This paper presents a new type of passive microfluidicmixer called the ‘‘H-micromixer’’.This type of passive micromixeris based on the splitting and recombination (SAR)process, meaning that the two fluids to be mixed are split and recombined to optimized the diffusion process.The paperalso describes an experimental investigation of the mixing process in three different geometries:T-micromixer,O-micromixer and H-micromixer. The laminar flowregime(0.08<Re<4.16)was considered during tests and image-based techniques were used to evaluate mixing efficiency.At all tested flowrates, experimental data show that the H-micromixer is more efficient than the other tested microdevices.The H-micromixer’s efficiency is very high due to the SAR proce...
The aim of this work was to quantify the performance of two well-known mixing mechanisms used in mic...
A numerical investigation of the mixing performance and fluid flow in a new split and recombine (SAR...
Rapid mixing does not readily occur at low Reynolds number flows encountered in microdevices; howeve...
In this study, a new passive ‘H-C' micromixer based on the split and recombine (SAR) principle is pr...
A new split and recombine (SAR) passive micromixer, namely the H-C mixer, is presented. The performa...
A novel passive micromixer, denoted as the Y-Y mixer, based on split-and-recombine (SAR) principle ...
Documentos apresentados no âmbito do reconhecimento de graus e diplomas estrangeirosCompared to conv...
We developed a highly efficient passive mixing device based on a split-and-recombine (SAR) configura...
Two novel passive micromixers, denoted as the Y-Y mixer and the H-C mixer, based on split-and-recomb...
This paper reports a new low-cost passive microfluidic mixer design, based on a replication of ident...
This work is focused on the I-lancing performance in passive microchannels. Experiments are performe...
Abstract This study introduces a novel generation of 3D splitting and recombination (SAR) passive mi...
This study presents experiments and computational simulations of single-layer passive micromixer des...
This research project was part of the microfluidic program in the CRC for Microtechnology, Australia...
Flow pattern in two split and recombine (SAR) micromixers were experimentally studied by -LIF measur...
The aim of this work was to quantify the performance of two well-known mixing mechanisms used in mic...
A numerical investigation of the mixing performance and fluid flow in a new split and recombine (SAR...
Rapid mixing does not readily occur at low Reynolds number flows encountered in microdevices; howeve...
In this study, a new passive ‘H-C' micromixer based on the split and recombine (SAR) principle is pr...
A new split and recombine (SAR) passive micromixer, namely the H-C mixer, is presented. The performa...
A novel passive micromixer, denoted as the Y-Y mixer, based on split-and-recombine (SAR) principle ...
Documentos apresentados no âmbito do reconhecimento de graus e diplomas estrangeirosCompared to conv...
We developed a highly efficient passive mixing device based on a split-and-recombine (SAR) configura...
Two novel passive micromixers, denoted as the Y-Y mixer and the H-C mixer, based on split-and-recomb...
This paper reports a new low-cost passive microfluidic mixer design, based on a replication of ident...
This work is focused on the I-lancing performance in passive microchannels. Experiments are performe...
Abstract This study introduces a novel generation of 3D splitting and recombination (SAR) passive mi...
This study presents experiments and computational simulations of single-layer passive micromixer des...
This research project was part of the microfluidic program in the CRC for Microtechnology, Australia...
Flow pattern in two split and recombine (SAR) micromixers were experimentally studied by -LIF measur...
The aim of this work was to quantify the performance of two well-known mixing mechanisms used in mic...
A numerical investigation of the mixing performance and fluid flow in a new split and recombine (SAR...
Rapid mixing does not readily occur at low Reynolds number flows encountered in microdevices; howeve...