Abstract
The formation of mathrm {AB_2} type two-dimensional binary colloidal crystals was studied by performing Monte Carlo simulations with two different size particles. The effect of interactions between particles and between particles and a wall, and the particles size ratios on the formation of mathrm {AB_2} structure were examined. mathrm {AB_2} structures formed efficiently when the interaction between equivalently sized particles was smaller than that between differently sized particles. To create mathrm {AB_2} on a wall, it was necessary to choose a suitable particles size ratios, and the attraction between the particles and the wall was greater than that between particles.
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