One can see, that the thermal fluence rates obtained with the different methods are in close agreement and within the measurement uncertainty (o7%), whether the fast fluence rates
are slightly different within (25–30%) from each other. Again, the difference is around 20% for the cadmium ratio. Despite this discrepancy, those results can be considered as compatible when we take into account the different uncertainties associated with the measured data. Some of them are quite important, namely: the differences in beam conditions during measurement, the effect of different reactor core conditions, the fluctuations in reactor power during a given measurement and the measurement conditions at the reference point, values of reaction cross sections etc.
One can see, that the thermal fluence rates obtained with the different methods are in close agreement and within the measurement uncertainty (o7%), whether the fast fluence ratesare slightly different within (25–30%) from each other. Again, the difference is around 20% for the cadmium ratio. Despite this discrepancy, those results can be considered as compatible when we take into account the different uncertainties associated with the measured data. Some of them are quite important, namely: the differences in beam conditions during measurement, the effect of different reactor core conditions, the fluctuations in reactor power during a given measurement and the measurement conditions at the reference point, values of reaction cross sections etc.
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