In order to advance in the development of nanodevices, we simulated silver nanocylinders arrays over mirrors and compared with experimental data. They match and we can tune resonant modes by modifying environmental and geometric properties.3 page(s
Using an array of rectangular silver prisms, we numerically demonstrated that close to 100% transmis...
This report examines the cross sections of silver microresonators subjected to an incident light wit...
We have developed a method to fabricate a silver nano-mouth array via a cost-effective inverted hemi...
Despite the progress in understanding the properties of plasmonic nanostructures, the design of stru...
[[abstract]]We studied, numerically, the characteristics of the surface plasmon of a system consisti...
Control of silver nanoparticles characteristics using a dedicated nano-clusters source and wavelengt...
Plasmonic resonators are nanosized metallic antennas that convert electromagnetic waves at optical f...
Abstract A metallic nanocylinder array was previously proposed for the propagation of localized ligh...
The optical properties of cascaded plasmon resonant metallic nanocomposites are investigated. Plasmo...
We extend the coupled dipole method to a semianalytical method that can be applied with high efficie...
*S Supporting Information ABSTRACT: Surface plasmon modes in metallic nanostructures largely determi...
Key in the application of plasmonics is the realization of low loss or high quality (Q) factor reson...
Plasmons are collective oscillations of free electrons in a metal. At optical frequencies plasmons e...
Localized surface plasmon resonances of noble-metal nanoparticles lead to high enhancements of local...
Key in the application of plasmonics is the realization of low loss or high quality (Q) factor reson...
Using an array of rectangular silver prisms, we numerically demonstrated that close to 100% transmis...
This report examines the cross sections of silver microresonators subjected to an incident light wit...
We have developed a method to fabricate a silver nano-mouth array via a cost-effective inverted hemi...
Despite the progress in understanding the properties of plasmonic nanostructures, the design of stru...
[[abstract]]We studied, numerically, the characteristics of the surface plasmon of a system consisti...
Control of silver nanoparticles characteristics using a dedicated nano-clusters source and wavelengt...
Plasmonic resonators are nanosized metallic antennas that convert electromagnetic waves at optical f...
Abstract A metallic nanocylinder array was previously proposed for the propagation of localized ligh...
The optical properties of cascaded plasmon resonant metallic nanocomposites are investigated. Plasmo...
We extend the coupled dipole method to a semianalytical method that can be applied with high efficie...
*S Supporting Information ABSTRACT: Surface plasmon modes in metallic nanostructures largely determi...
Key in the application of plasmonics is the realization of low loss or high quality (Q) factor reson...
Plasmons are collective oscillations of free electrons in a metal. At optical frequencies plasmons e...
Localized surface plasmon resonances of noble-metal nanoparticles lead to high enhancements of local...
Key in the application of plasmonics is the realization of low loss or high quality (Q) factor reson...
Using an array of rectangular silver prisms, we numerically demonstrated that close to 100% transmis...
This report examines the cross sections of silver microresonators subjected to an incident light wit...
We have developed a method to fabricate a silver nano-mouth array via a cost-effective inverted hemi...