ELEMENT ANALYSIS OF COBALT-NICKEL SOLID SOLUTION SYSTEM NANOPOWDERS BY THE METHOD OF INDUCTIVE COUPLED PLASMA ATOM EMISSION SPECTROSCOPY
Abstract
In the paper the element structure (the basic components and the impurities) of cobalt-nickel solid solution system nanopowders is analyzed by the method of inductive coupled plasma atomic emission spectroscopy. The characteristic impurities caused by use of PFA reactants at nanopowder synthesis are discovered. The relevance of the impurity elements to the basic components of the system is defined.
About the Author
R. P. Kolmykov
Kemerovo State University; Kemerovo Research Centre of the Siberian Branch of the RAS
Russian Federation
Roman P. Kolmykov – Candidate of Chemistry, Head of the Laboratory at the Department of Chemistry of Solids,Research Associate at the Centre of Collective Use
Russian Federation
Roman P. Kolmykov – Candidate of Chemistry, Head of the Laboratory at the Department of Chemistry of Solids,Research Associate at the Centre of Collective Use
References
1. Колмыков Р. П. Получение и изучение свойств нанопорошков никеля, кобальта и их взаимной системы: дис. … канд. хим. наук: защищена 26.03.2012. Кемерово, 2011. 160 с.
Review
For citations:
Kolmykov R.P. ELEMENT ANALYSIS OF COBALT-NICKEL SOLID SOLUTION SYSTEM NANOPOWDERS BY THE METHOD OF INDUCTIVE COUPLED PLASMA ATOM EMISSION SPECTROSCOPY. SibScript. 2014;(3-3):217-223. (In Russ.)
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