This article reviews the challenge of expanding the current research focus on water and CO
2 electrolysis from catalyst-related insights towards achieving complete understanding of the …

Here, we describe the development and characterisation of a flow sensor for microfluidic
applications. The flow sensor utilises two miniaturised commercial pressure sensors …

In this study, numerical simulation and particle image velocimetry experiments were
performed to investigate an adaptive flow and heat transfer control structure based on shape …

Velocity fields in flow in permeable media are of great importance to many subsurface
processes such as geologic storage of CO2, oil and gas extraction, and geothermal systems …

Particle image velocimetry (PIV) is a valuable tool for experimentally studying multiphase
flows. In order to distinguish the flow dynamics of each individual phase, proper image …

Here we developed an innovative flow sensor using ultrathin (ie,) glass sheet fabricated by
femtosecond laser processing. The sensor can quantify the flow velocity of liquid flows by …

Strategies to stir and mix reagents in microfluid devices have evolved concomitantly with
advancements in manufacturing techniques and sensing. While there is a large array of …

Suspension cultures are widely used for cell expansion in regenerative medicine and
production. Shaking culture is one of the useful suspension culture methods that ensures …

A robust and easy-to-apply automatic static mask generation technique for PIV images is
described. The technique is used after background removal operations and requires an …

Nucleic acid extraction is the first step in nucleic acid analysis. Currently, designing an
efficient, robust, and automated nucleic acid extraction system has been a challenging topic …