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LiF-Ag-Si-TMDs based long-range SPR sensor in visible and NIR spectrum
Four types of sensor structures are considered in this study: S1 (prism/Ag/SM), S2
(prism/LiF/Ag/SM), S3 (prism/LiF/Ag/Si/SM), and S4 (prism/LiF/Ag/Si/TMDs/SM), at six …
(prism/LiF/Ag/SM), S3 (prism/LiF/Ag/Si/SM), and S4 (prism/LiF/Ag/Si/TMDs/SM), at six …
Demonstration of graphene-assisted tunable surface plasmonic resonance sensor using machine learning model
This work illustrates the viability of optics ideas using a machine learning (ML) technique to
choose the optimal SPR sensor for a particular set of structural parameters. Particle swarm …
choose the optimal SPR sensor for a particular set of structural parameters. Particle swarm …
Comparative study of effect of add layer on the field and reflectance parameters of plasmonic structure
In this research article, we have theoretically studied the effects of add layer on the
reflectance spectra and field-dependent performance parameter of considered surface …
reflectance spectra and field-dependent performance parameter of considered surface …
Black phosphorus mediated long-range SPR imaging sensor with ultrahigh imaging sensitivity, penetration depth and figure of merit
In this paper, we proposed a black phosphorus (BP) mediated long-range surface plasmon
resonance (LRSPR) imaging sensor (Structure: 2S2G prism/Teflon/Ag/BP/Sensing medium) …
resonance (LRSPR) imaging sensor (Structure: 2S2G prism/Teflon/Ag/BP/Sensing medium) …
Comparative Analysis of Different Dielectric Buffer Layer in a Highly Sensitive Long-Range Surface Plasmon Resonance Imaging Sensor Having PtSe2 and Heterostructure of …
This manuscript presents a Kretschmann configured long-range surface plasmon resonance
(LRSPR) imaging sensor (structure: 2S2G prism-MgF2-Ag-PtSe2-BlueP/MoS2-SM) …
(LRSPR) imaging sensor (structure: 2S2G prism-MgF2-Ag-PtSe2-BlueP/MoS2-SM) …
Design and analysis of D-shaped fiber optic plasmonic sensors using triangular corrugation of silver: transmittance and field analysis
In this study, the wave optics module of COMSOL Multiphysics is used to simulate a D-
shaped optical fibre plasmonic sensor with triangular corrugation structures made of silver …
shaped optical fibre plasmonic sensor with triangular corrugation structures made of silver …
Study of effect of nanomaterial above the add layer on performance parameters of plasmonic structure
In this paper, we explored the effect of adding a nanomaterial layer above the add layer on
performance parameter of the considered plasmonic structures (conventional, four and five …
performance parameter of the considered plasmonic structures (conventional, four and five …
Design and analysis of D-shaped fiber optic plasmonic sensors using planar and grating structure of silver and gold
In this paper, a D-shaped optical fiber plasmonic sensor using planar and grating structures
of silver and gold metals is simulated using the finite element method under the wave optics …
of silver and gold metals is simulated using the finite element method under the wave optics …
Analysis of Sinusoidal Silver Corrugation over D-Shaped Fiber Optic Plasmonic Sensor
A D-shaped fiber optic plasmonic refractive index sensor with sinusoidal corrugation is
proposed. Proposed structure is analyzed for different refractive indices of the sample at the …
proposed. Proposed structure is analyzed for different refractive indices of the sample at the …
Study of Effect of Add Layer with Complex Refractive Index on Performance Parameters of Plasmonic Structure
The traditional and modified structures are simulated by the finite element method (FEM). In
the modified structure, ten well-known add layers with complex refractive indexes (MgF2 …
the modified structure, ten well-known add layers with complex refractive indexes (MgF2 …