We have carried out investigations geared toward the fundamental understanding of the transport behavior in planar microfluidic membraneless fuel cells with the intent of locally enhancing mass transport, while maintaining laminar flow between fuel and oxidant streams. In order to accomplish this, we have employed staggered herringbone micromixers which were generated using microfabrication tec...

Microfluidic systems provide valuable tools for exploring, studying, and optimizing organic syntheses. The small scales and fast transport rates allow for faster experiments and lower amounts of chemicals to be used, reducing costs and increasing safety. Additionally, continuous flow processes allow for a large number of experiments to be performed after a single setup. These advantages were ex...