We have used dynamic headspace analysis to investigate the evaporation rates of perfume
oils from stirred oil-in-water emulsions into a flowing gas stream. We compare the behavior …

Several predictive GE methods based on the group-contribution concept have been tested
for prediction of multicomponent vapor–liquid equilibria (VLE) of fragrance mixtures. The …

A new methodology based on Henry's law is proposed for modeling the release of
fragrances from a simplified matrix commonly used in consumer products' formulations. For …

A comparison of two psychophysical odor intensity models and their effect on the prediction
of the odor character for perfume mixtures is presented. The odor value (OV) and Power …

Emulsions developed for topical applications have attracted so much interested over the last
years, due to their characteristics, stability and possibility to work as Nano carrier to deliver …

The conventional treatment of catastrophic inversion is based on a two-phase model of oil-in-
water (O/W) or water-in-oil (W/O). The present investigation takes a closer look at the …

Three emulsions of geranyl acetate (GA)-in-water (W) with identical GA/W ratios and varying
surfactant (S), Laureth 4, a commercial C12EO 4 compound, fractions were investigated for …

What summons this writing today is shedding light on my lifetime merits (Dr. Abeer Al-
Bawab) leading up to becoming the first Jordanian woman to receive the IUPAC award.“I …

Water and a geranyl acetate solution of a non-ionic surfactant, a commercial C12EO4, were
brought into contact in amounts to give a combination of a lamellar liquid crystal and an oil …

The equilibration between phases in an emulsion of tartaric acid stabilized by a commercial
non-ionic surfactant, Laureth 4, was studied by contacting layers of water, tartaric acid and …