【摘 要】
：
Ion current rectification (ICR) refers to an asymmetric diode-like current-voltage behavior when switching the polarity of applied voltage bias on a nanopore and negative differential resistance (NDR)
【机 构】
：
Department of Chemical and Materials Engineering, National Yunlin University of Science and Technolo
【出 处】
：
2016年大连国际微纳流体和微流控芯片大会(2016 International Conference of Micro
论文部分内容阅读
Ion current rectification (ICR) refers to an asymmetric diode-like current-voltage behavior when switching the polarity of applied voltage bias on a nanopore and negative differential resistance (NDR) refers to a negative conductance behavior, that is, the current decreases with increasing applied voltage bias.
其他文献
The phase change is the one of the efficient heat transfer phenomenon that transfer the heat along an interface between two phases.This effect can be found by condensation in the heat pipe.
Droplet based microfluidics have shown significant impact on the field of biological and chemical study 1-4.Droplet splitting, as one of the major approaches for droplet manipulations, has attracted t
Microfluidic magnetophoresis is an effective mechanism to separate bio-particles labelled with magnetic particles/beads in lab-on-a-chip applications.However, it is challenging and expensive to fabric
Separation of micro-particles in microfluidic channels is a vital process in medical and biochemical applications.Several particle separation techniques have been proposed such as separation by electr
Visible light responsive photocatalytic reduction of CO2 is one of the promising ways to solve global warming and energy crisis simultaneously by the use of solar energy.This technology shares a featu
This research presents a surface plasmon resonance sensor (SPR) sensor based on hydrodynamic focusing for efficient sample delivery and volume consumption.SPR sensor is the most highly precise, qualit
For the past two decades, flow cytometry has been widely used as a powerful analysis tool for the diagnosis of many diseases due to its ability to count, characterize and sort cells.
Introduction Microfluidic-based single-cell trapping in vitro is an emerging approach for the study of single cellular biological behaviors in response to the microenvironment.Most of the existing mic
The advance in the microfluidic technologies provides new means for microencapsulating active ingredients such as drugs, microbes, living cells, and functional materials in isolated spaces, and separa
Microfluidic mixing of ferrofluid and water has been reported in the literature by the use of magnetic field.We demonstrate in this work that electric field can not only pump fluids but also drive ins