Self-Assembly of a Layered 2D Molecularly Woven Fabric - Data Set

Published: 7 December 2020| Version 2 | DOI: 10.17632/zkt5km82r2.2
Contributor:
David August

Description

Experimental data for the article titled "Self-Assembly of a Layered 2D Molecularly Woven Fabric" by August et al. This work describes the formation of a layered 2D fabric that is woven at the molecular level by utilizing Fe(II) templated 3x3 interwoven grids as building blocks. Includes data for AFM, EDS, Fluorescence, IR, Ion permeation, MS, NMR, Raman, SAXS, TGA, DSC and WAXS. Please contact the authors if you require anything else.

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Steps to reproduce

All synthetic methods and experimental procedures can be found in the accompanying Supporting Information file associated with the publication "Self-Assembly of a Layered 2D Molecularly Woven Fabric" by August et al.

Institutions

The University of Manchester

Categories

Topology, Polymerization, Weaving, Supramolecular Assembly, Two-Dimensional Material

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