The rising requirements of computing capability with an ever-declining packaging volume
has triggered a global surge in the thermal management industry of electronic devices over …

Face masks prevent transmission of infectious respiratory diseases by blocking large
droplets and aerosols during exhalation or inhalation. While three-layer masks are generally …

Spray formation using the droplet impact on superhydrophobic mesh surfaces is particularly
important because of its application in different industries. The present study revealed that …

Droplet impact and breakup on meshes are relevant to a number of applications involving
filters, textiles, and other spatially inhomogeneous media encountering gas‐dispersed …

We investigate experimentally the effects of pore size, surface wettability, and penetration
mode on the characteristics of liquid penetration through meshes. Utilizing the impact of …

Hypothesis: Quantitative characterization of surface wettability through contact angle (CA)
measurement using the sessile droplet (SD) or captive bubble (CB) methods is often limited …

Using a mesh surface is a promising technique in oil-water separation applications. In this
paper, we investigated the dynamic impact of a silicone oil drop with different viscosities on …

液滴撞击网面现象广泛存在于自然界和一系列应用中, 液滴撞网后会穿透破碎产生二次液滴或不
破碎全部附着在网面上, 两种情况下都会残留液体在网面而形成预湿, 影响后续撞击结果 …

Hypothesis The interfacial energy γ sl between a solid and a liquid designates the affinity
between these two phases, and in turn, the macroscopic wettability of the surface by the …

Generation of monodisperse droplets by a large droplet impacting a mesh array is a
common technique in microfluidic engineering, materials science, and drug production …