Droplet dynamics and condensation phenomena are widespread in nature and industrial
applications, and the fundamentals of various technological applications. Currently, with the …

Coalescence-induced droplet jumping has the potential to enhance the efficiency of a
plethora of applications. Although binary droplet jumping is quantitatively understood from …

Coalescence-induced droplet jumping has the potential to enhance the performance of a
variety of applications including condensation heat transfer, surface self-cleaning, anti-icing …

Rapid shedding of microdroplets enhances the performance of self-cleaning, anti-icing,
water-harvesting, and condensation heat-transfer surfaces. Coalescence-induced droplet …

Coalescence-induced droplet jumping on superhydrophobic surfaces have recently
received significant attention owing to their potential in a variety of applications. Previous …

With the development of superhydrophobic surface preparation technology, coalescence-
induced droplet jumping shows broad application prospects in the fields of enhanced …

Due to the excellent heat transfer efficiency, dynamic behaviors of coalescence-induced
droplet jumping on superhydrophobic surfaces have been extensively investigated to …

Abstract Superhydrophilic-hydrophobic (SHPi-HPo) network hybrid surface was designed to
investigate the condensation heat transfer using stainless steel as substrate material. The …

Macrostructures exhibit excellent performance in coalescence-induced droplet jumping
enhancement. Previous velocity prediction models were mainly established for flat plain …

Enhancing the horizontal mobility of coalesced droplets on a plane could promote droplet
jumping. Here, we achieve enhanced horizontal mobility of a coalesced jumping droplet on …