Abstract
The influences of high uranium, plutonium, and gadolinium concentrations, respectively, on emission spectroscopy assays for traces mainly stem from the abundance of lines found in these spectra. In the UV range, especially a rise in background is observed, while line interferences occur preferably in the wavelength range > 300 nm. The performance capabilities of two types of spectrometers of different resolutions are demonstrated by the example of a boron assay.
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