-
Multilayering of Methyl Ester Sulphonates at the Air-Aqueous Interface: Effec...
Surfactants usually form a single layer of molecules at the surface of water. We have shown that under certain conditions more than one layer may form. When this happens the... -
Understanding domain organization in a binary lipid mixture by SERGIS
Membranes of cells are the physical barrier between the inside and outside of the cell. Transport and signaling is control by transport and signaling proteins but their ability... -
Characterising the corrosion/inhibition mechanisms of iron in different envir...
Offshore structures such as wind turbines and oil rigs generally comprise steel structuresessentially ferritic ironand are extremely prone to corrosion, a problem that causes... -
Oxidation of bilayer of labelled DPPC by aqueous hydroxyl radical elucidati...
Oxidation of atmospheric aerosol can produce cloud condensation nuclei capable of changing the reflectivity and lifetime of clouds. The oxidation of organic film on atmospheric... -
What is the reactivity of marine atmospheric aerosol to oxidation? A study of...
The Earth's climate is strongly influenced by clouds. The oxidative processing of pollutants in clouds affects droplet size and optical properties, important effects. Common... -
Tailored interfacial properties of battery electrodes
Consisting of a positive and negative electrode, conventional batteries undergo a range of static and dynamic processes that originate at the electrode surface. As such,... -
Warm Polar Cloud Chemistry: Can the Halogen "explosion" effect cloud droplet ...
The oxidative processing of pollutants in Polar clouds affects droplet size and optical properties. Polar clouds contain naturally occurring organic lipids forming organic films... -
Comparison of Adsorbed Surfactant Behaviour under Poiseuille Flow to Cone-Pla...
As our understanding of surfactant interfacial behaviour grows it is important to assess the applicability of the results to industrial applications. In these cases there are...