Hai Wang, Wei Li
Abstract
Mixing on the micro scale has been considered as one of the most challenging tasks in microfluidic related chemical and biological applications. With a trend for polymeric microfluidic systems, a simple yet efficient passive micromixer is highly preferred [1–2].
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Mixing on the micro scale has been considered as one of the most challenging tasks in microfluidic related chemical and biological applications. With a trend for polymeric microfluidic systems, a simple yet efficient passive micromixer is highly preferred [1–2].
Key concepts: Micromixer, Microfluidics, Fabrication, Mixing (physics), Materials science, Nanotechnology, Porosity, Ultrasonic sensor