A
Ali Beskok
Researcher at Southern Methodist University
Publications - 148
Citations - 7350
Ali Beskok is an academic researcher from Southern Methodist University. The author has contributed to research in topics: Knudsen number & Dielectrophoresis. The author has an hindex of 39, co-authored 145 publications receiving 6621 citations. Previous affiliations of Ali Beskok include Washington State University & Old Dominion University.
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Journal ArticleDOI
Quantification of chaotic strength and mixing in a micro fluidic system
Ho Jun Kim,Ali Beskok +1 more
TL;DR: In this paper, a comparison of five different techniques commonly employed to identify the chaotic strength and mixing efficiency in micro fluidic systems is presented to demonstrate the competitive advantages and shortcomings of each method.
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A phenomenological continuum model for force-driven nano-channel liquid flows
TL;DR: A phenomenological continuum model is developed using systematic molecular dynamics simulations of force-driven liquid argon flows confined in gold nano-channels at a fixed thermodynamic state and excellent agreements between the model and the MD simulations are reported for channel heights as small as 3 nm for various liquid-solid pairs.
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Confined chemiluminescence detection of nanomolar levels of H2O2 in a paper–plastic disposable microfluidic device using a smartphone
TL;DR: The design and characterization of a disposable light shielded paper-plastic microfluidic device that can detect nanomolar levels of H2O2 using a smartphone camera and a light sealed accessory is reported.
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Surface charge-dependent transport of water in graphene nano-channels
TL;DR: In this article, the surface charge was used to model long-range Coulomb interactions in deionized water flow through positively charged graphene nano-channels, and the cutoff distance used for Coulomb forces was systematically increased until the density distribution and orientation of water atoms converged to a unified profile.
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Negative dielectrophoretic capture of bacterial spores in food matrices
TL;DR: A microfluidic device with planar square electrodes is developed for capturing particles from high conductivity media using negative dielectrophoresis (n-DEP), which facilitates integration of immunoassay and other surface sensors onto the particle capture sites for rapid detection of target micro-organisms in the future.