AI Article Synopsis
- The research uses a coarse-grained lattice model to study the patterns created when a droplet containing particles evaporates, focusing on how evaporative convection and Brownian motion affect these patterns.
- Results indicate that the resulting deposit patterns depend on the balance between convective transport and particle interactions—ring-like patterns form when convection is strong, while wave-like or island-like patterns emerge when interactions dominate.
- The thickness of the wave-like patterns is primarily influenced by the evaporation rates of the droplet.
Article Abstract
The characteristics of several patterns left after the evaporation of a particle-laden liquid droplet are investigated by using a coarse-grained lattice model. The model includes both evaporative convection and the Brownian motion of weakly interacting particles. The model is implemented by using a Monte Carlo method to investigate the different deposit patterns near the contact line. It was found that different deposit patterns form depending on the interplay between the convective transport and the deposition of interacting particles. The patterns were analyzed by varying the ratio of the convective forces to the interaction forces as well as the size and the number of particles. It was also found that the ring-like patterns are formed when the convective potential dominates the interactions of particles, whereas either wave-like or island-like patterns form in the opposite case. Finally, the average thickness of the wave-like patterns is mainly determined by evaporation rates.
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| http://dx.doi.org/10.1021/jp4111844 | DOI Listing |
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