Laser synthesized tri_metallic SERS pesticide sensors of core/shell and surface alloying configurations: Comparative study
Two types of tri_metallic SERS pesticide sensors of core/shell and surface alloying
configurations were synthesized and examined well at chlorpyrifos concentrations lower …
configurations were synthesized and examined well at chlorpyrifos concentrations lower …
Synthesis of a Df-porous Si layer of mesostructure to develop the mechanisms of CO sensors
In this novel current work, double-face porous Si (Df-porous Si) was established via the
double-beam laser-assisted etching (DB-LAE) technique, using two similar diode lasers …
double-beam laser-assisted etching (DB-LAE) technique, using two similar diode lasers …
Preparation and characterization of silicon nanoparticles (core) with gold nanoparticles (shell) configuration
RT Saihood, AM Alwan - Optical Materials, 2024 - Elsevier
Herein, we used a simple yet novel approach to create and characterize silicon
nanoparticles Si NPs/core, gold nanoparticles AuNps/shell hybrid structure. The meso …
nanoparticles Si NPs/core, gold nanoparticles AuNps/shell hybrid structure. The meso …
Improved the performance of tri_metallic plasmonics SERS sensors by controlling the metals ratio
In this paper, three distinct types of nano and tri_metallic SERS plasmonics sensors were
configured, depending on their mixing volumetric ratio of metal solutions. Au, Ag, and Pd of …
configured, depending on their mixing volumetric ratio of metal solutions. Au, Ag, and Pd of …
Develop Synthesis and Characterization of Dual-Faced Porous Silicon/Gold Nanoparticle Hybrid Structures
In this study, dual-face porous silicon layers (Df-PSi) and hybrid structures with
(AuNPs/PSi/Si/PSi/AuNPs) configurations are fabricated and investigated. The Df-Psi layers …
(AuNPs/PSi/Si/PSi/AuNPs) configurations are fabricated and investigated. The Df-Psi layers …
Synthesis of germanium quantum dots by laser ablation technique in the presence of water and benzene
MS Mohammed, RS Jaffer, RC Mohsin, BT Al-Azraq… - Journal of Optics, 2024 - Springer
This work used a Nd-Yag laser with a wavelength of 1460 nm, energy of 0.5 mJ, and
different numbers of pulses (50, 100, 150, 300) to create nanoparticles (quantum dots). A …
different numbers of pulses (50, 100, 150, 300) to create nanoparticles (quantum dots). A …