Fig 17 -

Fig 17 -

<p>Visualization of the /H/-field distributions in the metamaterial structure at 0.965 THz: (a) Real components, (b) Imaginary components.</p>

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Bibliographic Details
Main Author:	Musa N. Hamza (20536659) (author)
Other Authors:	Mohammad Tariqul Islam (7854059) (author), Sunil Lavadiya (20536662) (author), Iftikhar ud Din (20536665) (author), Bruno Sanches (20536668) (author), Slawomir Koziel (6264128) (author), Syeda Iffat Naqvi (20536671) (author), Ali Farmani (20536674) (author), Md. Shabiul Islam (20536677) (author)
Published:	2025
Subjects:	Medicine Cell Biology Biotechnology Developmental Biology Cancer Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified recently shown promise recent literature indicates major performance indicators individual working frequencies improves success rates geometry parameters allow enhances treatment outcomes device &# 8217 although various techniques 95 %) across xlink "> cancer bone marrow cells top layer serving frequency imaging techniques blood cancer identification innovative terahertz metamaterial blood cancer diagnosis normal blood cells blood cancer cancerous cells microwave imaging dielectric layer accurate diagnosis wave electromagnetic two aluminum time monitoring studies underscore steadily increasing significant threats research proposes refractive index proposed structure polyethylene terephthalate operating bands inherent similarities includes assessing human health highly competitive extensively evaluated environmental factors electric field early detection detect abnormalities constructed using challenging due careful design biomedical applications based biosensor art biosensors architectural arrangement aggressive forms
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