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SANS studies on the structures of non-ionic surfactant micelles with/without ...
SANS is about the only technique that can determine the size and shape of surfactant micelles and the subsequent changes upon pesticide solubilisation. The aim of this work is... -
Assembly of supramolecular nanotubes into tubisome structures from self-assem...
Cyclic peptide-polymer conjugates can readily self-assembly into long nanotubes, and are being extensively studied for biomedical applications. Recently, we have conjugated a... -
Ion and temperature effects on the self-assembly of short peptides - SANS stu...
In this work, we have selected a group of 5 short peptides I3GGHK, I4GGHK, I3GGGHK, I3GGHHK and I3KGGH to study how changes in peptide concentration, [Cu2+] and temperature... -
Co-surfactancy of oil-soluble and water-soluble surfactants in emulsion stabi...
The structures of emulsions formed from mixed oil-soluble and water-soluble amphiphiles (respectively derivatives of polyisobutylene, PIBSA, and polyacrylamide, PAM) will be... -
SANS studies of the micellar structures of mixtures of lauroyl-L-carnitine an...
As a new group of synthetic biosurfactants, the acyl-L-carnitines offer potential for different applications including working as edible biocides. Whilst extensive studies have...