Angle-resolved plasmonic photocapacitance of gold nanorod dimers.

ABSTRACT: The assembly of nanostructures with plausible statistical orientations has provided the opportunity to correlate physical observables to develop a diverse range of niche applications. The dimeric configurations of gold nanorods have been chosen as atypical model systems to correlate optoelectronic with mechanical properties at a number of combinations of angular orientations. Metals are considered as conductors in electronics and reflectors in optics - therefore, metallic particles at the nanoscale exhibit unique optoelectronic characteristics that enable the design of materials to meet the demand of the modern world. Gold nanorods have often been adopted as prototypical anisotropic nanostructures owing to their excellent shape-selective plasmonic tunability in the vis-NIR region. When a p

SUBMITTER: Pal SK 

PROVIDER: S-EPMC10044666 | biostudies-literature | 2023 Mar

REPOSITORIES: biostudies-literature