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The present work reports the ultrasound assisted synthesis of nanosized oxide semiconductors, as TiO2 (anatase) and Bi2O3 (α-phase)/mesoporous carbon stable architectures exhibiting high photocatalytic activity for organic pollutants degradation. The use of ordered mesoporous carbon with a pore diameter around 5nm and high specific surface area of 1392m2/g was a successful one, providing an ideal support for semiconductor oxide photocatalysts. Thus, by using ultrasound assisted method the photoactive systems for organics removal from waste waters has been obtained.

Ultrasound assisted synthesis of nanosized oxide semiconductors/ordered mesoporous carbon nanoarchitectures