Templated Growth of Metal–Organic Coordination Chains at Surfaces
Copyright policy )Templated Growth of Metal–Organic Coordination Chains at Surfaces
Line them up: Metal-organic chains (see scanning tunneling microscopy image) have been created in situ by self-organized growth at a metal surface under ultrahigh vacuum. These 1D arrangements of metal centers (Fe, Cu), regularly spaced by organic linkers such as trimesitylic acid, open new possibilities for the study of low-dimensional magnetism. (Figure Presented). © 2005 Wiley-VCH Verlag GmbH & Co. KGaA.
Trimesic acid; Chemistry; Nanostructures; Architectures; Crystal; CU(100), coordination modes; density functional calculations; nanostructures; scanning probe microscopy; self-assembly
Trimesic acid; Chemistry; Nanostructures; Architectures; Crystal; CU(100), coordination modes; density functional calculations; nanostructures; scanning probe microscopy; self-assembly
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