ASSEMBLY RELATIVE POWERS FOR BURNUP STEP 1 ( 147 MWD/MTU) CORE AVERAGE ASSEMBLY POWER 1.000 .241 .329 .244 .705 .874 .853 .910 .855 .876 .707 .784 1.180 1.289 1.014 .883 1.016 1.292 1.183 .786 .781 1.054 1.190 1.116 1.266 .995 1.269 1.118 1.193 1.058 .784 .701 1.173 1.181 1.038 1.201 1.028 1.138 1.031 1.207 1.052 1.190 1.177 .703 .868 1.280 1.108 1.196 1.113 1.258 1.086 1.264 1.120 1.207 1.114 1.283 .867 .239 .846 1.008 1.260 1.024 1.257 1.171 1.371 1.177 1.263 1.029 1.263 1.007 .842 .235 .317 .897 .876 .991 1.134 1.082 1.365 1.133 1.374 1.086 1.136 .992 .876 .896 .317 .239 .844 1.006 1.261 1.027 1.259 1.171 1.367 1.174 1.262 1.027 1.261 1.008 .845 .239 .868 1.280 1.112 1.203 1.114 1.256 1.082 1.258 1.115 1.198 1.108 1.280 .867 .702 1.175 1.187 1.047 1.198 1.024 1.131 1.024 1.198 1.036 1.179 1.172 .701 .783 1.055 1.187 1.110 1.257 .984 1.256 1.109 1.183 1.050 .780 .783 1.177 1.282 1.003 .857 1.002 1.279 1.173 .780 .703 .868 .845 .896 .843 .867 .701 .241 .322 .241 ASSEMBLY RELATIVE POWERS FOR BURNUP STEP 2 ( 417 MWD/MTU) CORE AVERAGE ASSEMBLY POWER 1.000 .239 .325 .243 .688 .856 .842 .901 .845 .858 .690 .765 1.158 1.272 1.014 .892 1.016 1.275 1.161 .767 .763 1.036 1.178 1.114 1.276 1.032 1.279 1.116 1.181 1.040 .766 .685 1.153 1.171 1.038 1.206 1.041 1.156 1.044 1.211 1.051 1.178 1.156 .686 .852 1.265 1.107 1.202 1.123 1.272 1.103 1.278 1.130 1.211 1.113 1.267 .851 .239 .838 1.010 1.272 1.038 1.272 1.191 1.397 1.197 1.277 1.042 1.274 1.009 .835 .235 .318 .892 .887 1.029 1.153 1.099 1.391 1.185 1.400 1.103 1.155 1.030 .887 .891 .317 .239 .837 1.009 1.273 1.040 1.274 1.191 1.394 1.195 1.277 1.041 1.273 1.010 .838 .239 .852 1.266 1.112 1.209 1.125 1.271 1.100 1.273 1.125 1.204 1.108 1.265 .851 .686 1.155 1.176 1.047 1.204 1.037 1.151 1.038 1.204 1.036 1.169 1.152 .685 .765 1.038 1.176 1.109 1.268 1.022 1.268 1.108 1.173 1.033 .762 .765 1.155 1.267 1.005 .868 1.003 1.264 1.153 .762 .686 .851 .835 .888 .834 .850 .685 .239 .319 .239 ASSEMBLY RELATIVE POWERS FOR BURNUP STEP 3 ( 1632 MWD/MTU) CORE AVERAGE ASSEMBLY POWER 1.000 .255 .344 .259 .692 .872 .881 .943 .884 .873 .693 .777 1.150 1.261 1.022 .911 1.024 1.263 1.151 .778 .775 1.072 1.173 1.102 1.267 1.043 1.269 1.103 1.174 1.075 .777 .690 1.146 1.167 1.030 1.185 1.034 1.190 1.036 1.189 1.041 1.172 1.148 .691 .870 1.257 1.097 1.182 1.098 1.240 1.081 1.244 1.103 1.190 1.101 1.257 .868 .257 .881 1.021 1.265 1.032 1.240 1.149 1.338 1.153 1.244 1.035 1.266 1.019 .876 .253 .343 .940 .909 1.042 1.188 1.078 1.334 1.139 1.341 1.081 1.190 1.042 .908 .938 .342 .257 .879 1.019 1.265 1.034 1.242 1.149 1.336 1.152 1.244 1.034 1.266 1.021 .880 .257 .869 1.257 1.100 1.188 1.100 1.239 1.079 1.241 1.100 1.184 1.097 1.257 .869 .691 1.148 1.172 1.039 1.183 1.031 1.185 1.032 1.184 1.029 1.165 1.145 .690 .777 1.074 1.171 1.098 1.261 1.034 1.260 1.097 1.168 1.069 .774 .777 1.148 1.257 1.014 .888 1.013 1.255 1.145 .775 .690 .868 .875 .931 .874 .867 .689 .256 .338 .256 ASSEMBLY RELATIVE POWERS FOR BURNUP STEP 4 ( 3363 MWD/MTU) CORE AVERAGE ASSEMBLY POWER 1.000 .283 .381 .286 .706 .909 .957 1.021 .959 .910 .706 .804 1.145 1.249 1.033 .933 1.034 1.251 1.146 .805 .803 1.147 1.167 1.078 1.246 1.045 1.247 1.078 1.168 1.149 .804 .705 1.143 1.162 1.011 1.145 1.016 1.244 1.017 1.146 1.020 1.166 1.144 .704 .908 1.247 1.074 1.142 1.050 1.182 1.041 1.186 1.053 1.147 1.076 1.246 .905 .286 .958 1.033 1.245 1.014 1.182 1.076 1.242 1.079 1.185 1.016 1.244 1.030 .952 .281 .382 1.020 .932 1.045 1.243 1.039 1.239 1.053 1.244 1.041 1.244 1.045 .931 1.017 .381 .285 .956 1.031 1.245 1.016 1.184 1.076 1.240 1.078 1.186 1.016 1.245 1.033 .957 .285 .907 1.246 1.077 1.147 1.051 1.182 1.039 1.184 1.052 1.143 1.074 1.246 .907 .705 1.144 1.166 1.019 1.143 1.014 1.240 1.014 1.144 1.010 1.161 1.142 .704 .804 1.149 1.167 1.075 1.241 1.038 1.240 1.074 1.164 1.144 .802 .804 1.145 1.247 1.027 .912 1.025 1.245 1.143 .803 .705 .906 .951 1.011 .950 .905 .704 .284 .374 .283 ASSEMBLY RELATIVE POWERS FOR BURNUP STEP 5 ( 5257 MWD/MTU) CORE AVERAGE ASSEMBLY POWER 1.000 .316 .426 .321 .712 .949 1.056 1.120 1.058 .950 .713 .829 1.132 1.230 1.044 .959 1.045 1.231 1.132 .829 .828 1.238 1.155 1.044 1.219 1.056 1.220 1.043 1.155 1.239 .828 .712 1.131 1.151 .983 1.093 .995 1.314 .996 1.094 .990 1.153 1.130 .711 .949 1.229 1.041 1.091 .994 1.121 1.003 1.124 .996 1.095 1.042 1.227 .945 .320 1.057 1.045 1.219 .994 1.122 1.002 1.149 1.004 1.123 .995 1.218 1.041 1.050 .315 .429 1.119 .959 1.057 1.313 1.002 1.146 .979 1.151 1.003 1.313 1.056 .957 1.116 .428 .319 1.055 1.043 1.219 .996 1.123 1.002 1.148 1.004 1.124 .995 1.219 1.044 1.056 .320 .948 1.228 1.043 1.095 .995 1.121 1.002 1.123 .996 1.093 1.041 1.228 .948 .712 1.131 1.154 .990 1.092 .994 1.311 .994 1.093 .982 1.150 1.130 .712 .829 1.240 1.155 1.042 1.216 1.051 1.215 1.042 1.153 1.236 .828 .829 1.132 1.228 1.039 .939 1.038 1.227 1.131 .828 .712 .946 1.050 1.110 1.050 .946 .711 .318 .420 .318 ASSEMBLY RELATIVE POWERS FOR BURNUP STEP 6 ( 7595 MWD/MTU) CORE AVERAGE ASSEMBLY POWER 1.000 .360 .483 .364 .723 .994 1.160 1.220 1.162 .994 .723 .834 1.117 1.218 1.057 .981 1.058 1.219 1.116 .834 .834 1.258 1.134 1.020 1.187 1.027 1.187 1.019 1.133 1.258 .834 .723 1.116 1.131 .962 1.059 .967 1.292 .968 1.060 .968 1.132 1.116 .722 .995 1.219 1.018 1.058 .960 1.076 .966 1.078 .961 1.061 1.019 1.217 .992 .365 1.164 1.060 1.188 .967 1.077 .956 1.088 .958 1.078 .967 1.187 1.056 1.158 .360 .488 1.223 .983 1.028 1.293 .966 1.086 .917 1.089 .966 1.293 1.028 .982 1.221 .487 .364 1.162 1.058 1.188 .968 1.079 .956 1.087 .958 1.079 .968 1.188 1.060 1.163 .365 .994 1.218 1.020 1.062 .961 1.078 .967 1.079 .962 1.060 1.019 1.219 .995 .723 1.117 1.133 .969 1.059 .968 1.293 .968 1.061 .963 1.131 1.117 .724 .835 1.259 1.134 1.020 1.186 1.025 1.187 1.020 1.134 1.259 .835 .835 1.118 1.220 1.056 .966 1.055 1.220 1.118 .835 .724 .994 1.160 1.217 1.160 .994 .724 .363 .478 .363 ASSEMBLY RELATIVE POWERS FOR BURNUP STEP 7 ( 9293 MWD/MTU) CORE AVERAGE ASSEMBLY POWER 1.000 .375 .499 .379 .727 1.001 1.172 1.227 1.173 1.001 .727 .831 1.106 1.207 1.054 .983 1.055 1.207 1.105 .831 .831 1.243 1.123 1.016 1.177 1.020 1.177 1.015 1.122 1.243 .831 .727 1.106 1.120 .962 1.059 .968 1.283 .968 1.059 .967 1.121 1.105 .727 1.002 1.207 1.014 1.058 .965 1.080 .971 1.082 .966 1.060 1.015 1.206 1.000 .379 1.176 1.057 1.178 .968 1.081 .964 1.094 .965 1.081 .968 1.178 1.054 1.172 .375 .505 1.229 .984 1.021 1.284 .970 1.091 .925 1.095 .970 1.284 1.021 .984 1.228 .505 .379 1.174 1.055 1.178 .968 1.082 .964 1.093 .965 1.082 .969 1.179 1.057 1.176 .379 1.001 1.206 1.016 1.061 .966 1.081 .971 1.082 .967 1.060 1.015 1.207 1.002 .727 1.106 1.122 .968 1.059 .968 1.284 .969 1.061 .962 1.121 1.106 .728 .831 1.244 1.123 1.016 1.177 1.018 1.178 1.016 1.123 1.244 .832 .832 1.107 1.208 1.054 .969 1.053 1.208 1.107 .832 .728 1.002 1.173 1.225 1.173 1.002 .728 .378 .496 .378 ASSEMBLY RELATIVE POWERS FOR BURNUP STEP 8 (10379 MWD/MTU) CORE AVERAGE ASSEMBLY POWER 1.000 .382 .508 .386 .741 1.016 1.184 1.234 1.185 1.016 .741 .847 1.121 1.215 1.050 .971 1.051 1.215 1.120 .847 .847 1.262 1.135 1.018 1.159 .961 1.158 1.017 1.134 1.262 .847 .741 1.121 1.132 .969 1.060 .957 1.257 .957 1.060 .975 1.133 1.120 .741 1.017 1.215 1.016 1.059 .963 1.072 .958 1.073 .964 1.061 1.017 1.214 1.016 .387 1.188 1.053 1.159 .957 1.072 .950 1.070 .951 1.072 .957 1.159 1.051 1.184 .382 .514 1.237 .972 .962 1.257 .958 1.068 .869 1.071 .958 1.257 .962 .972 1.237 .514 .386 1.186 1.051 1.159 .957 1.073 .950 1.069 .951 1.074 .957 1.160 1.053 1.188 .387 1.017 1.214 1.018 1.062 .965 1.072 .959 1.074 .965 1.060 1.017 1.215 1.018 .741 1.121 1.134 .975 1.060 .957 1.258 .958 1.061 .970 1.132 1.121 .742 .847 1.263 1.135 1.018 1.159 .959 1.159 1.019 1.135 1.263 .848 .848 1.122 1.216 1.050 .956 1.049 1.216 1.122 .848 .742 1.017 1.185 1.233 1.185 1.018 .742 .386 .504 .386 EOF Legend: Assembly relative powers at eight core burnups. Assembly relative powers are normalized to the average core-wise value of 1.00. Format: free format