Session: Microfluidics and Small Scale Flows II (2010 Annual Meeting)

Description:

This session of contributed talks will focus on microhydrodynamic phenomena in the low-Reynolds number regime. Topics will include studies of flow, particle manipulation, and heat and mass transfer in microfluidic devices.

Sponsor:

Fluid Mechanics

Chair:

Brian J. Kirby
Assistant Professor
Cornell University
Sibley School of Mechanical & Aerospace Engineering
Ithaca, NY 14853
Phone Number: 607-255-4379
Fax Number: 607-255-1222
Email: bk88@cornell.edu

Co-Chair:

Eric S. G. Shaqfeh
Professor
Stanford University
Departments of Chemical and of Mechanical Engineering
Stanford, CA 94305
Phone Number: 650-723-3764
Email: esgs@stanford.edu

Papers:

475a

Electrokinetic Vortices Due to Anomalous Polarization at a Nanoslot Entrance
Hsueh - Chia Chang, University of Notre Dame; Gilad Yossifon, Technion

475b

The Effects of Surface Chemistry On Induced Charge Electrokinetics
Andrew J. Pascall, University of California, Santa Barbara; Todd M. Squires, University of California, Santa Barbara

475c

Suppression of Electrokinetic Flows by Surface Roughness
Robert J. Messinger, University of California; Todd M. Squires, University of California

475d

Characterization and Detection of Waterborne Pathogen Based On Dielectrophoresis
Kun-Shyong Chow, Nanyang Technological University

475e

Effects of Electrothermally-Induced Flow On Electrodeless (insulative) Dielectrophoresis Devices
Benjamin G. Hawkins, Cornell University; Brian J. Kirby, Cornell University

475f

Continuous Flow Cell Sorter Based On Dielectrophoresis
Fang Yang, University of South Carolina; Xiaoming Yang, WJB Dorn Veterans Affairs Medical Center, Columbia, South Carolina; Hong Jiang, GraceFlow Technology, Irmo, SC; Guiren Wang, University of South Carolina

475g

Electro-Coflow: A Novel Approach to Controlled Droplet Generation Using Microfluidics
Venkata R. Gundabala, Georgia Institute of Technology; Alberto Fernandez-Nieves, Georgia Institute of Technology

475h

Hydrodynamic Positioning of Buoyant Drops and Bubbles Inside Microfluidic Channels
Claudiu A. Stan, Harvard University; Audrey K. Ellerbee, Harvard University; Laura Guglielmini, Princeton University; Howard A. Stone, Princeton University; George M Whitesides, Harvard University

475i

Inertial Microfluidic Sample Focusing for High Speed Flow Cytometry
John Oakey, Massachusetts General Hospital; Robert Applegate Jr., University of New Mexico; Dino Di Carlo, University of California, Los Angeles; Eric Arellano, University of New Mexico; Steven W. Graves, The University of New Mexico; Mehmet Toner, Massachusetts General Hospital

475j

The Role of Surfactant Mass Transport in the Formation of Microscale Droplets
Wingki Lee, Carnegie Mellon University; Nicolas Alvarez, Carnegie Mellon University; Lynn M. Walker, Carnegie Mellon University; Shelley L. Anna, Carnegie Mellon University

See more of this Group/Topical: Engineering Sciences and Fundamentals

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