Phase behavior of DSPC/PEG40St mixtures at higher emulsifier contents

Equilibrium Phase-Behavior of Nematic Mixtures

Group Contribution Method for Predicting the Phase Behavior of Binary Mixtures Containing Carbon Dioxide

Phase behavior and structure of star-polymer–colloid mixtures

We calculate the phase diagrams of mixtures between hard-sphere colloids and star-polymers of arm numbers f 52,6,32 for different star-polymer–colloid size ratios 0.2<q<0.6 using an effective one-component description for the colloids in the presence of the stars. We map the full two-component system onto an effective one-component system by inverting numerically the Ornstein–Zernike equation f...

Phase behavior of athermal colloid-star polymer mixtures.

We investigate the depletion-induced phase behavior of athermal colloid-star polymer mixtures on a fine lattice using grand canonical Monte Carlo simulations in the "protein limit," that is, where polymer dimensions exceed those of the colloid. We consider the influence of the star's functionality, f, the macroscopic size ratio, qr = 2Rg, s∕σc, where Rg, s is the radius of gyration of the star ...

Phase Behavior and Structure of Binary Hard-Sphere Mixtures

By integrating out the degrees of freedom of the small spheres in a binary mixture of large and small hard spheres, we derive an explicit effective Hamiltonian for the large spheres. Using the two-body (depletion potential) contribution to this effective Hamiltonian in simulations, we find stable fluid-solid and both metastable fluid-fluid and solid-solid coexistence in a mixture with size rati...