The work presented herein highlights the synthesis and single-crystal X-ray diffraction of coordination polymers prepared from diimide and phosphonate ligands. These polymers are synthesized through hydrothermal synthesis inside the Teflon-lined autoclave reactors. It involves the self-assembly of a metal cation and organic ligand. Due to their tunable chemical composition, coordination polymers can be used to design materials with applications in the areas such as ionic conductivity, drug delivery, gas storage, etc.

Synthesis and crystal structure of diimide and phosphonate-based coordination polymers

ACS Spring Meeting 2021

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