Abstract
Abstract Tests were made for a quantitative decomposition of N2O to N2 and for the setting of a statistical equilibrium in mixtures with gaseous nitrogen of nonrandom distribution by emission spectrometric continuous-flow-measurements. Under high-frequency-discharge conditions a residence time of 0.5 seconds is enough for a quantitative decomposition. In this time the statistical balance in the mixture of N2O and N2 is reached. The determination of the relative 15N abundance in pure N2O or N2 gases or in mixtures of N2O and N2 in a continuous-flow-emissionspectrometer can directly be achieved.
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