The small size and contactless environment of aerosol droplets results in unique surface
compositions compared to macroscopic solutions. The large surface-area-to-volume ratio …

Liquid marbles are being promoted as a replacement for conventional droplets in digital
microfluidics. Liquid marbles can be remotely controlled by an external magnetic field if …

Amphiphilic aroma molecules, representatives of fragrance molecules, are introduced as
dynamic volatile surfactants. Surface tension of their aqueous solutions proves to be a …

The rainbow patterns of oblate spheroidal drops have been observed in experiments nearly
forty years ago [Nature312, 529 (1984) 10.1038/312529a0]. However, the prediction for …

This study simulated and experimentally evaluates the effect of signal noise of 5–60 dB on
the inversion accuracy of the global rainbow signals of droplets with three typical size …

Rainbow refractometry can offer simultaneous measurement of refractive index and size of
droplets and has recently undergone interesting developments in spray measurement …

Rainbow refractometry has been used in the past to measure size and refractive index of
spherical particles, typically droplets in a spray. In the present study, conventional optical …

Optofluidic resonators are capable of characterizing various fluidic media. Here, we propose
an optofluidic microbottle resonator (OFMBR) that is applied to generate pendant droplets …

Evaporation characteristics of interacting fuel droplets under the joint effect of ambient
pressure, temperature and droplet size and spacing are critical to combustor design and …

Considerable interest and demand exists in multi-parameter characterization of colloidal
droplets. However, an optical in-situ characterization of such droplets is a particular …