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.
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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.
Prashant Jain, a researcher in chemical physics and nanoscience, is a Miller Fellow at the University of California-Berkeley. Prashant performed doctoral work at Georgia Tech and postdoctoral work at Harvard University. He has authored 18 publications and given several talks on noble metal nanostructures. Prashant is a native of Mumbai, India.
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Paperback. Zustand: Brand New. 220 pages. 8.66x5.91x0.50 inches. In Stock. Bestandsnummer des Verkäufers 3639205456
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