The formation of monocarboxylato complexes of lead has been investigated by polarographic method in aqueous solutions containing excess of sodium formate, acetate, propionate, butyrate, n - valerate, iso-valerate, monochloracetate, and glycollate, respectively. The concentrations of monocarboxylate ions have been ranged from 0 to 3M. To avoid the hydrolysis of monocarboxylato complexes, the solutions contained a constant concentration (2 M) of the corresponding monocarboxylic acid, and, in the case of less soluble valeric acids, 200/o of free acid
Stability constants of formato, acetato, propionato, butyrato, glycolato and chloroacetato complexes...
Stability constants of formato, acetato, propionato, butyrato, glycolato and chloroacetato complexes...
Stability constants of glycerato complexes of cadmium and lead were determined by the polarographic ...
The formation of monocarboxylato complexes of lead has been investigated by polarographic method in ...
By the polarographic method of DeFord and Hume the stability constants of plumbous monocarboxylato c...
The influence of monocarboxylic acids (formic, ace tic and butyric) on the h a lf-wa ve potential of...
The half-wave potential of the metal ion is shifted to more positive values when the concentration o...
The stability constants of zinc monocarboxylato complexes n ave been determined by the polarographic...
Stability constants of 3-hydroxypropionate and 2-, 3-, and 4-hydroxybutyrate complexes of cadmium an...
Experimental and theoretical aspects concerning the behaviour of lead-dietanoldithiocarbamate comple...
By measuring the half-wave potentials of metal ions in buffer solutions of glycolic and chloroacetic...
By measuring the half-wave potentials of metal ions in buffer solutions of glycolic and chloroacetic...
The stability constants of copper, lead , and cadmiwn lactate complexes have been d etermined by the...
The stability constants of copper, lead , and cadmiwn lactate complexes have been d etermined by the...
Stability constants of glycerato complexes of cadmium and lead were determined by the polarographic ...
Stability constants of formato, acetato, propionato, butyrato, glycolato and chloroacetato complexes...
Stability constants of formato, acetato, propionato, butyrato, glycolato and chloroacetato complexes...
Stability constants of glycerato complexes of cadmium and lead were determined by the polarographic ...
The formation of monocarboxylato complexes of lead has been investigated by polarographic method in ...
By the polarographic method of DeFord and Hume the stability constants of plumbous monocarboxylato c...
The influence of monocarboxylic acids (formic, ace tic and butyric) on the h a lf-wa ve potential of...
The half-wave potential of the metal ion is shifted to more positive values when the concentration o...
The stability constants of zinc monocarboxylato complexes n ave been determined by the polarographic...
Stability constants of 3-hydroxypropionate and 2-, 3-, and 4-hydroxybutyrate complexes of cadmium an...
Experimental and theoretical aspects concerning the behaviour of lead-dietanoldithiocarbamate comple...
By measuring the half-wave potentials of metal ions in buffer solutions of glycolic and chloroacetic...
By measuring the half-wave potentials of metal ions in buffer solutions of glycolic and chloroacetic...
The stability constants of copper, lead , and cadmiwn lactate complexes have been d etermined by the...
The stability constants of copper, lead , and cadmiwn lactate complexes have been d etermined by the...
Stability constants of glycerato complexes of cadmium and lead were determined by the polarographic ...
Stability constants of formato, acetato, propionato, butyrato, glycolato and chloroacetato complexes...
Stability constants of formato, acetato, propionato, butyrato, glycolato and chloroacetato complexes...
Stability constants of glycerato complexes of cadmium and lead were determined by the polarographic ...