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This work presents an optimized method for the determination of multiple samples containing 90 Sr when its daughter 90 Y is measured after chemical separation and in sequence, i.e. during its decay. Consequently the measurement times will increase for each subsequent sample, since there has been a longer time for decay before measurement. Compared to a previously published approach, when 90 Y is measured during its ingrowth, the gain in total analysis time (time for ingrowth+ summation of measurement times) is not that large, particularly not for low background instruments. However, results for a large part of the samples can be delivered earlier.

Time optimization of 90Sr determinations: sequential measurement of multiple samples during decay of 90Y