Summary
M2[VO(nta)(O2)]·xH2O, where M+ is NH ♪p+inf4 , K+ or Rb+ and nta is nitrilotriacetate, and Sr[VO(nta)(O2)]·2H2O were synthesized. The electronic spectra of aqueous KVO3-H2O2-H3nta-HClO4(KOH) solutions (pH 1.45–5.62) and the thermal decomposition of K2[VO(nta)(O2)]· 2H2O with active oxygen release at 275° C showed that the nta-monoperoxo complex is the most stable vanadium(V) peroxo complex so far investigated. The anhydrous potassium salt was prepared on heating the crystallohydrate under dynamic conditions. The i.r. spectra indicate the same anion structure in solution and in the solid state where nta is coordinated as a tetradentate ligand.
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Sivák, M., Joniaková, D. & Schwendt, P. Nitrilotriacetato-monoperoxo complexes of vanadium(V): formation in aqueous solution, synthesis and structure. Transition Met Chem 18, 304–308 (1993). https://doi.org/10.1007/BF00207952
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DOI: https://doi.org/10.1007/BF00207952