Amperometric titration could be used for the analysis of mixture of ions such as those which arise from the dissolution of alloys or other technical material.
The amperometric titration is a sensitive and convenient analytical technique, based on the existence of a simple relationship between concentrations of an electro--active substance and a Polarographic current, Selenium and Tellurium have been determined in binary mixture in natural water and in alloys [7-8].
By this paper we report the results of amperometric titration of Se and Te in dilute solution using MTB as a reagent.
This has superseded amperometric titration
with silver electrodes, which is not amenable to high-throughput or multianalyte instrumentation, and mercuric thiocyanate-based colorimetric methods, which require disposal of a toxic waste product.
Coulometric Titrations II-5 Applications of Karl-Fischer Titrators II-5 Other Titration Techniques II-6 Prelude to Potentiometry II-6 Potentiometric Titrations II-6 Types of Potentiometric Titrators II-7 Potentiometric Automatic Titrator II-7 Potentiometric Titrator for Karl Fischer Moisture Analysis II-7 Dual Recordomatic Titrator II-7 Thermometric Titrations II-7 Amperometric Titrations II-7 Advantages of Amperometric Titration II-7
Study Reliability and Reporting Limitations I-1 Disclaimers I-2 Data Interpretation & Reporting Level I-2 Quantitative Techniques & Analytics I-3 Product Definitions and Scope of Study I-3 Karl Fischer Titrators I-3 Volumetric Titrators I-3 Coulometric Titrators I-4 Others I-4 Potentiometric Titrators I-4 Amperometric Titrations I-4 Thermometric Titrations I-4