Page 151 - 2024-Vol20-Issue2

147 | Badr, Murdas & Aldhahab

TABLE II.
THE OSE OF OPTICAL NANOANTENNAS IN SOME MEDICAL SYSTEMS

Item Ref. Title Proposed Patch Substrate Antenna Application Date
1 Antenna Material Material Characteris- 2019
Bowtie optical Silver tics Biological 2019
[41] “Potential ap- Nano-antennas Dielectric sub- Wavelength imaging and
Gold range (700 to hyperther- 2020
2 plications of A rectangular strate, with 1100 nm) mia therapy 2020
[42] patch array Gold medical 2020
nanoshell bow-tie of optical refractive indices Infrared spec- system. 2021
3 Nanoantennas Gold trum in the 2021
[43] antennas for bio- and Alu- of 1.5 and 1.33 wavelength Robust
Triangular minum ranges from health care
4 logical imaging patch Optical Gold (750 nm to 1 system to
[44] Nanoantenna mm) predict the
and hyperthermia Gold level of
5 Rectangular Operated glucose and
[45] therapy” Nano-antenna Gold at the near- fructose in
infrared the human
6 “Adaptive Rectangular Transparent region with body.
[46] Nanoantenna calcium fluoride (1064 nm)
Method for substrates resonance Medical
7 L- shaped wavelength application
[47] Quantitative optical Nano- Operated to enhance
antenna at the near- tissue tem-
Estimation of infrared re- perature
Optical Nano- gion around control.
Glucose and antenna of rect- (1000nm)
angular patch Wavelength Medical ap-
Fructose Con- spectrum plications hu-
(1167nm) man tissues.
centrations in
The antenna Medical
Aqueous So- is excited systems
with a pulsed using optical
lutions Based sinusoidal nanoantenna.
voltage of
on Infrared input powers Bio-medical
of (20-50) applications,
Nanoantenna mW thermal
Operated ablation
Optics” at a Plasma therapy.
Frequency of
“Thermal re- Silicon carbide 13.35 PHz Bio-medical
dioxide applications.
sponse of skin
Quartz (SiO2)
diseased tis- substrate

sue treated Gallium Arsenide
substrate
by plasmonic
Dielectric sub-
nanoantenna” strate (glass)

“A Sensor Based The dielectric sub-
on Nanoanten- strate with a bi-
nas” functional layer

“Design of opti-
cal antenna oper-
ating at terahertz
frequency for in-
vivo cancer detec-
tion”
“Design and opti-
mization of nano-
antenna for ther-
mal ablation of
liver cancer cells”

“Joint Nanoscale

Communication

and Sensing

Enabled by

Plasmonic Nano-

antennas”