Capillary hydrodynamics has three considerable distinctions from macrosystems: first, there
is an increase in the ratio of the surface area of the phases to the volume that they occupy; …

Experimental studies employing advanced measurement techniques have played an
important role in the advancement of two-phase microfluidic systems. In particular, flow …

Increasingly smaller electronics requires improvement in performance of cooling systems to
keep it operating reliably. We present herein a novel experimental study of convective heat …

Liquid cooling is an efficient way to remove heat fluxes with magnitudes up to 10,000
W/cm2. One limitation of current single-phase microchannel heat sinks is the relatively low …

Due to the effect of unit stages, the gas-liquid flow and the interphase forces in the
multistage multiphase pump are more disordered, which will affect the energy conversion …

This paper presents an experimental investigation on influence of liquid physical properties
and channel diameter on gas–liquid flow patterns in horizontal circular microchannels with …

Present research highlights the potential of apparatuses with integrated minichannel
packings to intensify gas-liquid-solid contacting. Especially an operation of these devices …

In the present work, the phase split occurring at microchannel junctions with the square
cross-section of 0.5× 0.5 mm 2 was investigated experimentally under adiabatic condition …

The flow patterns and bubble characteristics formed during gas–liquid flows in a circular co-
flow mini-channel with carboxymethyl cellulose (CMC) aqueous solutions are investigated …

This paper presents and investigates a concept for a flexible direct methanol micro-fuel cell
(FDMMFC) based on the microstructuring of a Cr/Au metalized, thin polymer film of …