Crystal-melt stiffness of colloidal hard spheres gains a gravity-dependent term ˜γ = ˜γ0 + g''ξ² that reconciles long-standing experiment-simulation discrepancies.
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2 Pith papers cite this work, alongside 680 external citations. Polarity classification is still indexing.
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Test-particle sum rules optimize parameters in Lutsko FMT to yield improved White-Bear mark II functional for hard-sphere fluids with better accuracy and consistency.
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Sedimentation equilibrium and gravity dependent stiffness coefficients of colloidal hard-spheres
Crystal-melt stiffness of colloidal hard spheres gains a gravity-dependent term ˜γ = ˜γ0 + g''ξ² that reconciles long-standing experiment-simulation discrepancies.
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Using test particle sum rules to improve approximations in classical DFT : White-Bear and White-Bear mark II versions of the Lutsko Functional
Test-particle sum rules optimize parameters in Lutsko FMT to yield improved White-Bear mark II functional for hard-sphere fluids with better accuracy and consistency.