Here, we have reported the structural study of materials with a low dimensional molecular aggregation by EDXD technique and RDF analysis. This concerns in particular several advantages: i), more accurate information on the intra- and inter-molecular interaction because of the very extended accessible q scattering parameter range; ii) allows to spatially probe the different chemical species of the nano-object; and iii) determination of supramolecular organization of a single nano-objects by RDF analysis for small volume and/or physical dimensions of nanostructured materials.

Supramolecular Organization of Single Nano-Objects by Radial Distribution Function Analysis / Matassa, Roberto. - (2006), pp. 55-61.

Supramolecular Organization of Single Nano-Objects by Radial Distribution Function Analysis

MATASSA, ROBERTO
2006

Abstract

Here, we have reported the structural study of materials with a low dimensional molecular aggregation by EDXD technique and RDF analysis. This concerns in particular several advantages: i), more accurate information on the intra- and inter-molecular interaction because of the very extended accessible q scattering parameter range; ii) allows to spatially probe the different chemical species of the nano-object; and iii) determination of supramolecular organization of a single nano-objects by RDF analysis for small volume and/or physical dimensions of nanostructured materials.
2006
Energy Dispersive X-ray Techniques in Chemical, Physical, and Biological Research
SUPRAMOLECULAR CHEMISTRY
02 Pubblicazione su volume::02a Capitolo o Articolo
Supramolecular Organization of Single Nano-Objects by Radial Distribution Function Analysis / Matassa, Roberto. - (2006), pp. 55-61.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/395257
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