The formation of patterns after the evaporation of colloidal droplets deposited on a solid
surface is an everyday natural phenomenon. During the past two decades, this topic has …

In recent years, technical advancements in high-heat-flux devices (such as high power
density and increased output performance) have led to immense heat dissipation levels that …

The dispersion stability and thermophysical properties of metal–metal oxide hybrid nanofluid
for various mixing ratios are investigated in this paper. Cu nanoparticles having high thermal …

Deposition of a passivation layer on top of the perovskite is proven to be an effective method
for improving the efficiency and long‐term stability of perovskite solar cells (PSCs). And the …

Predicting and controlling a droplet's behavior on surfaces is very complex due to several
factors affecting its nature. These factors play a crucial role in colloidal material deposition …

Droplet evaporation offers high heat rejection rates and is widely used in the form of spray
cooling or dropwise cooling of various heat dissipating devices. However, due to the limiting …

The coffee-ring structure, which is the final drying pattern of a sessile suspension droplet, is
a key factor in controlling the uniformity of the particulate deposits in various coatings. Two …

The evaporative dynamics and crystalline patterns from sessile saline droplets on various
substrates are experimentally investigated. On the silicon wafer and poly (methyl …

Our study reports the coupled effects of particle size, concentration and the substrate
roughness on the evaporation process of an aqueous sessile droplet containing silica …

We experimentally investigate the profile and morphology of the ring-like deposits obtained
after evaporation of a sessile water droplet containing polystyrene colloidal particles on a …