NASA NTRS · 20040033372
Field Effect Flow Control in a Polymer T-Intersection Microfluidic Network
Abstract
We present a study of induced pressure pumping in a polymer microchannel due to differential electroosmotic flow @OF) rates via field-effect flow control (FEFC). The experimental results demonstrate that the induced pressure pumping is dependent on the distance of the FEFC gate from the cathodic gate. A proposed flow model based on a linearly-decaying zeta potential profile is found to successfully predict experimental trends.
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Sniadecki, Nathan J., Chang, Richard, Beamesderfer, Mike, Lee, Cheng S., DeVoe, Don L.. 2003-01-01. Field Effect Flow Control in a Polymer T-Intersection Microfluidic Network. https://ntrs.nasa.gov/citations/20040033372
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