rus
Issue #6/2020
N. G. Terentyeva, S. A. Togushakov, O. A. Shirykalova
Determination of fission products and impurity elements in solutions simulators of spent nuclear fuel by atomic emission spectrometry
Determination of fission products and impurity elements in solutions simulators of spent nuclear fuel by atomic emission spectrometry
DOI: 10.22184/2227-572X.2020.10.6.490.496
Suggested method eliminates U and Pu interfere influence on determination of fission products and impurity elements in solutions of spent nuclear fuel by spectrometer calibrating using solutions with the same U and Pu concentrations as in analyzing samples. Concentration of stable isotopes imitated fission products and impurities in solutions simulators of spent nuclear fuel was determinated by atomic emission spectrometry with nitrogen microwave-ionization plasma in the presence of U, Pu, Np, Tc, Am, Cm, Pm.
Suggested method eliminates U and Pu interfere influence on determination of fission products and impurity elements in solutions of spent nuclear fuel by spectrometer calibrating using solutions with the same U and Pu concentrations as in analyzing samples. Concentration of stable isotopes imitated fission products and impurities in solutions simulators of spent nuclear fuel was determinated by atomic emission spectrometry with nitrogen microwave-ionization plasma in the presence of U, Pu, Np, Tc, Am, Cm, Pm.
Теги: americium atomic emission spectrometry with nitrogen microwave-ionization fission products neptunium plutonium solutions simulators продукты деления spent nuclear fuel technetium uranium америций атомно-эмиссионная спектрометрия c азотной микроволновой плазмо нептуний отработавшее ядерное топливо плутоний раствор-имитатор технеций уран
Determination of fission products and impurity elements in solutions simulators of spent nuclear fuel by atomic emission spectrometry
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