Self-hydridized Plasmonic Excitations And Hot Electron Generation In Aluminum Nanorods

Key Points

• Hot electron generation is optimized through self-hydridized plasmonic excitations in aluminum nanorods, boosting energy transfer.
• Key metric shows enhanced hot electron yield under specific conditions, suggesting potential for advanced materials.
• Analyses of energy transfer processes utilized various nanostructures to explore their plasmonic behaviors and efficiencies.
• Findings imply significant advancements in nanotechnology applications, warranting further exploration of aluminum nanorods for energy harvesting.