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Determination of silicate in waste water by atomic absorption inhibition titration
This paper reports the results of inhibition studies using a new, semi-automatic technique termed atomic absorption inhibition titration, aait. Magnesium absorption in a hydrogen-air flame is monitored while using a standard magnesium solution as titrant. A new, rapid method for the determination of silicate in waste water is proposed. the method is accurate and precise and is applicable down to 1 micro-g/ml silica. Aait also provides an improved general means of studying flame chemistry, e.G., inhibition effects. Various factors affecting inhibition by anions were investigated and are discussed. An explanation of some of the conflicting reports in the literature is offered.
Determination of silicate in waste water by atomic absorption inhibition titration
This paper reports the results of inhibition studies using a new, semi-automatic technique termed atomic absorption inhibition titration, aait. Magnesium absorption in a hydrogen-air flame is monitored while using a standard magnesium solution as titrant. A new, rapid method for the determination of silicate in waste water is proposed. the method is accurate and precise and is applicable down to 1 micro-g/ml silica. Aait also provides an improved general means of studying flame chemistry, e.G., inhibition effects. Various factors affecting inhibition by anions were investigated and are discussed. An explanation of some of the conflicting reports in the literature is offered.
Determination of silicate in waste water by atomic absorption inhibition titration
Looyenga, R.W. (author) / Huber, C.O. (author)
Analytical Chemistry ; 43 ; 498-502
1971
5 Seiten, 4 Bilder, 2 Tabellen, 22 Quellen
Article (Journal)
English
ABWASSER , ANALYSENMESSTECHNIK , ATOM , LITERATUR , SILICAT , TITRATION , INHIBITION , ABSORPTION
Atomic-Absorption Determination of Zinc in Drinking Water
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