Nanofluidic devices have wide potential applications in biology, chemistry and medicine, and have been proven to be very valuable in sensing biological particles (e.g., DNA and proteins) due to their efficiency, sensitivity and portability. Electrokinetic control of ion, fluid, and particle transport by using only electric field is the most popular method employed in nanofluidic devices. A comprehensive understanding of the electrokinetic ion, fluid, and particle transport in nanofluidics is essential for developing nanofluidic devices for the detection of single molecules, such as the next generation nanopore-based DNA sequencing technology. This research explored numerical simulation of electrokinetic ion and fluid transport in both solid...
Naturally nanofluidics has applications demanding the samples to be handled in exceedingly small qua...
Electrokinetics has been widely used to propel and manipulate particles in micro/nano-fluidics. The ...
Electrokinetics has been widely used to propel and manipulate particles in micro/nano-fluidics. The ...
Nanofluidic devices have wide potential applications in biology, chemistry and medicine, and have be...
A novel polyelectrolyte (PE)-modified nanopore, comprising a solid-state nanopore functionalized by ...
Nanopores are apertures of nanometric dimensions in an insulating matrix. They are routinely used to...
Electrokinetic particle translocation through a nanopore containing a floating electrode is investig...
Electrokinetic particle translocation through a nanopore containing a floating electrode is investig...
The effect of the local liquid permittivity surrounding the DNA nanoparticle, referred to as the loc...
Nanopores are nanometer sized openings that are the connection between two electrolyte filled reserv...
This dissertation work presents the efforts to study the electrofluidics phenomena, with a focus on ...
This dissertation work presents the efforts to study the electrofluidics phenomena, with a focus on ...
The electrokinetic transport dynamics of deoxyribonucleic acid (DNA) molecules have recently attract...
This dissertation work presents the efforts to study the electrofluidics phenomena, with a focus on ...
Nanofluidics investigates transport phenomena, manipulation, and control of fluids and nano-sized ob...
Naturally nanofluidics has applications demanding the samples to be handled in exceedingly small qua...
Electrokinetics has been widely used to propel and manipulate particles in micro/nano-fluidics. The ...
Electrokinetics has been widely used to propel and manipulate particles in micro/nano-fluidics. The ...
Nanofluidic devices have wide potential applications in biology, chemistry and medicine, and have be...
A novel polyelectrolyte (PE)-modified nanopore, comprising a solid-state nanopore functionalized by ...
Nanopores are apertures of nanometric dimensions in an insulating matrix. They are routinely used to...
Electrokinetic particle translocation through a nanopore containing a floating electrode is investig...
Electrokinetic particle translocation through a nanopore containing a floating electrode is investig...
The effect of the local liquid permittivity surrounding the DNA nanoparticle, referred to as the loc...
Nanopores are nanometer sized openings that are the connection between two electrolyte filled reserv...
This dissertation work presents the efforts to study the electrofluidics phenomena, with a focus on ...
This dissertation work presents the efforts to study the electrofluidics phenomena, with a focus on ...
The electrokinetic transport dynamics of deoxyribonucleic acid (DNA) molecules have recently attract...
This dissertation work presents the efforts to study the electrofluidics phenomena, with a focus on ...
Nanofluidics investigates transport phenomena, manipulation, and control of fluids and nano-sized ob...
Naturally nanofluidics has applications demanding the samples to be handled in exceedingly small qua...
Electrokinetics has been widely used to propel and manipulate particles in micro/nano-fluidics. The ...
Electrokinetics has been widely used to propel and manipulate particles in micro/nano-fluidics. The ...