Publications by authors named "Martin Frosinn"
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.
The title compound (itaconic anhydride), C5H4O3, consists of a five-membered carbon-oxygen ring in a flat envelope conformation (the unsubstituted C atom being the flap) with three exocyclic double bonds to two O atoms and one C atom. In contrast to the bond lengths, which are very similar to those in itaconic acid in its pure form or in adducts with other mol-ecules, the bond angles differ significantly because of the effect of ring closure giving rise to strong distortions at the C atoms involved in the exocyclic double bonds. In the crystal, C-H⋯O inter-actions link the mol-ecules, forming an extended three-dimensional network.
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