We present herein a silver nanostructure-assisted sensing platform which consists of a
combined structure of Ag nanowire (NW) and nanodot (ND) array. Highly enhanced …

Patterned silver nanocap arrays (PSNAs) prepared on porous anodic alumina templates by
a simple coating technique yield enhanced sensitivity and stability in cellular fluorescence …

High enhancement of fluorescence emission, improved fluorophore photostability, and
significant reduction of fluorescence lifetimes have been obtained from high aspect ratio (> …

Silver's inherent optical properties of low absorption cross section, over a broad wavelength
range, makes it an attractive material for use in biosensing. We report herein a unique silica …

Gold/silver core/shell nanorods with precisely tunable resonance peaks covering the visible
and near-infrared wavelength range were obtained using a simple wet-chemical synthesis …

Tapered metallic nanostructures that harbor surface plasmons are highly interesting for
nanophotonic applications because of their waveguiding and field-focusing properties …

A simple method has been developed for the deposition of uniform silver-coated
nanoparticles on glass substrates, with a homogeneous distribution shown by scanning …

Silver nanoplates of triangular shapes have attractive optical extinction spectrum with
multipolar resonance modes. In this work, we investigate the optical properties of Ag …

Surface-enhanced fluorescence, a burgeoning technique in biological detection, provides
largely enhanced fluorescence signal by exciting localized surfaces plasmons resonance …

We studied amplified fluorescence and applied to fluorescent cell imaging using plasmonic
Ag substrates with the different surface nano-morphologies of tip and porous shapes. For a …