0000000000874872

AUTHOR

Christof Storz

0000-0002-8912-3482

showing 2 related works from this author

One-Pot Synthesis and AFM Imaging of a Triangular Aramide Macrocycle

2014

Macrocyclizations in exceptionally good yields were observed during the self-condensation of N-benzylated phenyl p-aminobenzoates in the presence of LiHMDS to yield three-membered cyclic aramides that adopt a triangular shape. An ortho-alkyloxy side chain on the N-benzyl protecting group is necessary for the macrocyclization to occur. Linear polymers are formed exclusively in the absence of this Li-chelating group. A model that explains the lack of formation of other cyclic congeners and the demand for an N-(o-alkoxybenzyl) protecting group is providedon the basis of DFT calculations.High-resolution AFM imaging of the prepared molecular triangles on a calcite(10.4) surface shows individual …

Bridged-Ring CompoundsModels MolecularMacrocyclic CompoundsSurface PropertiesStereochemistryOne-pot synthesisSupramolecular chemistryMicroscopy Atomic Force010402 general chemistry53001 natural sciencesBiochemistryCatalysisCalcium CarbonateColloid and Surface ChemistrySide chainCombinatorial Chemistry TechniquesMoleculeProtecting groupbiology010405 organic chemistryHydrogen bondChemistryAryleneHydrogen BondingGeneral Chemistrybiology.organism_classificationAramides0104 chemical sciencesCrystallographyCyclizationBenzamidesDimerization
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Controlling Molecular Self-Assembly on an Insulating Surface by Rationally Designing an Efficient Anchor Functionality That Maintains Structural Flex…

2013

Molecular self-assembly on surfaces is dictated by the delicate balance between intermolecular and molecule-surface interactions. For many insulating surfaces, however, the molecule-surface interactions are weak and rather unspecific. Enhancing these interactions, on the other hand, often puts a severe limit on the achievable structural variety. To grasp the full potential of molecular self-assembly on these application-relevant substrates, therefore, requires strategies for anchoring the molecular building blocks toward the surface in a way that maintains flexibility in terms of intermolecular interaction and relative molecule orientation. Here, we report the design of a site-specific anch…

Flexibility (engineering)Surface (mathematics)Materials scienceelectrostatic anchoringIntermolecular forceGeneral EngineeringGeneral Physics and AstronomyAnchoringNanotechnologyself-assembly02 engineering and technology010402 general chemistry021001 nanoscience & nanotechnology53001 natural sciencesbulk insulatorsubstrate templatingNC-AFM0104 chemical sciencesIntermolecular interactionMolecular self-assemblyMoleculeGeneral Materials ScienceSelf-assembly0210 nano-technologyACS Nano
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