Development of Sorbtsion-Spectroscopic Method of Determining Copper (II) Ion with Dimethylglioxime Using Immobilized Organic Reagent
Keywords:
Copper, sorpsion-spectrophotometric method, immobilization, dimethylglioxime СМА-1 buffer solution
Abstract
A new sorbtsion – spectrophotometric methodology of copper (II) ion detection has been created and a method of immobilizing the obtained reagent into the fiber has been developed. The optimal conditions for immobilization of the reagent into the fiber are selected. The effect of ambient acidity on the degree of immobilization on wave length and pH environment has been studied. The structure of theeksexi formed by the immobilized dimethylglioxime reagent Copper (II) ion is reflected.
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References
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2. Umland F., Jansen A., Tirig D., Wunsch G. Complex compounds in analytical chemistry Theory and practice of application. // Moscow: Mir, 1975. 531 P.
3. Maksimova I. M., Kukhto A. A., Morsanova E. I., Kuzmin N. M., Zolotov Yu. A., // Journal. Analyte. Himin. 1994. Vol. 49. , No. 7. p. 695.
4. Zaporozhets O., Haver O., Sukhan V. // Talent. 1998. Vol. 46. No. 6. p. 1387.
5. Pyatnitsky I. V., Glushchenko L. M. Extraction – photometric
6. Ivanchev V. P. Ditizon and its application. Ed. 1961.
7. Pilipenko A. T., Tananaiko M. M. Multi-ligand and multi-metal complexes and their application in analytical chemistry. Moscow: Chemistry, 1983. p. 224.
8. Lurie Yu. Yu. Handbook of analytical chemistry. M., Chemistry, 1979. p. 4807.
9. Kremers F., Walker N., Hixon R. Syntheses of organic preparations, sat. 1, M.; IL, 1949. p. 378.
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11. Madusmanova N.K., Isakulova F.B., Yаngieva S.B., Smanova Z.A. Нитросединения- как аналитические реагенты для ионов железа (II) // UNIVERSUM:ximiya i biologiya № 10(88) oktyabr, 2021 51-54 s.
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Published
2022-06-30
How to Cite
Мирзахмедов, Р., Назира, М., Хуморабону, И., & Ирода, И. (2022). Development of Sorbtsion-Spectroscopic Method of Determining Copper (II) Ion with Dimethylglioxime Using Immobilized Organic Reagent. Central Asian Journal of Theoretical and Applied Science, 3(6), 598-601. Retrieved from https://cajotas.centralasianstudies.org/index.php/CAJOTAS/article/view/707
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Articles
