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Impact of the thermal scattering law of H in H$_2$O on the isothermal temperature reactivity coefficients for UOX and MOX fuel lattices in cold operating conditions

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Academic year: 2021

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Table 2. Parameters for the TSL models of H in H 2 O at 294 K.
Fig. 1. Comparison of the continuous and discrete frequency spectrum for H in H 2 O at 294 K.
Table 3. Excess of reactivity calculated with the TRIPOLI4 ® code for the MISTRAL-1 con fi guration at 20 ° C
Fig. 4. Comparison of the 1 H and H in H 2 O total cross-sections calculated at T = 300 K
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