The applicability and versatility of the recently communicated procedure for the grafting of
conducting carbon substrates by diaryliodonium salts is expanded. We have found that …

The reduction of an aryl iodide is generally believed to involve a clean-cut two-electron
reduction to produce an aryl anion and iodide. This is in contradiction to what is observed if …

Grafting of aryl layers derived from aryl diazonium salts onto glassy carbon electrodes is
observed by time-of-flight secondary ion mass spectroscopy (ToF-SIMS). The grafting occurs …

A new versatile method has been developed for the electrochemically assisted grafting of
carbon materials. The approach is based on the reduction of iodonium salts and allows the …

The electrochemical reduction of an aryl diazonium tetrafluoroborate salt, dissolved in
acetonitrile, at a carbon electrode surface allowed the grafting of aryl groups with the …

A methodology is described for introducing a thin layer of covalently attached benzaldehyde
on glassy carbon surfaces using aryl diazonium chemistry. Usually the electroreduction of …

Organic linkers such as (N‐Boc‐aminomethyl) phenyl (BocNHCH2C6H4) and N‐Boc‐
ethylenediamine (Boc‐EDA) have been covalently tethered onto a glassy carbon surface by …

The range of materials susceptible to electrochemically assisted grafting onto carbon
materials has been expanded to include a new group of compounds. This new approach is …

The covalent grafting of nitrophenyl functionalities to planar carbon substrates by reaction
with 4-nitrobenezene diazonium salt at open circuit potential has been studied in aqueous …

Supramolecular interactions between two surface modification species are explored to
control the ratio and distribution of these species on the resultant surface. A binary mixture of …