The interplay between the solid surface properties and transport phenomena during sessile
droplet evaporation is extremely important in solid deposition processes. Engineering …

Evaporation of a binary mixture droplet (BMD) is a common natural phenomenon and widely
applied in many industrial fields. For the case of a sessile BMD being the only contact-line …

In many printing technologies involving multicomponent liquids, the deposition and printing
quality depend on the small-scale transport processes present. For liquids with dispersed …

Marangoni instabilities of a sessile droplet of 0.65 cSt silicone oil evaporating at constant
contact line mode are experimentally investigated in a wide range of the substrate …

Marangoni instabilities in a sessile droplet evaporating at constant contact angle mode on a
heated substrate were investigated through a series of experiments. The quasi-steady state …

Although the evaporation flux distribution in droplets on lyophobic surface is quite different
from that on lyophilic surface, the flow patterns of Marangoni convection in droplets on …

A simplified model is developed, which allows us to perform computer simulations of the
particles transport in an evaporating droplet with a contact line pinned to a hydrophilic …

Due to continuous variation of contact angle of a sessile droplet during evaporation at
constant contact line mode, the behaviors of Marangoni convection inside the droplet would …

Although various Marangoni instability patterns have been observed in evaporating sessile
droplets, most are limited to a small contact angle. As a result, the droplets resemble a flat …

Marangoni instabilities in an easily volatile sessile droplet of n-hexane evaporating at
constant contact angle mode were investigated through a series of experiments. Once the …