Drying drops of colloidal dispersions have attracted attention from researchers since the
nineteenth century. The multiscale nature of the problem involving physics at different …

The drying of complex fluids involves a large number of microscopic phenomena (transport
and organization of non-volatile solutes) as well as hydrodynamic and mechanical …

Recently, thin-film deposition of quantum dot (QDs) to manufacture solar cells and displays
have received significant attention due to the lucrative optoelectronic properties of these …

The evaporation of particle-laden droplets on a substrate usually results in ring-like deposits
due to particle migration to the contact lines. This ubiquitous phenomenon, known as the …

The advents in flexible and smart technology like wearable electronics have accelerated the
demand for high‐performance energy‐storage devices. These devices could significantly …

Electrical patterns that can be formed with high electrical conductivity and mechanical
robustness under mild conditions are critical for develo** flexible electronics with heat …

In this work, by fully exploring the stimulus response of the guest-functionalized infinite
coordination polymers (ICPs), a double-ratio colorimetric and fluorometric dual mode assay …

This work having an experimental character aims to study the drop coalescence process
during the inkjet printing. Exemplified by titania-based inks, the influence ofn substrate …

Inkjet technology has become popular in the field of printed electronics due to its superior
properties such as simple processes and printable complex patterns. Electrical conductivity …

In solid substrates, colloidal solutions produce irregular deposits on the surface by
Marangoni flow and capillary flow during evaporation. Reportedly, perovskite quantum dots …