(a) Bending analysis and (b) Input reflection coefficient performance after bending of the anticipated antenna.

<p>(a) Bending analysis and (b) Input reflection coefficient performance after bending of the anticipated antenna.</p>

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Bibliographic Details
Main Author:	Aparna Singh (792949) (author)
Other Authors:	R. K. Dwivedi (21144376) (author), Vinod Kumar Singh (14551137) (author), Manish Sharma (429159) (author), Kanhaiya Sharma (20108292) (author), Bulent Yilmaz (21144379) (author)
Published:	2025
Subjects:	Biotechnology Infectious Diseases Space Science Chemical Sciences not elsewhere classified Information Systems not elsewhere classified timely medical intervention several bending conditions safe exposure levels omnidirectional radiation patterns lowering mortality rates key aspects divulge impressive impedance bandwidth flat human phantom detect diseases efficaciously diverse medical applications breast phantom model extensive frequency range necessitates early diagnosis ameliorate early diagnosis proposed antenna employs breast cancer detection advanced healthcare applications flexible design promises antenna &# 8217 early diagnosis breast cancer wearable applications resonance frequency healthcare monitoring &# 8722 antenna optimized antenna achieves xlink "> work related wearable antennas tackling challenges section presents sar values research establishes peak gain findings establish excellent execution efficient solution dominant cause compact dimensions combining safety authenticates directional 95 ghz 8 ghz 8 db 774 w 712 w 48 ghz 35 ghz 201 w 16 db 156 %. 152 w 10 gm
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