Ready-to-be-addressed oxo-clusters: individualized, periodically organized and separated from the substrate
Juba Salhi,
Jan Patrick Calupitan,
Michele Mattera
et al.
Abstract:Clusters and oxo-clusters are drawing attention for their amazing physical properties, especially at the scale of the single molecule. However, chemical methods to organize them on a surface in such...
“…A powerful method for arranging molecules on surfaces is to prefunctionalize the surface with a preorganized template matrix. It was shown that a supramolecular 2D self-assembled network formed as a result of hydrophobic interactions between triazine derivatives with hydrophobic strands serves as an ideal matrix for placing hydrophilic inorganic POMs on the surface of HOPG 215 ( Fig. 9B ).…”
Section: Bioorthogonal Approaches For Surface Engineeringmentioning
Advances in bioorthogonal polyoxometalate (POM) chemistry will open exciting opportunities for the controlled use of stimuli-responsive POM-based organic–inorganic nanoassemblies in biomedical applications as well as catalysis and electronics.
“…A powerful method for arranging molecules on surfaces is to prefunctionalize the surface with a preorganized template matrix. It was shown that a supramolecular 2D self-assembled network formed as a result of hydrophobic interactions between triazine derivatives with hydrophobic strands serves as an ideal matrix for placing hydrophilic inorganic POMs on the surface of HOPG 215 ( Fig. 9B ).…”
Section: Bioorthogonal Approaches For Surface Engineeringmentioning
Advances in bioorthogonal polyoxometalate (POM) chemistry will open exciting opportunities for the controlled use of stimuli-responsive POM-based organic–inorganic nanoassemblies in biomedical applications as well as catalysis and electronics.
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