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

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EWER

Mathematical Models for Blood Coagulation,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

恃强凌弱

Self-Assembly of Gold Nanoparticles: Low Interfacial Tensions,rticles at a liquid–liquid interface. We demonstrate that gold nanoparticles can spontaneously self-assemble at bare propylene carbonate–water interface upon vigorous shaking, due to the extremely low interfacial tension. However, particles are transferred through the interface in the presence of tetrathiafulvalene molecules.

多余

https://doi.org/10.1007/978-3-319-77914-0self-assembly; gold metal liquid like droplets; liquid mirrors; liquid filters; Fermi level equilibratio

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事与愿违

,Reibungsfreie, eindimensionale Strömungen,This Chapter is fully devoted to experimental procedures, to synthesize and analyze assemblies of nanoparticles and to instrumentation techniques used in this work.

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他一致

Introduction,er, as well as description of the concept of the Fermi level equilibration. Next, synthetic procedures, the structure of citrate-stabilized gold nanoparticles and implementation of “free electron gas” model to describe optical properties of metal NPs are considered. The Chapter ends with an extensiv

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Self-Assembly of Nanoparticles into Gold Metal Liquid-like Droplets (MeLLDs),imple, robust approaches to coat macroscopic droplets with continuous, thick (multilayer), reflective, and stable liquid nanoparticle films exist. Here, we introduce a facile and rapid one-step route to form films of reflective liquid-like gold that encase macroscopic droplets, and denote these as g

新娘

,Optical Properties of Self-healing Gold Nanoparticles Mirrors and Filters at Liquid–Liquid Interfacpplications (e.g., optical mirrors or filters). Extinction and reflectance of nanofilms were investigated by an integrating sphere in UV, visible and NIR ranges with step-bystep increasing of nanoparticle surface coverage. The interfacial AuNP surface coverage strongly influenced the morphology of t