Water is a unique solvent that is ubiquitous in biology and present in a variety of solutions,
mixtures, and materials settings. It therefore forms the basis for all molecular dynamics …

The aim of this review is to report changes in irrigated cotton water use from research
projects and on-farm practice-change programs in Australia, in relation to both plant-based …

Herein, a localized interfacial activation strategy is proposed to promote solar evaporation.
Considering that surfactants can weaken water interaction but on the other hand block …

In Earth's atmosphere, the surface tension of sub-micron aerosol particles is suspected to
affect their efficiency in becoming cloud droplets. But this quantity cannot be measured …

In the framework of the quantum chemical PM3 method, the monolayers of the aliphatic
alcohols C n H2 n+ 1OH (n= 6–16) of the hexagonal monolayer structure at the air/water …

It is an established fact that huge quantities of water are lost from lakes, reservoirs and soils
by evaporation. This assumes greater significance in arid and semi-arid regions around the …

The review discusses the development of a quantum chemical approach for calculating the
thermodynamic clusterization parameters of surfactants at the air/water interface. It …

Long chain fatty acids and alcohols are low volatile species in continental and marine
aerosols. We established a surface film model by Langmuir trough to investigate the …

Recent progress in modeling of the surfactant behavior from atomistic to continuous at the
air/water interface across different space-time scales is reviewed. Advantages and …

Retardation of evaporation by monomolecular films by a 'barrier model'does not explain the
effect of air velocity on relative evaporation rates in the presence and absence of such films …