- 90 - Cruas CPY EDF normalized to 0.2 g zero period, supplemented by a "high-frequency" spectrum normalized to a zero period acceleration of 0. 3 g EDF normalized to 0.2 g zero period, supplemented by a "high-frequency" spectrum normalized to a zero period acceleration of 0. 3 g Dampierre CPY EDF normalized to 0.2 g zero period EDF normalized to 0.1 g zero period Gravelines CPY EDF normalized to 0.2 g zero period EDF normalized to 0.2 g zero period Saint Laurent CPY EDF normalized to 0.2 g zero period EDF normalized to 0.2 g zero period Tricastin CPY EDF normalized to 0.2 g zero period EDF normalized to 0.2 g zero period, verified at a higher frequency site spectrum, normalized to 0.3 g Flamanville 1-2 P4 NRC normalized to 0.15 g zero period NRC normalized to 0.15 g zero period Paluel P4 EDF normalized to 0.2 g, then NRC normalized to 0.2 g, then NRC normalized to 0.15 g EDF normalized to 0.2 g, then NRC normalized to 0.2 g, then NRC normalized to 0.15 g Saint Alban P4 NRC normalized to 0.15 g zero period NRC normalized to 0.1 g, then verified at NRC normalized to 0.132 g Belleville P4 For the design of the nuclear island: NRC spectrum normalized to 0.15 g zero period and, for the nuclear island foundations and reinforcements, owing to the low seismicity of the site: NRC normalized to 0.1 g zero period. NRC normalized to 0.1 g zero period Cattenom P4 NRC normalized to 0.15 g zero period NRC normalized to 0.15 g zero period Golfech P4 NRC normalized to 0.15 g zero period NRC normalized to 0.15 g zero period Nogent P4 For the design of the nuclear island: NRC spectrum normalized to 0.15 g zero period and, for the nuclear island foundations and reinforcements, owing to the low seismicity of the site: NRC normalized to 0.1 g zero period. NRC normalized to 0.15 g zero period Penly P4 NRC normalized to 0.15 g zero period NRC normalized to 0.15 g zero period Chooz N4 NRC normalized to 0.15 g zero period, (normalized to 0.15 g in the horizontal direction and 0.133 g in the vertical direction) and spectrum offset by reducing the frequencies by a ratio of 2/3 and normalized to 0.12 g zero period. NRC, offset and normalized to 0.12 g zero period Civaux N4 NRC normalized to 0.15 g zero period, (normalized to 0.15 g in the horizontal direction and 0.133 g in the vertical direction) and spectrum offset by reducing the frequencies by a ratio of 2/3 and normalized to 0.12 g zero period. NRC normalized to 0.15 g zero period Flamanville 3 EPR EUR normalized to 0.25 g zero period EUR normalized to 0.2 g zero period
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