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SANS Study of the interaction of model wax alcohols with non-ionic surfactant...
The understanding of the plant wax-surfactant interaction process is crucial to the development of more effective pesticide and fungicide formulations, essential for improving... -
Interaction of polypeptides with surfactants: aqueous solution aggregation
This proposal constitutes part of our ongoing study towards understanding how collagen based polypeptides interact with ionic surfactants using SANS. Both SDS and C12TAB will be... -
Quasi-elastic neutron scattering study of reconstituted plant wax films and t...
A number of studies have determined that non-ionic surfactants are capable of altering diffusion rates and transportation of both water and active ingredients thorough the waxy... -
SANS Study of the interaction of reconstituted model wheat waxes with non-ion...
The understanding of the plant wax-surfactant interaction process is crucial to the development of more effective pesticide and fungicide formulations, essential for improving... -
SANS Study of the interaction of non-ionic surfactants with wheat and barley ...
We propose to make use of SANS to determine the influence the presence of cuticular plant waxes have on the size, shape and structural properties of various non-ionic... -
Co-adsorption of eggshell membrane polypeptide-surfactant mixtures at oil-in-...
An eggshell membrane polypeptide is highly surface active and effective at emulsion stabilization. We explore how to use SANS to study the interfacial layers surrounding the... -
Solution aggregation of short peptide surfactants
Short peptide sequences consisting of hydrophobic and hydrophilic amino acid units are capable of self-assembly to lead to interfacial adsorption and solution nano-aggregation....
