By means of changing the detection angle, the molecular conformation of a new type of polymer surfactant, acrylamide-poly(oxyethykene alkyl ether)acrylate-anionic monomer random copolymer, was studied by x-ray photoel...By means of changing the detection angle, the molecular conformation of a new type of polymer surfactant, acrylamide-poly(oxyethykene alkyl ether)acrylate-anionic monomer random copolymer, was studied by x-ray photoelectron spectroscopy(XPS) in detail.展开更多
The conformation of amphiphilic branch chain in acrylamide-poly(oxyethylene alkyl ether) acrylate copolymers on interface was investigated by static laser light scattering amid X-ray photoelectron spectroscopy. The re...The conformation of amphiphilic branch chain in acrylamide-poly(oxyethylene alkyl ether) acrylate copolymers on interface was investigated by static laser light scattering amid X-ray photoelectron spectroscopy. The results show that the conformation of branch chain alters with copolymer structure.展开更多
文摘By means of changing the detection angle, the molecular conformation of a new type of polymer surfactant, acrylamide-poly(oxyethykene alkyl ether)acrylate-anionic monomer random copolymer, was studied by x-ray photoelectron spectroscopy(XPS) in detail.
文摘The conformation of amphiphilic branch chain in acrylamide-poly(oxyethylene alkyl ether) acrylate copolymers on interface was investigated by static laser light scattering amid X-ray photoelectron spectroscopy. The results show that the conformation of branch chain alters with copolymer structure.
