-
1by Dirckx, Matthew E“... references (p. 219-229). === Polymer-based microfluidic "lab on a chip" technology promises to reduce cost...”
Published 2011
Get full text
Others -
2by Libert, Adam M. (Adam Marcus)“... substrate is limited in both scale and speed. In order to achieve higher production rates, the lab scale...”
Published 2014
Get full text
Others -
3by Merian, Christopher A“... process. This combination of high precision patterning with high throughput manufacturing techniques could...”
Published 2016
Get full text
Others -
4by Thaker, Kunal H. (Kunal Harish)“...-fluidic design, materials, and increasingly manufacturing. Polymers (Poly(methyl methacrylate)-PMMA...”
Published 2007
Get full text
Others -
5by Petrzelka, Joseph E“...-micron patterns to a substrate. Translating this lab scale process to a roll-based manufacturing platform...”
Published 2012
Get full text
Others -
6by Kim, Hyung-Jun“... in advanced to develop current lab-based microcontact printing science into plant manufacturing technology. We...”
Published 2007
Get full text
Others -
7by Dirckx, Matthew E“..., there will be a huge market for mass-produced polymer micro- devices. These devices include microfluidic "labs...”
Published 2006
Get full text
Others