KIM, YOUNGKIRaghupathi, K. R.Pendery, J. S.Khomein, P.Sridhar, U.de Pablo, J. J.Thayumanavan, S.Abbott, N. L.
We report an investigation of the influence of aqueous solutions of amphiphilic oligomers on the ordering of micrometer-thick films of thermotropic liquid crystals (LCs), thus addressing the gap in knowledge arising from previous studies of the interactions of monomeric and polymeric amphiphiles with LCs. Specifically, we synthesized amphiphilic ol...
Sahyoun, JihaneBounor-Legare, VéroniqueFerry, LaurentSonnier, RBonhommé, AnneCassagnau, Philippe
An organophosphorus silica filler was generated in situ the molten PA66 copolymer (Cop-PA) during extrusion process without adding solvents. Nanocomposites synthesis is based on hydrolysis-condensation reactions of diethylphosphatoethyltriethoxysilane precursor (SiP). The thermal stability of Cop-PA/ SiP nanocomposites and the major degradation pro...
Sahyoun, JihaneBounor-Legare, VéroniqueFerry, LaurentSonnier, RBonhommé, AnneCassagnau, Philippe
An organophosphorus silica filler was generated in situ the molten PA66 copolymer (Cop-PA) during extrusion process without adding solvents. Nanocomposites synthesis is based on hydrolysis-condensation reactions of diethylphosphatoethyltriethoxysilane precursor (SiP). The thermal stability of Cop-PA/ SiP nanocomposites and the major degradation pro...
Sahyoun, JihaneBounor-Legare, VéroniqueFerry, LaurentSonnier, RBonhommé, AnneCassagnau, Philippe
An organophosphorus silica filler was generated in situ the molten PA66 copolymer (Cop-PA) during extrusion process without adding solvents. Nanocomposites synthesis is based on hydrolysis-condensation reactions of diethylphosphatoethyltriethoxysilane precursor (SiP). The thermal stability of Cop-PA/ SiP nanocomposites and the major degradation pro...
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