Self-assembled concentric stripes of diamond particles by a pinning-depinning mechanism

We describe the novel mechanism of spontaneous formation of the concentric stripe patterns of microdiamonds via gradual solvent evaporation from a suspension confined in a teardrop well. The self-organized patterns exhibit a series of arcs with regular spacings varying between hundreds of micrometer...

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Published in:Diamond and related materials 2024-02, Vol.142, p.110783, Article 110783
Main Authors: Czarnecka-Trela, Paulina, Wojciechowski, Adam M., Mrózek, Mariusz, Głowacki, Maciej J., Bogdanowicz, Robert, Gawlik, Wojciech
Format: Article
Language:English
Subjects:
Evaporation-related patterns
Microdiamonds
Pinning-depinning mechanism
Self-assembling
Self-organized deposits
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container_start_page 110783
container_title Diamond and related materials
container_volume 142
creator Czarnecka-Trela, Paulina
Wojciechowski, Adam M.
Mrózek, Mariusz
Głowacki, Maciej J.
Bogdanowicz, Robert
Gawlik, Wojciech
description We describe the novel mechanism of spontaneous formation of the concentric stripe patterns of microdiamonds via gradual solvent evaporation from a suspension confined in a teardrop well. The self-organized patterns exhibit a series of arcs with regular spacings varying between hundreds of micrometers and millimeters. They result from an interplay between the directional forced circulation of the solvent and a stick-slip movement of its contact line during the gradual drying of the suspension. We reveal the mechanism of the phenomenon and discuss the effects of various parameters on the obtained structures. [Display omitted]
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subjects Evaporation-related patterns
Microdiamonds
Pinning-depinning mechanism
Self-assembling
Self-organized deposits
title Self-assembled concentric stripes of diamond particles by a pinning-depinning mechanism
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