Lin Q. – TechConnect Briefs

System Simulations of Complex Electrokinetic Passive Micromixers

Wang Y., Lin Q., Mukherjee T., Carnegie Mellon University, US

This paper presents a composable system simulation framework using an analog hardware description language implementing behavioral models for electrokinetic micromixers that are capable of accurately capturing the effects of mixer topology/geometry, flow ratio and material [...]

CNTs-Insulator- Semiconductor System for Chemical and Biological Sensor Applications

Cheon J-H, Lin Q., Kong B-D, Kang D.W., Kim L., Suh J.S., Park Y.J., Min H.S., Seoul National University, KR

In this paper, an Electrolyte-CNTs-Insulator-Semiconductor capacitor has been prepared due to compatibility with CMOS technology. To prepare this capacitor, we used the bonding technique to combine the MWNT array.It shows that the surface potential modulation [...]

Composable System Simulation of Dispersion in Complex Electrophoretic Separation Microchips

Wang Y., Lin Q., Mukherjee T., Carnegie Mellon University, US

This paper presents a composable system simulation framework for electrophoretic separation microchips, using an analog hardware description language integrating analytical dispersion models that describe not only the behavior of individual components, but also the interactions [...]

Modeling of Joule Heating in Electrophoretic Separation Microchips

Wang Y., Lin Q., Hoburg J.F., Mukherjee T., Carnegie Mellon University, US

This paper presents a model for Joule heating induced analyte dispersion in electrophoretic separation channels with a rectangular cross section. The model is in closed form and captures the effect of cross-sectional geometry. Three-dimensional numerical [...]