Understanding the interplay among chemical, microstructural and physical properties is the key to design new materials. In this framework the intrinsic versatility of chemical science can give a wide and at the same time deep view, allowing to correlate synthesis and properties. This contribution focuses on the design of magnetic nanostructured spinel oxides, describing how to manipulate the matter to realize nanoarchitectures, in order to govern the magnetic properties.
Design of Magnetic Spinel Oxide Nanoarchitetures
CANNAS, CARLA;PEDDIS, DAVIDE
2012-01-01
Abstract
Understanding the interplay among chemical, microstructural and physical properties is the key to design new materials. In this framework the intrinsic versatility of chemical science can give a wide and at the same time deep view, allowing to correlate synthesis and properties. This contribution focuses on the design of magnetic nanostructured spinel oxides, describing how to manipulate the matter to realize nanoarchitectures, in order to govern the magnetic properties.
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