A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Suggested Method for Iodide Determination
This article presents a modification of the method of iodide determination by Lein and Schwartz that takes less than an hour. The general principle is discussed, along with the following topics: interferences; apparatus including colorimetric equipment, spectrophotometer, filter photometer, and timer; reagents including acid‐permanganate solution, salt‐arsenite solution, ceric sulfate solution, stock iodide solution, working iodide solution, and hypochlorite solution; procedure; calculations; and precision and accuracy.
Suggested Method for Iodide Determination
This article presents a modification of the method of iodide determination by Lein and Schwartz that takes less than an hour. The general principle is discussed, along with the following topics: interferences; apparatus including colorimetric equipment, spectrophotometer, filter photometer, and timer; reagents including acid‐permanganate solution, salt‐arsenite solution, ceric sulfate solution, stock iodide solution, working iodide solution, and hypochlorite solution; procedure; calculations; and precision and accuracy.
Suggested Method for Iodide Determination
Rossum, John R. (author) / Villarruz, Primo A. (author)
Journal ‐ American Water Works Association ; 52 ; 919-922
1960-07-01
4 pages
Article (Journal)
Electronic Resource
English
Equipment , Salts , Filters , Sulfates , Groundwater , Detection Methods , Hypochlorites
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