Controlling the Morphology of Supramolecular Nano- and Microfibers by Self-Assembly and Electrospinning

Beschreibung

This thesis focuses on the preparation, characterization and comparison of supramolecular nano- and microfibers of 1,3,5-benzene- and 1,3,5-cyclohexanetrisamides using two routes: self-assembly from solution as bottom-up approach and melt electrospinning as top-down approach. The results of this thesis reveal that trisamides can be shaped into nano- and microfibers using powerful bottom-up and top-down approaches. Their interesting morphology combined with their mechanical properties make this class of low molecular weight substances suitable for constructing new materials.
This thesis focuses on the preparation, characterization and comparison of supramolecular nano- and microfibers of 1,3,5-benzene- and 1,3,5-cyclohexanetrisamides using two routes: self-assembly from solution as bottom-up approach and melt electrospinning as top-down approach. The results of this thesis reveal that trisamides can be shaped into nano- and microfibers using powerful bottom-up and top-down approaches. Their interesting morphology combined with their mechanical properties make this class of low molecular weight substances suitable for constructing new materials.

Autor*in

Julia C. Singer

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Electrospinning Self-Assembly Structure-Property Relations Trisamides

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