… Metal nanoshells consist of a dielectric core nanoparticle such as silica surrounded by an
ultrathin metal … Depending on the size and composition of each layer of the nanoshell, particles …

… Metallic nanoshells are one of the most interesting and possibly useful of the recently …
Metal nanoshells are considered to be attractive for applications in SERS 19 and environmental …

… -diameter hollow gold nanoshells (thickness ∼ … metal nanoshell as our model nanostructure.
We find that starting from a solid metal nanosphere and moving toward a metal nanoshell …

… a nanoshell, a dielectric core coated with a thin metal shell, is shown in Fig. 1. There are two
reliable methods for synthesizing metallic nanoshells … The dimensions of the nanoshells can …

… of the metallic shell layer, we call this structure a nanoshell.In … dimensions, gold or silver
nanoshells can be fabricated that will … In Figure 1a, the basic nanoshell geometry is illustrated; …

… nanoshell is in air or ε c ∼ 7.2 when the nanoshell is in water. To examine the role of the core
dielectric function, we compare Cu 2 O core nanoshells to nanoshells … 2 core nanoshells (…

… shell of the desired metal (or a precursor to this metal) is deposited … metal structure. Although
this approach can be experimentally simple and straightforward, the resultant nanoshells …

… Metal nanoshells are concentric sphere nanoparticles with a dielectric core and a metal
shell.The optical response of metal nanoshells is determined by their plasmon resonance, which …

… Using the time-dependent LDA method, we investigate the tunability of the optical
polarizability of small metallic nanoshells. We show that the energies of the two dipolar plasmon …

… optical response of metallic nanoshells. In this work we used this theory to calculate the
optical extinction spectra of metallic nanoshells of three different metals embedded in different …