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Showing 1 to 4 of 4 for “"Binary Colloidal Mixtures"”.

  1. Size-binary Zincblende: A Colloidal Approach to Omnidirectional Photonic Bandgaps

    Binary colloidal mixtures have the potential to greatly expand the range of mesoscale structures fabricated by self-assembly, putting them at the frontier of the realization of novel photonic crystals. Currently, it is not understood how the multicomponent basis and particle size ratio of binary

    cornell Repository record for Size-binary Zincblende: A Colloidal Approach to Omnidirectional Photonic Bandgaps (opens in a new tab)

  2. DNA Driven Assembly at Solid and Liquid Interfaces

    … the surface coverage of oil droplets with colloidal particles while preserving fully ergodic colloidal dynamics on the droplets. The equilibrium nature of the absorbed colloids is illustrated by exploring the quasi-two-dimensional (2d) phase behaviour under the influence of depletion …

    cambridge Repository record for DNA Driven Assembly at Solid and Liquid Interfaces (opens in a new tab)

  3. The effects of concentration, interaction, size distribution and shape anisotropy on rheology of colloidal mixtures

    … studies the rheological properties of dense colloidal mixtures. Particular interest is focused on the role of volume fraction and strength of interactions that lead to glass or gel formation. Variables studied include particle concentration, strength of attraction, particle size distribution, …

    uiuc Repository record for The effects of concentration, interaction, size distribution and shape anisotropy on rheology of colloidal mixtures (opens in a new tab)

  4. Polymers and colloids in flows : from dynamics to self-healing

    … dynamical properties of dierent polymer-colloid mixtures in flows using computer simulations. A special motivation comes from the blood clotting process. Our blood is a complex uid made of polymeric proteins and colloid-like cells. Controlled by ow, a blood-clotting protein (the so-called von …

    mit Repository record for Polymers and colloids in flows : from dynamics to self-healing (opens in a new tab)