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VDM Verlag Plasmonic Nanoparticles: Radiative and Non-Radiative Properties

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Description

Nanostructures of noble metals are fascinating materials due to their unique optical properties. Due to optical resonances known as plasmons, these nanostructures display strong far-field scattering and absorption of light and the near-field confinement and enhancement of the electric field of light. These properties make them highly promising for molecular-specific imaging, optical sensing, photothermal cancer therapy, and as building blocks for nano-optic devices. There, however, exists a need to characterize and optimize the properties of these nanoparticles and their assemblies for specific nanotechnological applications. This monograph describes in detail how the radiative (scattering and near-field) and non-radiative (absorption and photothermal conversion) properties of these nanostructures can be designed and tuned by variation in the nanostructure size, geometry, environment, and inter-particle interactions. We focus primarily on the experimental and theoretical results of our own spectroscopic studies of these nanostructures.

Product Specifications

Format
paperback
Domain
Amazon UK
Release Date
28 September 2009
Listed Since
26 April 2011

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