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Self-assembly of low surface energy single chain surfactants at low and high ...
The research topic is Green Low Surface Energy Materials (LSEMs), with the aim to develop new hydrocarbon (HC) architectures to replace environmentally hazardous fluorocarbon... -
Self-assemble behaviour of surfactant in alcohol/water co-solvents
The self-assembly behavior of surfactant in alcohol/water co-solvent is quite different from aqueous solution, and has got less attention. Nevertheless, these systems have great... -
Optimizing micellar drug solubilisation using surfactant designed with a hydr...
In our recent research at Kings we have shown that significant increases in micellar drug solubilization can be achieved by matching' the hydrophobe of a drug with the... -
Constructing analogues of gemini and oligomeric surfactants through noncovale...
Gemini-like and oligomeric-like surfactants can be constructed by single-chain or gemini surfacants with connecting molecules through noncovalent binding without complicated... -
Zwitterion doped PEDOT:PSS bulk morphology modification as a function of dopi...
We propose to use SANS to study the intra-particle information (size, shape, interactions) of pristine and zwitterion doped PEDOT:PSS in order to have a better understanding of... -
SANS study of the interaction of model plant leaf waxes with non-ionic surfac...
The understanding of the plant wax-surfactant interaction process is crucial to the development of more effective pesticide and fungicide formulations, essential for improving... -
Fundamentals of molecular self-assembly in deep eutectic solvents (DES)
Deep eutectic solvents (DES) are considered promising green solvents for future industrial formulations due to their biocompatibility, low cost, green production, and... -
Probing the thickness of the polymer adsorbed layer in HEUR stabilized oil in...
Oils are commonly used in personal care industry as emollients. Owing to their undesirable feel they are formulated in oil in water emulsions form. Emulsions contains... -
Ligand conformation at semiconductor nanoparticle surfaces for high-efficienc...
The efficiency of silicon solar cells is limited to 29%. One possible way of breaking this limit uses a process called singlet fission, converting a high energy photon into two...
