A novel microdevice for passively mixing liquid samples based on surface tension and a geometrical mixing chamber is presented. Due to the laminar flow regime on the microscale, mixing becomes difficult if not impossible. We present a micromixer where a constantly changing time dependent flow pattern inside a two sample liquid plug is created as the plug simply passes through the planar mixer chamber. The device requires no actuation during mixing and is fabricated using a single etch process. The effective mixing of two coloured liquid samples is demonstrated.QC 20100525 QC 20111101</p
Flows in a microchannel are laminar, which means that mixing depends on only inter-diffusion. A micr...
This paper proposes a high efficient micro mixer, passively employing surface tension force as drivi...
A new concept for micro-mixing of liquid is introduced and feasibility is demonstrated. The mixer al...
A novel microdevice for passively mixing liquid samples based on surface tension and a geometrical m...
Micromixing is a crucial process within microfluidic systems such as micro total analysis systems (?...
Rapid mixing of two fluids in microchannels has posed an important challenge to the development of m...
In this paper, we explore the possibility of improving the efficiency of Dean vortex-based mixers by...
This paper reports a new low-cost passive microfluidic mixer design, based on a replication of ident...
Abstract Fast mixing of small volumes of solutions in microfluidic devices is essential for an accur...
Abstract A novel passive micromixer concept is presented. The working principle is to make a control...
We report a microfluidic chaotic micromixer with staggered herringbone grooves having a geometry opt...
This paper describes the design, simulation, fabrication and experimental analysis of a passive micr...
This paper proposes a high efficient micro mixer, passively employing surface tension force as drivi...
The problem of passive micromixing has been analyzed. Laminar flow in microchannels implies that tra...
[[abstract]]This paper proposes a high efficient micro mixer, passively employing surface tension fo...
Flows in a microchannel are laminar, which means that mixing depends on only inter-diffusion. A micr...
This paper proposes a high efficient micro mixer, passively employing surface tension force as drivi...
A new concept for micro-mixing of liquid is introduced and feasibility is demonstrated. The mixer al...
A novel microdevice for passively mixing liquid samples based on surface tension and a geometrical m...
Micromixing is a crucial process within microfluidic systems such as micro total analysis systems (?...
Rapid mixing of two fluids in microchannels has posed an important challenge to the development of m...
In this paper, we explore the possibility of improving the efficiency of Dean vortex-based mixers by...
This paper reports a new low-cost passive microfluidic mixer design, based on a replication of ident...
Abstract Fast mixing of small volumes of solutions in microfluidic devices is essential for an accur...
Abstract A novel passive micromixer concept is presented. The working principle is to make a control...
We report a microfluidic chaotic micromixer with staggered herringbone grooves having a geometry opt...
This paper describes the design, simulation, fabrication and experimental analysis of a passive micr...
This paper proposes a high efficient micro mixer, passively employing surface tension force as drivi...
The problem of passive micromixing has been analyzed. Laminar flow in microchannels implies that tra...
[[abstract]]This paper proposes a high efficient micro mixer, passively employing surface tension fo...
Flows in a microchannel are laminar, which means that mixing depends on only inter-diffusion. A micr...
This paper proposes a high efficient micro mixer, passively employing surface tension force as drivi...
A new concept for micro-mixing of liquid is introduced and feasibility is demonstrated. The mixer al...