Droplets abound in nature and technology. In general, they are multicomponent, and, when
out of equilibrium, have gradients in concentration, implying flow and mass transport …

Droplets at solid–liquid interfaces play essential roles in a broad range of fields, such as
compartmentalized chemical reactions and conversions, high-throughput analysis and …

My interest in dew and Breath Figures (BFs, the pattern that forms on a cold surface when
breathing) started long ago when I was intrigued to see a ring around a streetlight from the …

Hypothesis Surface nanodroplets have recently been employed for in situ chemical analysis
leveraging their low volume, eg O (10− 15 L), that enables rapid analyte extraction and pre …

This work demonstrates an original and ultrasensitive approach for surface‐enhanced
Raman spectroscopy (SERS) detection based on evaporation of self‐lubricating drops …

As the most complex and heaviest component in bitumen, asphaltene precipitation induced
by solvent dilution is important in oil sands extraction to remove solids and water from …

In this work, the solvent‐exchange crystallization processes of beta‐alanine in mixture of
isopropanol and water on solid surfaces are reported. As the antisolvent isopropanol …

Here, we study how nanobubbles nucleate on rough hydrophobic surfaces, using long-time
standard simulations to directly observe the kinetic pathways and using constrained …

Solvent exchange is a simple solution-based process to produce surface nanodroplets over
a large area. The final size of the droplets is determined by both the flow and solution …

A greener analytical technique for quantifying compounds in dense suspensions is needed
for wastewater and environmental analysis, chemical or bio-conversion process monitoring …