Recently the development of superhydrophobic surfaces with one-tier or hierarchical
textures has drawn increasing attention because enhanced condensation heat transfer has …

Nanostructured superhydrophobic surfaces have been actively explored to promote
favorable droplet dynamics for a wide range of technological applications. However, the …

Superhydrophobic surfaces enhance condensation by inhibiting the formation of an
insulating liquid layer. While this produces efficient heat transfer at low supersaturations …

Condensation on superhydrophobic nanostructured surfaces offers new opportunities for
enhanced energy conversion, efficient water harvesting, and high performance thermal …

Micro/nano (two-tier) structures are often employed to achieve superhydrophobicity. In
condensation, utilizing such a surface is not necessarily advantageous because the …

Dropwise condensation can enhance heat transfer by an order of magnitude compared to
film condensation. Superhydrophobicity appears ideal to promote continued dropwise …

Design of hierarchical micromorphology represents an important strategy for developing
functional surfaces but has yet to be achieved for promising long-term dropwise …

Achieving sustainable dropwise condensation is still a challenge for the industrial
applications of bio‐inspired superhydrophobic surfaces in the field of phase‐change heat …

Superhydrophobic surfaces are receiving increasing attention due to the enhanced
condensation heat transfer, self-cleaning, and anti-icing properties by easing droplet self …

Condensation on superhydrophobic nanostructured surfaces offers new opportunities for
enhanced energy conversion, efficient water harvesting, and high performance thermal …