Publications by authors named "Louisa Eckert"
Article Synopsis
- The study introduces a novel method called reactive additive capillary stamping for creating patterns from solvothermal reaction products, overcoming challenges in direct substrate patterning.
- The technique uses mesoporous aerogel stamps to transfer precursor inks onto a substrate, allowing for precise replication of complex topographies through solvent-driven processes.
- The resulting submicron patterns, such as magnetically functional nickel ferrite dots, enhance the performance of thin-layer electromechanical systems and allow for customization in applications like transformers and positioning systems.
Applications in catalysis, adsorption and separation require high surface areas as provided by mesoporous materials. Particularly attractive is the class of silica-based mesoporous glasses, which are mechanically and chemically very stable and post-synthetically modifiable allowing specific surface properties to be introduced. One of the catalytically relevant moieties is the sulfonic acid group.
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