Abstract
In this research article, the sorption-spectroscopic of Rhenium ion production detection methods is presented. Various sorbent types were ascertained by the vismutol-2 reagent’s immobilization levels and ideal operating conditions. The process of immobilizing the vismutol-2 reagent to the carrier was discovered, and the perfect circumstances for its convoluted formation using Rhenium (III) ions and metrological characteristics were established. A compassionate and selective sorption-spectroscopic approach is demonstrated for identifying the ions of Rhenium (III). The devised sorption spectroscopy was used on natural cakes, technological fluids, and industrial waste; mathematical statistics were used to interpret the results, and details regarding its application in the study were provided.
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