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Metamaterials in Antenna Design
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Metamaterials in 5G Antenna Designs: A Bibliometric Survey

Profile image of Hema RautHema Raut

2021

Abstract

The demand of high gain and wideband compact antenna designs are gaining importance to fulfil the need of 5G communication systems. This has opened the doors for the researchers to explore 5G antennas incorporating metamaterials as they can meet the requirement of high gain and wideband compact antennas. Overview of various metamaterial-based antenna designs including Electromagnetic Band Gap (EBG), artificial Magnetic Conductor (AMC), Frequency Selective Surface (FSS) and Partially Reflective Surface (PRS) are discussed in the paper. The paper primarily focuses on bibliometric survey of various types of 5G metamaterial antennas in terms of number of documents published, leading universities actively involved in the related research, distribution of documents in different areas, major contribution of authors and leading journal publishing the documents. Scopus database from 1st September 2014 till date is used to carry out this bibliometric survey. The statistical data presented in ...

Figures (13)
structure [Picchio et al. 2020].
structure [Picchio et al. 2020].
increases [Krzysztofik et al. 2014a, Krzysztofik et al. 2013b, Krzysztofik et al. 2017c]. ), it is observed that as the size of the inclusion decreases the order of Hilbert fractal curve
increases [Krzysztofik et al. 2014a, Krzysztofik et al. 2013b, Krzysztofik et al. 2017c]. ), it is observed that as the size of the inclusion decreases the order of Hilbert fractal curve
Figure 3: Number of documents published per year
Figure 3: Number of documents published per year
antenna designs indicating its significance.
antenna designs indicating its significance.
Figure 5: Bar chart of number of documents published by top ten universities
Figure 5: Bar chart of number of documents published by top ten universities
Figure 6: Number of documents published per year in various journals
Figure 6: Number of documents published per year in various journals
Figure 7: The bar chart of research contribution by top ten authors
Figure 7: The bar chart of research contribution by top ten authors
Table 1: Number of documents published by Countries/Territories
Table 1: Number of documents published by Countries/Territories
Figure 8: Distribution of documents by subject area
Figure 8: Distribution of documents by subject area
researchers. This paper presented a design of 5G antenna incorporating EBG structure capable
researchers. This paper presented a design of 5G antenna incorporating EBG structure capable
7. Conclusion
7. Conclusion

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References (55)

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