Synthesis and characterization of polymer–metal complexes of copper(II) and nickel(II) derived from poly(2-hydroxy-4-(meth)acryloxyacetophenoneoxime)

Synthesis and characterization of thermally stable Schiff base polymers and their copper(II), cobalt(II) and nickel(II) complexes

“…The complex forming polymeric ligands are characterized by reactive functional groups containing O, N and S donor atoms and capable of coordinating to different heavy metal ions that have been usually studied [20]. These materials frequently show selectivity to certain metal ions facilitating their use for preconcentration and separation of trace metal ions from saline and non-saline water samples at an appropriate pH range [21].…”

Preparation and XPS studies of macromolecule mixed-valent Cu(I, II) and Fe(II, III) complexes

“…Continuing to study on potential functional coordination and especially on the structure exploration by XPS spectra [7][8][9][10][11][12], a new macromolecule and its mixed-valent copper(I, II) and iron(II, III) complexes have been synthesized from a polymer ligand, which achieved by using ethylenediamine as core and maleic anhydride as branched units. The possible structures of the polymer and its complexes are defined on the basis of their UV, IR and XP spectra analysis, and the thermal stability in air has also been studied.…”

Chelate polymers: II. Some novel transition metals complexes with azomethine‐containing siloxanes and their polyesters

“…Finally, the residue was treated with HF for silicon removal as SiF 4 and then calculation was made by difference.…”

“…Polymer complexes may be classified into different groups according to the metal position on the chain, which is determined by the preparation technique. The methods include complexation between a ligand function anchored on a polymer matrix and metal ion, 4,5 and reaction of a multifunctional ligand with metal ion and polymerization of metal-containing monomers. 1 The first is used in most cases.…”