Bicontinuous porous structures through colloidal assembly realized by non-equilibrium
process is crucial to various applications, including water treatment, catalysis and energy …

Bicontinuous structures promise applications in a broad range of research fields, such as
energy storage, membrane science, and biomaterials. Kinetically arrested spinodal …

Nanoparticles typically have an inherent wide size distribution that may affect the
performance and reliability of many nanomaterials. Because the synthesis and purification of …

A facile method has been discovered that enables switching of non-cross-linked poly
(styrene)(Nx-PS) colloidal particle morphologies, including spherical and anisotropic convex …

The evolution of interactions and dynamics of Janus colloidal particles suspended in quasi-
binary liquid mixtures undergoing phase separation is presented. The experimental system …

The past decade has seen increased research interest in studying bicontinuous structures
formed via colloidal self-assembly due to their many useful applications. A new type of …

Critical Casimir force (CCF) is a solvent fluctuation introduced interaction between particles
dispersed in a binary solvent. Recently, it has been demonstrated that the CCF induced …

The enhanced motion of dispersed particles driven by a concentration gradient is the basis
for diffusiophoresis. Here we present the dynamics of colloids in a phase separating medium …

Shear viscosity of a near-critical binary system analyzed with variable-temperature atomic force
microscopy - IOPscience Skip to content IOP Science home Accessibility Help Search Journals …

An effective attractive potential can be introduced between colloidal particles dispersed in a
binary solvent when the solvent condition approaches its demixing temperatures. Despite …