Abstract
A new thiophene-substituted terpyridine derivative has been prepared and characterized. This ligand features a thiophene heterocycle (as an electrochemically polymerizable unit) as well as two chlorine atoms for further functionalization.
Highlights
Terpyridine derivatives and their complexes have0 :60,2”-terpyridines)(terpy) derivatives
An important number terpyridine-based compounds cannature be prepared prepared by varying substitution pattern ontoofthe terpyridine scaffold and/or the of the by varying the substitution pattern terpyridine scaffold the nature of the complexed complexed metal
Terpyridine complexes that are with aapplications thiophene ring material sciencecompounds
Summary
An important of terpyridine-based compounds can be widely studied [1]. Terpyridines andonto theirthe complexes have found and/or a vast range of applications such as sensitizers in solar cells catalysts [3], materials fora water treatment [4], electrochromic materials metal. Terpyridines and [2], their complexes have found vast range of applications such as sensitizers [5],solar or ascells chromophores to namefor a few. [3],just materials waterTerpyridine treatment [4], electrochromic [5],with or asa thiophene ring[6], are interesting because they findsubstituted many possible in chromophores just to name a compounds few. Terpyridine complexes that are with aapplications thiophene ring material sciencecompounds [7] or medicinal chemistry and biology for example
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