega-type coupling is
presented. The designed metasurface behaves differently when excited from either forward …
presented. The designed metasurface behaves differently when excited from either forward …
[PDF][PDF] A triple-band antenna with a metamaterial slab for gain enhancement and specific absorption rate (SAR) reduction
I Rosaline - Prog. Electromagn. Res. C, 2021 - jpier.org
A compact triple-band antenna of size 20× 13× 1. 6 mm3 for WLAN (2.4/5GHz) and WiMAX
(3.5 GHz) applications and a metamaterial slab for Specific Absorption Rate (SAR) reduction …
(3.5 GHz) applications and a metamaterial slab for Specific Absorption Rate (SAR) reduction …
Flexible Meta-Patch Rectenna Array for Energizing Low-Power Wearable Medical Sensors
This article presents a low-cost metasurface-based rectenna array operating at the 2.45 GHz
industrial, scientific, and medical (ISM) band, designed to power low-power wearable …
industrial, scientific, and medical (ISM) band, designed to power low-power wearable …
A Review on Metamaterial Used in Antennas Design: Advantages and Challenges
H Al-Tayyar, YM Ali - Al-Rafidain Engineering Journal, 2024 - rengj.mosuljournals.com
Metamaterial (MTM) is an artificial structure with electromagnetic specifications that are not
available in materials naturally, as it acquires its distinctive characteristics from its shape. For …
available in materials naturally, as it acquires its distinctive characteristics from its shape. For …
A novel wearable monopole antenna with controlled SAR using metamaterial
K Ramasamy, BA Sapna… - International Journal of …, 2023 - cambridge.org
This article presents a flexible wearable KIT monopole antenna for biomedical application. A
metamaterial unit cell is proposed to improve the antenna performance. The proposed …
metamaterial unit cell is proposed to improve the antenna performance. The proposed …
Miniaturized ultra-thin metamaterial absorber for low frequency using the technique of shifted opposite layers
B Fu, GB Wan, X Ma, YX Chen, XH Jiao… - Journal of Applied …, 2022 - pubs.aip.org
A technique of interdigital shifted opposite layers (SOLs) to design the miniaturized ultra-thin
metamaterial absorber (MA) is proposed in this article. To meet the demanding requirements …
metamaterial absorber (MA) is proposed in this article. To meet the demanding requirements …
EBG Integrated Metasurface Antenna for SAR Reduction
This research article presents an innovative design of a textile-based microstrip patch
antenna with a metasurface for medical applications. The antenna is designed to operate at …
antenna with a metasurface for medical applications. The antenna is designed to operate at …