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X-ray fluorescence is the simplest and least expensive method for studying the heavy metals in soils. But niobium is the last element reliably identified by conventional X-ray fluorescence analysis. A radically different situation is observed when the X-ray radiometric modification of energy dispersive X-ray fluorescence method is used, in which the sample is excited by a high-energy radioisotope source Am-241 rather then by X-ray tube radiation. An advantage of this method is that the K-lines of heavy metals are actively excited and are not overlapped by the lines of macro-elements.

Produktbeschreibung
X-ray fluorescence is the simplest and least expensive method for studying the heavy metals in soils. But niobium is the last element reliably identified by conventional X-ray fluorescence analysis. A radically different situation is observed when the X-ray radiometric modification of energy dispersive X-ray fluorescence method is used, in which the sample is excited by a high-energy radioisotope source Am-241 rather then by X-ray tube radiation. An advantage of this method is that the K-lines of heavy metals are actively excited and are not overlapped by the lines of macro-elements.
Autorenporträt
Vodyanitskii, Yury
Yury N. Vodyanitskii, Doctor of Agriculture, Professor of Lomonosov Moscow State Uiversity, Faculty of Soil Science. Author of 300 scientific articles and 20 monographs.