We report measurements on fluid–fluid phase separation in a colloid–polymer mixture,
which can be followed in great detail due to the ultralow interfacial tension. The use of the …

We report measurements on gas–liquid phase-separating colloid–polymer mixtures. A
horizontally placed optical microscope with long-working-distance objectives enables us to …

Observing the phase separation of deeply quenched, low viscosity liquid mixtures we
inferred that the process is driven by the convection due to capillary forces, and not by …

We study phase separation in a deeply quenched colloid-polymer mixture in microgravity on
the International Space Station using small-angle light scattering and direct imaging. We …

We simulated the phase segregation of a metastable deeply quenched binary mixture. Our
theoretical approach follows the diffuse interface model, where convection and diffusion are …

We simulate the mixing process of a quiescent binary mixture that is instantaneously brought
from the two to the one-phase region of its phase diagram. Our theoretical approach follows …

We study gas–liquid phase separating colloid–polymer mixtures using a horizontally placed
confocal scanning laser microscope. The phase separation proceeds via spinodal …

We have performed small-angle light-scattering measurements of the static structure factor
of a critical binary mixture undergoing diffusive partial remixing. An uncommon scattering …

We investigate the role played by conservative forces in dissipative particle dynamics (DPD)
simulation of single-component and binary fluids. We employ equations from kinetic theory …

Colloid–polymer mixtures may undergo either fluid–fluid phase separation or gelation. This
depends on the depth of the quench (polymer concentration) and the polymer–colloid size …