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- W3105235589 endingPage "20180522" @default.
- W3105235589 startingPage "20180522" @default.
- W3105235589 abstract "Augmenting the dispersion of a solute species and fluidic mixing remains a challenging proposition in electrically actuated microfluidic devices, primarily due to an inherent plug-like nature of the velocity profile under uniform surface charge conditions. While a judicious patterning of surface charges may obviate some of the concerning challenges, the consequent improvement in solute dispersion may turn out to be marginal. Here, we show that by exploiting a unique coupling of patterned surface charges with intrinsically induced thermal gradients, it may be possible to realize giant augmentations in solute dispersion in electro-osmotic flows. This is effectively mediated by the phenomena of Joule heating and surface heat dissipation, so as to induce local variations in electrical properties. Combined with the rheological premises of a viscoelastic fluid that are typically reminiscent of common biofluids handled in lab-on-a-chip-based micro-devices, our results demonstrate that the consequent electro-hydrodynamic forcing may open up favourable windows for augmented hydrodynamic dispersion, which has not yet been unveiled." @default.
- W3105235589 created "2020-11-23" @default.
- W3105235589 creator A5002702169 @default.
- W3105235589 creator A5013006221 @default.
- W3105235589 creator A5051576765 @default.
- W3105235589 creator A5071839823 @default.
- W3105235589 date "2019-01-01" @default.
- W3105235589 modified "2023-09-27" @default.
- W3105235589 title "Patterned surface charges coupled with thermal gradients may create giant augmentations of solute dispersion in electro-osmosis of viscoelastic fluids" @default.
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- W3105235589 doi "https://doi.org/10.1098/rspa.2018.0522" @default.
- W3105235589 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6364597" @default.