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Inside Cover Ordering and Stabilization of MetalЦOrganic Coordination Chains by Hierarchical Assembly through Hydrogen Bonding at a Surface (Angew. Chem. Int. Ed. 462008)

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.
Selective
interactions …
… impose a structural hierarchy during self-assembly and are key for rational tailoring of
the supramolecular architecture, according to S. L. Tait, and co-workers in their Communication on page 8835 ff. A labile 1D copper-bipyridine coordination system (blue in
the STM topographs) is stabilized and ordered through cooperative assembly with
terephthalic acid (red) to produce well-ordered self-assembled nanostructures.
Inside Cover
Alexander Langner, Steven L. Tait,* Nian Lin, Rajadurai Chandrasekar,
Mario Ruben, and Klaus Kern
Selective interactions impose a structural hierarchy during self-assembly and are key
for rational tailoring of the supramolecular architecture, according to S. L. Tait, and
co-workers in their Communication on page 8835 ff. A labile 1D copper-bipyridine
coordination system (blue in the STM topographs) is stabilized and ordered through
cooperative assembly with terephthalic acid (red) to produce well-ordered selfassembled nanostructures.
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hydrogen, bonding, hierarchical, metalцorganic, chains, coordination, surface, int, cover, angel, assembly, chem, ordering, insider, 462008, stabilization
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