Stability constants for some 1 : 1 metal-carboxylate complexes

@article{Bunting1970StabilityCF,
  title={Stability constants for some 1 : 1 metal-carboxylate complexes},
  author={John W. Bunting and Kain Men Thong},
  journal={Canadian Journal of Chemistry},
  year={1970},
  volume={48},
  pages={1654-1656}
}
Stability constants have been measured for the formation of 1:1 complexes between eight divalent metal ions and six carboxylate anions. For each anion the stabilities of the complexes follow the order Pb2+ > Cu2+ > Cd2+ > Zn2+ > Ni2+ ~ Co2+ > Ca2+ ~ Mg2+. The stabilities of the complexes with each metal ion are directly related to the basicities of the anions, and little or no bidentate chelation occurs between these metal ions and acetoxyacetic acid or N-acetylglycine. 
POTENTIOMETRIC STUDY OF COMPLEX FORMATION OF SOME DIVALENT METAL IONS WITH 2-AMINOOXYACIDS1
Abstract By using the potentiometric method, complexation equilibria have been studied in aqueous solution containing metal ions and selected 2-aminooxyacids. The measurements were carried out at 25°
Complexes of copper(I) with aromatic compounds in aqueous solutions
The apparent stability constants of the complexes of Cu+(aq) with several aromatic compounds, mainly substituted benzoic acids, were determined electrochemically. The results reveal that these
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