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Abstract

The isotope dilution mass spectrometry measurement technique provides a means for determining the unknown amount of various isotopes of an element in a sample solution of known mass. The sample solution is mixed with an auxiliary solution, or "tracer" containing a known mass of the same element having the same isotopes but of different relative abundances or isotopic composition, and the induced change in the isotopic composition is measured by isotope mass spectrometry. This paper examines the optimisation of the estimated unknown amount of element in the sample solution to the known amount of element in the tracer solution. The aim is to minimise the relative uncertainty in determining the unknown amount of element.

Additional information

Authors: LASZLO G, International Atomic Energy Agency, Vienna (AT);DE RIDDER P, International Atomic Energy Agency, Vienna (AT);GOLDMAN A, International Atomic Energy Agency, Vienna (AT);CAPPIS J, International Atomic Energy Agency, Vienna (AT);DE BIEVRE P, JRC Geel (BE)
Bibliographic Reference: Paper presented: 12th ESARDA Symposium, Avignon (FR), May 14-16, 1991
Availability: Text not available
Record Number: 199110277 / Last updated on: 1994-12-02
Category: PUBLICATION
Original language: en
Available languages: en