GC.001 Carbon nanotubes in liquid suspension:Electric-field-induced alignment and opticalanisotropy

Jerry W. Shan, Matthew Brown, Chen Lin (RutgersUniversity)

GC.002 Optical Microscope Study of LiquidTransport in Carbon Nanotubes

Haim Bau, Byong Kim, Sinha Shashank, Michael Riegelman(University of Pennsylvania)

GC.003 Capillary filling ofnano-channels

Nicolas Bremond, Detlef Lohse (Physics of Fluids -University of Twente), Niels Tas, Jeroen Haneveld (BIOS_TST -University of Twente)

GC.004 Transient Electroosmotic flow inNano-channels

Pradeep Gnanaprakasam, A.T. Conlisk (The Ohio StateUniversity)

GC.005 Electroosmotic Mixing inNanochannels

A.T. Conlisk, Lei Chen (The Ohio StateUniversity)

GC.006 Electroosmosis in a Bottleneck:Geometrically Mediated Eddies

Stella Park (Harvard University, Dept. of Molecular amp;Cellular Biology), Christopher Russo (Harvard University,Division of Eng. amp; App. Sci. and Harvard-MIT Division ofHealth Sciences amp; Technology), Daniel Branton (HarvardUniversity, Dept. of Molecular and Cellular Biology), JeneGolovchenko (Harvard University, Division of Eng. amp; App.Sci. and Dept. of Physics), Howard Stone (Harvard University,Division of Eng. amp; App. Sci.)

GC.007 Microfluidic applications ofinduced-charge electro-osmosis

Jeremy Levitan, Martin Bazant (Mathematics, MIT andInstitute for Soldier Nanotechnologies), ShankarDevanesathipathy (Chemical Engineering, MIT), Hongwei Sun(Mathematics, MIT), Todd Thorsen (Mechanical Engineering, MITand ISN)

GC.008 Multiscale Simulation of ElectroosmoticMicrochannel Flow with Resolved Electric Double Layer

Bert Debusschere, Helgi Adalsteinsson (Sandia NationalLaboratories, Livermore, CA)

GC.009 Secondary electroosmotic flow inmicrochannels with nonuniform and asymmetric Zetapotential

Jinbai Zhang (LNM Institute of Mechanics, ChineseAcademy of Sciences), Guowei He (Center for TurbulenceResearch, Stanford University), Feng Liu (University ofCalifornia, Irvine)

GC.010 Velocity Measurements Inside theElectric Double Layer in Electrosomotic Flow

Reza Sadr, Minami Yoda (Georgia Institute ofTechnology), Pradeep Gnanaprakasam, A. Terry Conlisk (OhioState University)