A simple microfluidic device for fabrication of double emulsion droplets and polymer microcapsules. Nurumbetov, G., Ballard, N., & Bon, S., A., F. Polymer Chemistry, 3(4):1043, Royal Society of Chemistry, 2012. ![A simple microfluidic device for fabrication of double emulsion droplets and polymer microcapsules [link]](https://bibbase.org/img/filetypes/link.svg "link")
Website doi abstract bibtex 2 downloads We demonstrate that by using a syringe needle, plastic tubing, two glass capillaries and epoxy glue a microfluidic device can be fabricated straightforwardly that allows for the production of double emulsions, or in other words the generation of droplets-in-droplets. The device in essence is a serial combination of droplet generation by co-flow and a T-junction. To reduce potential issues with channel wetting, we established that an "obstructed" T-junction outperformed a conventional T-junction. We illustrate the versatility of our device through production of a range of polymer microcapsules, including ones that contain a waterborne dispersion of colour changing pigment, and microcapsules with compartmentalized ferrofluidic segments, that is capsules that contain more than one droplet of ferrofluid. © 2012 The Royal Society of Chemistry.
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abstract = {We demonstrate that by using a syringe needle, plastic tubing, two glass capillaries and epoxy glue a microfluidic device can be fabricated straightforwardly that allows for the production of double emulsions, or in other words the generation of droplets-in-droplets. The device in essence is a serial combination of droplet generation by co-flow and a T-junction. To reduce potential issues with channel wetting, we established that an "obstructed" T-junction outperformed a conventional T-junction. We illustrate the versatility of our device through production of a range of polymer microcapsules, including ones that contain a waterborne dispersion of colour changing pigment, and microcapsules with compartmentalized ferrofluidic segments, that is capsules that contain more than one droplet of ferrofluid. © 2012 The Royal Society of Chemistry.},
bibtype = {article},
author = {Nurumbetov, Gabit and Ballard, Nicholas and Bon, Stefan A. F.},
doi = {10.1039/c2py00605g},
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Downloads: 2
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