A number of resins containing ethylenediamine acetic acid groups have been prepared, and these intermediates (resin-EDTA) converted into the iron(III) form. The capacities of these exchangers in the formation of iron(III)-phenol complexes have been studied and compared with those of the Chelex-iron(III) resin. The character of the exchanger matrix is very important in connection with the retention of phenols and with the elution order. The modified Amberlite CG 4B in the iron(III) form can be used for the quantitative separation of phenolic compounds, a separation that is not possible with the Chelex-iron(III) resin
Applications of ligand-exchange-III. Preparation and properties of phenol-formaldeyde-based resin in the iron (III) form / Petronio, Bianca Maria; Lagana', Aldo; G. D., D’Andrea. - In: TALANTA. - ISSN 0165-2486. - STAMPA. - 31:5(1984), pp. 357-360.
Applications of ligand-exchange-III. Preparation and properties of phenol-formaldeyde-based resin in the iron (III) form
PETRONIO, Bianca Maria;LAGANA', Aldo;
1984
Abstract
A number of resins containing ethylenediamine acetic acid groups have been prepared, and these intermediates (resin-EDTA) converted into the iron(III) form. The capacities of these exchangers in the formation of iron(III)-phenol complexes have been studied and compared with those of the Chelex-iron(III) resin. The character of the exchanger matrix is very important in connection with the retention of phenols and with the elution order. The modified Amberlite CG 4B in the iron(III) form can be used for the quantitative separation of phenolic compounds, a separation that is not possible with the Chelex-iron(III) resinI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.