Usak University Journal of Engineering Sciences

Usak University Journal of Engineering Sciences

DESIGN AND SIMULATION ANALYSIS OF A TEXTILE BASED METAMATERIAL PERFECT ABSORBER FOR ENERGY HARVESTING APPLICATIONS AT WIFI BAND

Yazarlar: Murat ERCAN, Gamze TETİK, Muharrem KARAASLAN

Cilt 4 , Sayı 2 , 2021 , Sayfalar 124 - 131

Konular:Mühendislik, Ortak Disiplinler

DOI:10.47137/uujes.1037884

Anahtar Kelimeler:Metamaterials,Energy harvesting,Electronic textiles,Perfect absorber,Wifi band

Özet: Metamaterials, which are called as left-handed materials, exhibit electromagnetic properties that do not exist in nature, such as negative refractive index and reverse Doppler effect, at the frequency range for which they are designed. These unique properties of metamaterials have made them indispensable in a wide variety of applications such as sensor applications, signal absorption, antenna, and energy harvesting. In this study, the design and analysis of a metamaterial (MTM) perfect absorber at 5 GHz frequency band were performed to investigate the usability of the proposed structure in energy harvesting applications. The results of the study revealed that the proposed MTM structure has potentials to be used in energy harvesting applications.


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BibTex
KOPYALA
@article{2021, title={DESIGN AND SIMULATION ANALYSIS OF A TEXTILE BASED METAMATERIAL PERFECT ABSORBER FOR ENERGY HARVESTING APPLICATIONS AT WIFI BAND}, volume={4}, number={124–131}, publisher={Usak University Journal of Engineering Sciences}, author={Murat ERCAN,Gamze TETİK,Muharrem KARAASLAN}, year={2021} }
APA
KOPYALA
Murat ERCAN,Gamze TETİK,Muharrem KARAASLAN. (2021). DESIGN AND SIMULATION ANALYSIS OF A TEXTILE BASED METAMATERIAL PERFECT ABSORBER FOR ENERGY HARVESTING APPLICATIONS AT WIFI BAND (Vol. 4). Vol. 4. Usak University Journal of Engineering Sciences.
MLA
KOPYALA
Murat ERCAN,Gamze TETİK,Muharrem KARAASLAN. DESIGN AND SIMULATION ANALYSIS OF A TEXTILE BASED METAMATERIAL PERFECT ABSORBER FOR ENERGY HARVESTING APPLICATIONS AT WIFI BAND. no. 124–131, Usak University Journal of Engineering Sciences, 2021.