[HTML][HTML] Enabling broadband efficient beam splitting based on ultra-thin reflecting metasurfaces
J Li, Y Sun, H Fan, X Wang, H Ye, Y Liu - Results in Physics, 2023 - Elsevier
In this paper, we present a scheme for achieving broadband efficient beam splitting based
on homogeneous ultra-thin metasurfaces, which is composed of an ultrathin dielectric …
on homogeneous ultra-thin metasurfaces, which is composed of an ultrathin dielectric …
[HTML][HTML] Implementation of Ag/SiO2 nanofilms for metamaterial engineering
P Prepelita, F Garoi, M Dumitru, V Craciun - Results in Physics, 2022 - Elsevier
Low dimensions of the nanostructured thin films are essential in applications of miniaturized
optical systems. Noble metal thin films of different thicknesses (4–10 nm) were obtained by …
optical systems. Noble metal thin films of different thicknesses (4–10 nm) were obtained by …
A novel automated framework for water impurity detection
Proposed work involves the development of algorithm and computer simulation of a
Hexagonal Ring Structure-based photonic sensor for the detection of harmful water …
Hexagonal Ring Structure-based photonic sensor for the detection of harmful water …
[HTML][HTML] A broadband asymmetric microwave metamaterial based on LC and standing-wave resonances
H Sedghi, H Rezazadeh - Physics Letters A, 2020 - Elsevier
Three metamaterial samples were simulated, numerically analyzed, and fabricated with
different resonator lengths on similar unit cells. According to the results in addition to …
different resonator lengths on similar unit cells. According to the results in addition to …
Tuning of the Plasmonic Response Gold and Aluminum Nanoarrays for Sensing Applications
Nanoarrays are at the forefront of research and commercial plasmonic devices. The shape,
size, periodicity and material of the structures in nanoarrays determine their optical …
size, periodicity and material of the structures in nanoarrays determine their optical …