Structure–property relationships on thiolate-protected gold nanoclusters
Michael Cowan, Giannis Mpourmpakis
Abstract
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Michael Cowan, Giannis Mpourmpakis
Abstract
Open-access reader
, suggesting its applicability over larger cluster size regimes than its original development. Importantly, we develop structure-property relationships on Au nanoclusters, connecting their ionization potential and electron affinity to the number of gold atoms within the nanocluster. Altogether, a computational scheme is described that can aid experimental efforts towards a property-specific, targeted synthesis of gold nanoclusters.
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, suggesting its applicability over larger cluster size regimes than its original development. Importantly, we develop structure-property relationships on Au nanoclusters, connecting their ionization potential and electron affinity to the number of gold atoms within the nanocluster. Altogether, a computational scheme is described that can aid experimental efforts towards a property-specific, targeted synthesis of gold nanoclusters.
Key concepts: Nanoclusters, Property (philosophy), Materials science, Crystallography, Nanotechnology, Chemistry, Philosophy, Epistemology