Controlled manipulation of synthetic particles and biological cells from a complex mixture is important to a wide range of applications in biology, environmental monitoring, and pharmaceutical industry. In the past two decades microfluidics has evolved to be a very useful tool for particle and cell manipulations in miniaturized devices. A variety of force fields have been demonstrated to control particle and cell motions in microfluidic devices, among which electrokinetic techniques are most often used. However, to date, studies of electrokinetic transport phenomena have been primarily confined within the area of microchannels. Very few works have addressed the electrokinetic particle motion at the reservoir-microchannel junction which acts...
The investigation of electrokinetic particle transport in confined microchannels has practical signi...
Electrokinetic manipulation refers to the control of particle and cell motions using an electric fie...
Electrokinetics has been widely used to propel and manipulate particles in micro/nano-fluidics. The ...
Controlled manipulation of synthetic particles and biological cells from a complex mixture is import...
ii The investigation of electrokinetic particle transport in confined microchannels has practical si...
This thesis research aims at advancing our understanding of the coupled electric and hydrodynamic pr...
Microfluidics refers to systems composed of fluid conduits and chambers with characteristic dimensio...
Electrokinetics plays an important role in facilitating fluid transport and particle manipulation in...
194 p.The emergence of Lab-on-a-Chip technologies has instilled an ever-growing interest in the desi...
Numerous applications of micro-/nanofluidics are related to particle transport in micro-/nanoscale c...
Numerous applications of micro-/nanofluidics are related to particle transport in micro-/nanoscale c...
International audienceAC electrokinetics is becoming a strategic tool for lab-on-a-chip systems due ...
Thesis (Ph.D.), School of Mechanical and Materials Engineering, Washington State UniversityRecent ex...
Electrokinetics has materialized as one of the most established techniques for manipulation and tran...
Microfluidic systems offer integration of multiple functions on a single platform. Automated or remo...
The investigation of electrokinetic particle transport in confined microchannels has practical signi...
Electrokinetic manipulation refers to the control of particle and cell motions using an electric fie...
Electrokinetics has been widely used to propel and manipulate particles in micro/nano-fluidics. The ...
Controlled manipulation of synthetic particles and biological cells from a complex mixture is import...
ii The investigation of electrokinetic particle transport in confined microchannels has practical si...
This thesis research aims at advancing our understanding of the coupled electric and hydrodynamic pr...
Microfluidics refers to systems composed of fluid conduits and chambers with characteristic dimensio...
Electrokinetics plays an important role in facilitating fluid transport and particle manipulation in...
194 p.The emergence of Lab-on-a-Chip technologies has instilled an ever-growing interest in the desi...
Numerous applications of micro-/nanofluidics are related to particle transport in micro-/nanoscale c...
Numerous applications of micro-/nanofluidics are related to particle transport in micro-/nanoscale c...
International audienceAC electrokinetics is becoming a strategic tool for lab-on-a-chip systems due ...
Thesis (Ph.D.), School of Mechanical and Materials Engineering, Washington State UniversityRecent ex...
Electrokinetics has materialized as one of the most established techniques for manipulation and tran...
Microfluidic systems offer integration of multiple functions on a single platform. Automated or remo...
The investigation of electrokinetic particle transport in confined microchannels has practical signi...
Electrokinetic manipulation refers to the control of particle and cell motions using an electric fie...
Electrokinetics has been widely used to propel and manipulate particles in micro/nano-fluidics. The ...