SYSTEMS of three immiscible layers are sufficiently uncommon to be noteworthy, and no system of four layers appears to have been described (excluding systems containing free mercury). Nor is this ...

Snapshots of iron (green), silicon (blue), and oxygen (red) atoms in computer simulations which demonstrate immiscible Fe-Si and Fe-Si-O liquids at the conditions of the Earth's core.

Prof Colin Raston, Flinders University Institute for Nanoscale Science and Technology, and the vortex fluidic device at Flinders University, South Australia (Image: Flinders University) Using the ...

Notably, all these superlyophobic materials can be regenerated, ensuring long-term use. This general strategy allows separating immiscible liquids through both static and continuous methods, providing ...

where Q is the volumetric flow rate along the axis of the cylindrical sample, Δ P is the pressure drop along it in the flow direction, A is the area of the sample orthogonal to the flow direction, K ...

In this paper, we develop analytical solutions for investigating the nanocapillary core-annular transport of an active liquid and an immiscible non-active liquid. The active liquid contains active ...

Letter Published: 04 February 1933 Systems of Four Immiscible Liquid Layers E. LESTER SMITH Nature 131, 167 (1933) Cite this article ...