Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest for their unique features and multi-functional properties, which can be finely tuned by controlling the interplay between their structure, morphology and composition. Their assembly and ultimate utilization depend indeed on the nature of metal/oxide interfaces, the birthplaces of a multitude of fascinating phenomena. A detailed insight into interfacial chemical/physical properties by advanced experimental techniques would thus deliver significant advantages from both a fundamental and an applicative point of view.
Metal/oxide interfaces in inorganic nanosystems: what's going on and what's next?
BARRECA, DAVIDE;GASPAROTTO, ALBERTO;TONDELLO, EUGENIO
2011
Abstract
Metal/oxide nanosystems with different spatial organizations have attracted a remarkable interest for their unique features and multi-functional properties, which can be finely tuned by controlling the interplay between their structure, morphology and composition. Their assembly and ultimate utilization depend indeed on the nature of metal/oxide interfaces, the birthplaces of a multitude of fascinating phenomena. A detailed insight into interfacial chemical/physical properties by advanced experimental techniques would thus deliver significant advantages from both a fundamental and an applicative point of view.File in questo prodotto:
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