0000000000408376

AUTHOR

N. Schaertl

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Formation of Laves phases in buoyancy matched hard sphere suspensions.

2018

Colloidal Laves phases (LPs) are promising precursors for photonic materials. Laves phases have not yet been observed to form in experiments on colloidal suspensions of hard spheres (HS), even though they have been reported in computer simulations. LP formation so far has been achieved only for binary mixtures of colloidal charged spheres or ligand-stabilized nano-particles after drying. Using static light scattering, we monitored LP formation and annealing in a binary mixture of buoyant hard sphere approximants (size ratio Γ = 0.77, number or molar fraction of small spheres xS = 0.76) for volume fractions in the fluid-crystal coexistence regions. All samples spontaneously formed MgZn2 type…

Materials scienceClose-packing of equal spheresNucleationThermodynamics02 engineering and technologyGeneral ChemistryHard spheres021001 nanoscience & nanotechnologyCondensed Matter PhysicsMole fraction01 natural sciencesColloid0103 physical sciencesVolume fractionSPHERESStatic light scattering010306 general physics0210 nano-technologySoft matter
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