Abstract
This chapter presents the different magnetic nanomaterials that have been synthesized using microfluidic reactors. It reviews the different synthesis that have been described and transposed in microreactors for the synthesis of magnetic nanomaterials from molecular precursors. The chapter describes nanomaterials ranging from metal oxides to metallic or core-shell-mixed nanostructures. There are several phases of iron oxides and hydroxides; however the magnetic ones have received great attention due to their large applications in biomedicine and nanomedicine. The chapter reviews the different syntheses of metallic and magnetic nanoparticles (NPs) using microreactors. The controlled synthesis of metallic NPs with stable crystal structures and stable physical and chemical properties is a key issue for commercial applications. For these applications, the use of a microfluidic reactor process has been proven to be a flexible approach to control the fine crystal structures and the magnetic properties during the ripening and aging of the NPs.
Published Version
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