Polymeric surfactants are amongst the most widespread of all polymers. In nature
proteins and polysaccharidescause self organization as a result of this surfactancy; in industry
polymeric surfactants play key roles in the food
explosivesand surface coatings sectors. The generation of useful nano- and micro-structures in films and emulsions as a result ofpolymer amphiphilicity and the application of mechanical stress is discussed. The use of X-ray and neutron small anglescattering and reflectivity to measure these structures and their dynamic properties will be described.New results on linear and dendritic polymer surfactants are presented.
Abstract
Polymeric surfactants are amongst the most widespread of all polymers. In nature
proteins and polysaccharidescause self organization as a result of this surfactancy; in industry
polymeric surfactants play key roles in the food
explosivesand surface coatings sectors. The generation of useful nano- and micro-structures in films and emulsions as a result ofpolymer amphiphilicity and the application of mechanical stress is discussed. The use of X-ray and neutron small anglescattering and reflectivity to measure these structures and their dynamic properties will be described.New results on linear and dendritic polymer surfactants are presented.
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