Abstract
При изучении агрегации углеродных нанотрубок в условиях гидродинамической неустойчивости высыхающей капли на гидрофобных и гидрофильных подложках выявлена определяющая роль гидродинамических течений. Установлено, что протекание энтропийной агрегации нанотрубок в капле под действием аэросила зависит от типа подложки.
 
 Работа выполнена при финансовой поддержке РФФИ (проект № 16-43-360281 р_а).
Highlights
Functional materials with desired properties can be assembled from colloidal particles of the necessary materials
This study is dedicated to the aggregation of carbon nanotubes by depletion forces and the effect of the hydrophobic and hydrophilic substrate
The process has been realized in a drying droplet of distilled water with colloidal particles and observed with an optical microscope
Summary
ENTROPY DRIVEN AGGREGATION OF CNT IN A DRYING DROP ON HYDROPHILIC AND HYDROPHOBIC SUBSTRATE Functional materials with desired properties can be assembled from colloidal particles of the necessary materials. Nanoparticles usually exist in a randomly aggregated state, which makes them difficult to separate and organize. The most important and difficult task, at the same time less developed, is not the production of nanoparticles but the assembly of a macroscopic material from them.
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