Immobilization of bisphosphine ligands on nanomagnetite Pd/Fe3O4

Title : Immobilization of bisphosphine ligands on nanomagnetite Pd/Fe3O4

Abstract:

A novel magnetically separable Pd/Fe3O4 catalyst was synthesized, either through the postgrafting or immobilization of phosphine ligands which is a highly efficient catalyst for the alylation of aldehyde and conversion to alcohol. The prepared catalysts are easily recovered by simple magn etic decantation and reused with the no significant decrease in activity.

•    Design of new magnetically separable Pd/Fe3O4 catalyst.
•    Use of highly high efficient catalyst for organicn reactions which are easily recovered by simple magnetic decantation and reused with the no significant decrease in activity.

Biography:

Dr. Ashouri studied Chemistry at the Tarbiat Moallem University, graduated as Ms and received her PhD degree in in 2010 at the same university She then joined the research group of Prof. Hayashi at Kyoto University as postdoctoral fellowship at the Asymmetric Synthesis Laboratory. In Iran, she obtained the position of a Professor at University of Kurdistan. She has published more than 15 research articles in SCI(E) journals.