Titlebook: Metal Nanoparticles and Clusters; Advances in Synthesi Francis Leonard‘Deepak Book 2018 Springer International Publishing AG 2018 Noble met

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From Nano- to Angstrom Technology,icles of subnanometric scale with well-controlled sizes. The properties of small nanoparticles (NPs) and large and small atomic quantum clusters (AQCs) are an illustration of how an incremental confinement produces a natural transition between macroscopic and quantum behaviour. The properties of the

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Spectroscopic and Computational Studies on Ligand-Capped Metal Nanoparticles and Clusters, with an appropriate electromagnetic wave, the conduction electrons do not oscillate freely, because they are trapped in the nanometric size of the metal particles, which exhibit collective excitations called “l(fā)ocalized plasmons.” These latter are needed to promote enhancements for both the Raman si

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Catalytic Efficiency in Metallic Nanoparticles: A Computational Approach,Catalysis has risen as one of the major focuses in different technological fields since the use of nanostructured materials becomes more common in many industrial processes. Different computational methods have been developed to complement the experimental effort in the design of novel nanocatalysts

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Simulation of Metal Clusters and Nanostructures, landscape, finding the most energetically favorable configuration of even the smallest metal clusters is a task that requires the use of efficient search algorithms and robust interaction potentials, and the study of structural and dynamical properties of metal nanoparticles at finite temperature m

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