University of Melbourne / Macquarie University / / /
IndustryTerm
detergent solution / vicinal silanol / Online Published / similar device / isolated silanol / vicinal and germinal groups / electrolyte solution / Online Paper Lab / nanofluidic systems / nanofluidic device / electrolyte concentration solutions / polar solvent systems / separation devices / aqueous solutions / biosensor technology / electrolyte solutions / activation energy / fresh solution / silanol groups / /
Organization
University of Melbourne / Department of Chemical and Biomolecular Engineering / Lab on a Chip Paper From / Lab on a Chip Fig / View Article Online Lab / Paper Lab on a Chip / Department of Engineering / Macquarie University / Lab on a Chip Nernst / Royal Society of Chemistry / MQ BioFocus Research Centre / Australian Research Council / Lab on a Chip Paper / View Article Online Lab on a Chip Paper / /
Person
David W. Inglisbc / Wei-Lun Hsu / / /
Position
left end / /
PublishedMedium
Lab on a Chip / /
Technology
semiconductor / biosensor technology / Lab on a Chip / electrophoresis / dielectric / molecule Lab Chip / 0 dy Lab Chip / random access / Simulation / silica Lab Chip / Lab Chip / /
Concentration gradient focusing and separation in a silica nanofluidic channel with a non-uniform electroosmotic flow