Abstract
The Effect of Plasmonic Nanostructures Prepared by Electrical Exploding Wire Technique on the Optical Properties of R6G Dye
Highlights
Nanoparticles can be synthesized using electroexploding wire (EEW) technique, while surrounded by a non-flammable liquid medium such as deionized water
The experimental results showed that the fluorescence intensity quenched with increasing concentration and density number of Ag NPs
This process is affected by concentration increasing of Ag NPs and coated morphology of Ag NWs by polydopamine (PDA) layer decorated by Ag NPs
Summary
Nanoparticles can be synthesized using electroexploding wire (EEW) technique, while surrounded by a non-flammable liquid medium such as deionized water. The experimental results showed that the fluorescence intensity quenched with increasing concentration and density number of Ag NPs. The distance between the dye molecules and the nanostructures was studied, which was found to decrease as the concentration and density number of Ag NPs increased in the mixture.
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