Titlebook: Crystallization of Nanoscaled Colloids; Philip G. Born Book 2013 Springer International Publishing Switzerland 2013 Colloidal Crystals.Con

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虛構(gòu)的東西

Walking and the Aesthetics of Modernity on a wetting reservoir. The shape of the meniscus defines the profile of the convective flow and the motion of the particles. We use optical interference microscopy, particle image velocimetry and particle tracking to analyze the particles’ trajectory from the liquid reservoir to the film growth fr

Chivalrous

Barriers to Accessing Higher Education,er the interaction among the particles is core- or ligand-dominated. The details of the interaction determine the agglomeration kinetics and therefore the assembly behavior of the particles. In this chapter, the interaction and agglomeration kinetics of monodisperse alkyl thiol-stabilized gold nanop

plasma-cells

夜晚

https://doi.org/10.1057/978-1-349-94986-1the close-packing. These problems were tackled with two approaches, convective particle assembly and temperature-induced particle assembly. The first approach started with the assembly of micron and sub-micron sized particles and tried to expand the identified mechanisms to nanoparticles. The second

Alienated

Philip G. BornNominated by the Saarland University, Saarbrücken (Germany) as an outstanding PhD thesis.Focuses on the mechanisms of self-assembly and investigates the process in detail.Develops models to describe t

秘密會(huì)議

ARIA

https://doi.org/10.1057/978-1-349-94986-1the agglomerate, allowing them to diffuse and to reach crystalline lattice sites. Mobility is provided in the suspensions used here by a fluid lubricant ligand layer between the particles. This makes the crystalline agglomeration a function of the melting point of the ligand layer of the particles.

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Origin of Order in Alkyl Thiol-Stabilized Nanoparticle Packingsthe agglomerate, allowing them to diffuse and to reach crystalline lattice sites. Mobility is provided in the suspensions used here by a fluid lubricant ligand layer between the particles. This makes the crystalline agglomeration a function of the melting point of the ligand layer of the particles.

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