Titlebook: Assemblies of Gold Nanoparticles at Liquid-Liquid Interfaces; From Liquid Optics t Evgeny Smirnov Book 2018 Springer International Publishi

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Electron Transfer Reactions and Redox Catalysis on Gold Nanofilms at Soft Interfaces,eaction at ITIES was studied experimentally and by computer simulations for a model system. This model system contains . as an organic soluble electron donor and . as a water-soluble electron acceptor. The current results indicate that the ET reaction takes place by a potential independent homogeneo

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Perspectives: From Colloidosomes Through SERS to Electrically Driven Marangoni Shutters,croencapsulation for drug-delivery systems and microreactors; transfer of nanofilms from LLI to a solid interface for reusable SERS-substrates and covering large areas with nanoparticles films for various purposes; conductance and thermal properties of nanofilms to use nanofilms for direct writing o

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Michael Schäfer,Marcus Heck,Saim Yigit to a bipolar pathway, when NP is acting as an electrically conducting bipolar electrode between the two phases. Therefore, we highlight the catalytic property of a metal nanoparticle film toward heterogeneous electron transfer reactions and explain this property from the point of view of the Fermi level equilibration theory.

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Thin Solids for Fluid-Structure Interaction,ker lipophilic reductants, such as ferrocene, were capable of charging the interfacial gold nanoparticle nanofilm but did not have sufficient thermodynamic driving force to significantly elicit interfacial oxygen reduction.

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Widerstandsverhalten der Einzelkugel, Here, we consider in details nanofilm preparation procedure, film morphology, and its electrochemical characterization, in particular, influence on ion transfer across the ITIES, as well as demonstrate charging capability of nanoparticle films by electron-donor molecules.