Synopsis
There is a need for the study of disordered self-assemblies of nanoparticles (NP), in contrast with the focus on ordered nanoparticle assemblies, with a view to understanding how evolving developments in the fundamentals can be translated into science/property principles underpinning applications. This Faraday Discussion focusses on the rapidly evolving field of nanoparticle self- and driven assembly, with a view to understanding how evolving developments in the fundamentals can be translated into science/property principles underpinning applications. Examining ordered superlattice arrays of ligand-passivated inorganic clusters, with applications related to size scalability and processing, this book emphasises the importance of considering both ordered and disordered assemblies, and the translation of fundamental science to applications., Focussing nanoparticle self- and driven assembly, with a view to understanding how evolving developments in the fundamentals can be translated into science/property principles underpinning applications., Focussing on the rapidly evolving field of nanoparticle self- and driven assembly, with a view to understanding how evolving developments in the fundamentals can be translated into science/property principles underpinning applications, this Faraday Discussion examines ordered superlattice arrays of ligand-passivated inorganic clusters, with applications related to size scalability and processing, this book emphasises the importance of considering both ordered and disordered assemblies, and the translation of fundamental science to applications.
