… surface complex species formed by ternary interaction of copper (II), amorphous aluminium
hydroxide and glutamic or aspartic acid, below PZC where the surface acts mainly as an …

… (II) with aluminium hydroxide in the presence of polyfunctional ligands can yield surface-bound
complexes. … interact simultaneously with both the surface and the metal ion. Specifically, …

… from those of the usual "metal-like" behaviour, becoming, in … data on the surface complexes
formed by the Cu (II) ion in the … 4-hydroxyphenylalanine) and its isomers o- and m-tyrosine (2- …

… The coordination behavior of Al3+ toward hydroxide ions … oxides and hydroxides can be
explained in part by surface … + adsorption on amorphous aluminium hydroxide shows the above …

… surface complexes formed by copper (II) … surface binding and a-amino acid moieties for
metal chelation. In 0-phospho-L-serine (L-2-amino-3-hydroxypropanoic acid 3-phosphate), the cu…

… the Cu 2÷ ion in alumininm hydroxide gels show. ed results similar to those obtained for
VO 2… in metal-oxide interactions, we investigated the VO 2+ and Cu T* adsorption by aluminium …

… the effects of complex formation on metal ion partitioning were … that two diaminocarboxylic
acids, forming complexes with the … on the surface of the amorphous aluminium hydroxide and …

… - or surface oxygen ions into coordination positions … part of this increase in boehmite and
almost all of the increase in gibbsite is a result of precipitation or surface nucleation of Cu(OH)2 …

… Another possibility is that the formation of metal–hydroxide surface complexes promotes …
Cu 2+ is a harder acid than Pb 2+ and so the HSAB principle suggests that it should …

… , Cu 2+ ] during the formation of a primary metal precipitate such as HFO or HAO. Coprecipitation
can entail (a) Cu adsorption onto freshly formed … a large part of the Cu is surface bound. …