Add to ORKGThis paper reviews work on a microfluidic system that relies on chaotic advection to rapidly mix multiple reagents isolated in droplets (plugs). Using a combination of turns and straight sections, winding microfluidic channels create unsteady fluid flows that rapidly mix the multiple reagents contained within plugs. The scaling of mixing for a range of channel widths, flow velocities and diffusion coefficients has been investigated. Due to rapid mixing, low sample consumption and transport of reagents with no dispersion, the system is particularly appropriate for chemical kinetics and biochemical assays. The mixing occurs by chaotic advection and is rapid (sub-millisecond), allowing for an accurate description of fast reaction kinetics. In ...
Millisecond mixing and transport with no dispersion are achieved by unsteady flows induced in drople...
Rapid freeze-quench (RFQ) trapping of short-lived reaction intermediates for spectroscopic study pla...
It is difÞcult to mix solutions in microchannels. Under typical operating conditions, ßows in these ...
This paper reviews work on a microfluidic system that relies on chaotic advection to rapidly mix mul...
This paper reviews work on a microfluidic system that relies on chaotic advection to rapidly mix mul...
This paper reviews work on a microfluidic system that relies on chaotic advection to rapidly mix mul...
Small-scale mixing is of uttermost importance in bio- and chemical analyses using micro TAS (total a...
Achieving rapid mixing is often desirable in microfluidic devices, for example in improving reation ...
This paper reports an experimental characterization of a simple method for rapid formation of drople...
We use a microdevice where microdroplets of reagents are generated and coalesce in a carrier continu...
ABSTRACT This article demonstrates that the rate of mixing can regulate the rate and outcome of both...
Millisecond mixing and transport with no dispersion are achieved by unsteady flows induced in drople...
Order from chaos: Microfluidic chaotic mixing shows a significant improvement in the equilibration t...
Order from chaos: Microfluidic chaotic mixing shows a significant improvement in the equilibration t...
Order from chaos: Microfluidic chaotic mixing shows a significant improvement in the equilibration t...
Millisecond mixing and transport with no dispersion are achieved by unsteady flows induced in drople...
Rapid freeze-quench (RFQ) trapping of short-lived reaction intermediates for spectroscopic study pla...
It is difÞcult to mix solutions in microchannels. Under typical operating conditions, ßows in these ...
This paper reviews work on a microfluidic system that relies on chaotic advection to rapidly mix mul...
This paper reviews work on a microfluidic system that relies on chaotic advection to rapidly mix mul...
This paper reviews work on a microfluidic system that relies on chaotic advection to rapidly mix mul...
Small-scale mixing is of uttermost importance in bio- and chemical analyses using micro TAS (total a...
Achieving rapid mixing is often desirable in microfluidic devices, for example in improving reation ...
This paper reports an experimental characterization of a simple method for rapid formation of drople...
We use a microdevice where microdroplets of reagents are generated and coalesce in a carrier continu...
ABSTRACT This article demonstrates that the rate of mixing can regulate the rate and outcome of both...
Millisecond mixing and transport with no dispersion are achieved by unsteady flows induced in drople...
Order from chaos: Microfluidic chaotic mixing shows a significant improvement in the equilibration t...
Order from chaos: Microfluidic chaotic mixing shows a significant improvement in the equilibration t...
Order from chaos: Microfluidic chaotic mixing shows a significant improvement in the equilibration t...
Millisecond mixing and transport with no dispersion are achieved by unsteady flows induced in drople...
Rapid freeze-quench (RFQ) trapping of short-lived reaction intermediates for spectroscopic study pla...
It is difÞcult to mix solutions in microchannels. Under typical operating conditions, ßows in these ...