【摘 要】
:
Electroosmosis is one of the most important actuation mechanism for microfluidics in the current active lab-on-chip devices [1,2].It is generated on the induced charged microchannel walls in contact w
【机 构】
:
State Key Laboratory of Applied Optics(SKLAO),Changchun Institute of Optics,Fine Mechanics and Physi
【出 处】
:
第二届微流控、纳流控及芯片实验室国际会议
论文部分内容阅读
Electroosmosis is one of the most important actuation mechanism for microfluidics in the current active lab-on-chip devices [1,2].It is generated on the induced charged microchannel walls in contact with an electrolyte solution.
其他文献
The change of the ionic current induced by the rigid and deformable nanoparticle electrophoretic movement through a single nanopore will be difference.In order to enhance the various bio-analytical na
Polar water molecules and ions are sensitive to the electric field.Thus,for the fluid-filled carbon nanotubes(CNTs),it is expected to exhibit some controllable behaviors through the electric field,whi
In this paper,the aspect ratio dependence of the electroconvection phenomenon in a suspendednematic liquid crystal film with a rectangular boundary is investigated.Two-dimensionalglobal stability anal
We present for the first time,a novel control method on droplet transient dynamics in the electric field using amplitude modulation(AM)signal,in the droplet-based microfluidics.It is demonstrated that
A high flowrate electroosmotic flow(EOF)pump group was proposed in this work.This pump group consists of two electrode layers and a fluid pumping layer.The fluid layer contains five parallel pumping c
Electroosmosis(EO)is one of the most important and widely-used transport mechanisms to pump liquids or manipulate species of interests in micro-and nanofluidic systems.The early EO was driven by direc
Proteins are clinically relevant molecules which regulate various biological activities and thus important in diagnosis and prognosis of many diseases.The early diagnostics of these diseases relies on
Rapid and efficient mixing of fluids in microfluidic devices is a significant step in the fields of biology,chemistry,medicine and so on.Mixing using electrohydrodynamics has caused considerable atten
We present herein a novel method of electrokinetic sample treatment in microfluidics,by employing the electrical Marangoni effect of a metal droplet immersed in high-conductivity buffer solution.Induc
Micromixers are often vital components for lab-on-a-chip devices,because mixing is required for the detection/analysis of chemical or biochemical content [1].The flow of liquids containing dissolved i