In this study, we explore the self-assembly of various colloidal symmetric dumbbell (DB)
isomers, including dipole Janus, cis-Janus, trans-Janus, apolar-inward and polar-inward …

In this work we consider a simulation strategy for assembling Janus nanoparticles in oil-in-
water emulsion droplets by evaporation based on the dissipative particle dynamics method …

A binary mixture of droplets and patchy colloids, where patches are arranged in tetrahedral
symmetry, is studied with Metropolis Monte Carlo simulations. The colloidal patches attract …

The minimization principle of the second moment of the mass distribution (M 2) is
responsible for the unique structure of three-dimensional clusters by using emulsion droplet …

In this work, a series of binary mixtures of patchy colloids with desired symmetries, including
quadrangle, pentagon, hexagon, is studied by means of Metropolis Monte Carlo simulations …

Using a theoretical prediction based on space-filling calculations and Metropolis Monte
Carlo simulation, we investigate the assembly behavior of binary colloid-droplet mixtures …

We study the cluster structures of one-patch colloidal particles generated by droplet
evaporation using Monte Carlo simulations. The addition of anisotropic patch–patch …

We report simulation studies on the phase behavior and crystal structures of anisotropic
colloid–droplet binary mixtures. The droplets interact with the colloids at the patches of …

Using small colloidal clusters with dumbbell, triplet, tetrahedral, octahedral geometry as
elementary building blocks, we investigate the templated-assisted cluster-cluster …

In this report, using Monte Carlo simulations, we investigate the cluster structure of colloidal
dumbbells with asymmetric properties in sizes via emulsion droplet evaporation. By tuning …