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Use of cationic surfactant-xylenol orange indicator in metals complexometry by back-titration with EDTA.
(Editora Unesp, 1996-01-01)
The interaction of the xilenol orange and commercial disinfectant containing itself cationic-surfactant allowed the use indicator up to pH 11 by back-titration with EDTA, and the determination of total or partial concentration ...
Use of cationic surfactant-xylenol orange indicator in metals complexometry by back-titration with EDTA.
(Editora Unesp, 1996-01-01)
The interaction of the xilenol orange and commercial disinfectant containing itself cationic-surfactant allowed the use indicator up to pH 11 by back-titration with EDTA, and the determination of total or partial concentration ...
Paraformaldehyde as an end-point indicator in hydrolytic thermometric titration of metal ions and iodine
(Royal Soc ChemistryCambridgeInglaterra, 1996)
RAPID SEMI-MICRO POTENTIOMETRIC TITRATION OF IR(IV) WITH HYDRAZINE SULFATE
(Marcel Dekker IncNew York, 1994)
Utilização do indicador alaranjado de xilenol - Surfactante catiônico em titulação complexométrica por retorno de metais com EDTA em região básica
(1996-12-01)
The interaction of the xilenol orange and commercial disinfectant containing itself cationic-surfactant allowed the use indicator up to pH 11 by back-titration with EDTA, and the determination of total or partial concentration ...
Copper complexation by naturally occurring organic matter: A multiligand model
(Science & Technology LettersNorthwoodInglaterra, 1995)
Evaluation of N-Alkyl-bis-o-aminobenzamide receptors for the determination and separation of metal ions by fluorescence, UV-visible spectrometry and zeta potential
(2019-05-04)
This paper presents the synthesis and evaluation of physicochemical behavior of a new
series of N-alkyl-bis-o-aminobenzamides (BOABs) in aqueous solution. The study was targeted to the
complexing capacity of five metal ...