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Plasmonically enhanced effects on a self-assembled, hexagonal array layer of ~4-nm silver nanoparticles are analyzed using three-dimensional finite-difference time-domain (3D FDTD) simulations and compared against experimentally measured extinction spectra. The effect of particle size, lattice spacing, and lack of monodispersity of the hexagonal array of silver nanoparticles on the extinction resonance...
Measurements and modeling of plasmonic resonance positions as a function of orientation are presented in a manner that connects the common geometries with a formalism for all of momentum space. This framework is useful for understanding dispersion studied under an infrared microscope by rotating the sample about the optical axis of the microscope. Applications using the microscope for sensing and...
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