JAERI 1287 JNDC Nuclear Data Library of Fission Products Fir

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- SEC o to to ti_ > UJ O UJ a UJ CD 10" 10 10 10 10 10 10 io" e ID" 9 10"" 10"" 10- 1 io-" 10"" N \ \ \ \ DCHflIN CflLC FITTING VRLUE \ \ \ s \ \ 1111 \ \ iV : : : ! : i ! ! '
- LU CO ION •FISS LU r: o a 2= ^ a: o 10 10 10 10 10 10 10 10"' 10 10 10 10 10 ( inmu, ii.iiin, • - ; : 1 ! E \ \ Illllll, \ \ DCHfllN CflLC. FITTING VfiLUE \ \ \ ' i HUTii i IIIIII III • • '•"' 1 "in m. i .in ! 1 MINI 10"' 10° 10' 10* 10 3 io' 10" 10 6 io' 10 8 10 9 10'° TIME RFTER SHUTDOWN (S) (a) \ \ \ i MINI : \ : mil11 -- = 0.60 0.40 0.20 - 0-00'^ c_> _l en -0.20 -0.40 -0.60 TIME RFTER SHUTDOWN (S) Fig. 4.2.9 Discrepancies between exponential fitting and calculated results <strong>of</strong> the gamma decay power after one thermal-neutron fission <strong>of</strong> 239 Pu. (a) Absolute value comparison (b) Relative discrepancies (%) (b) g O O o C
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oo CNI a: LU JAERI 1287 NEANDC(J)91
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JAERI 1287 JNDC Nuclear Data Librar
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JAERI 1287 Contents 1. Introduction
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JAERI1287 1. Introduction A reliabl
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JAERI 1287 2. Nuclear Data Library
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JAERI 1287 2. Nuclear Data library
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JAERI1287 2. Nuclear Data Library o
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ilass No. 66 X l/sec ) O-val uelMeV
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Mass 68 X 1/sec ) No. Q-value(V eV
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Moss No. 70 X l/sec ) Q-volue(MeV )
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Mass No. 72 X ( 1/BBC ) Q-volue(MeV
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Moss 74 X 1/sec ) No. Q-voluelMeV )
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1Joss No. 76 X l/sec) Q-value(UeV )
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•loss No. 78 X ( 1/BOC ) Q-volue(
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Mass No. 80 X l/sec ) Q-valu9(MBV )
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dass No, 82 X l/sec ) 0-vo1ue(MeV )
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Mass No. 84 X I 1/S8C ) Q- volue(Me
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1/ass No. 86 1/sec ! O-valuelMeV )
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Moss 88 X 1/90C ) No. Q-voluelMeV )
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X Mass No. 90 0- v a'u e!Me V 1 E-
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\ doss No. 92 0- voluelMeV ) £- bs
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X doss No. 94 Q- va1uel MBV ) E- be
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X tfass No. 96 !/sec ) 0- v o 1 u e
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Moss No. 98 *(1/sec ! 0-volue( MSV
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Joss 100 X ( I/sec i No.. Q-valuelM
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Mass No. 3 02 A ( l/sec I 0-volue(M
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Aass No . 104 0- voluelMeV ) c _ be
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^oss No. 106 X I 1/sec ) Q-vo1uelMe
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yloss No. 108 ( l/sec ) O-vol uel M
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X ilass No. 110 1/sec ) 0- va 1ueI
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Moss No. 112 X I/sec ) O-voluelMeV
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Mass No. 114 X 1/sec ) Q-volue(MeV
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•loss No. 116 X ( l/sec ) O-value
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Mass No. 118 X : I/sec 1 0- vo!ue(
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Mass 120 No. X I/sec ! 0-va!ue(MeV
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1doss No. 122 X 1/68C ) O-volue!MeV
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X Moss 124 1/sec ) No. 0- vrj 1 uel
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X Moss No. 126 0- voluet MeV ) U-l
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dass No. 128 X ( l/sec ) Q- value!
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Moss No. 130 X ( l/sec ) Q-voluelMe
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kloss No. 132 X ( I/sec ) 0- val us
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X Moss No. 134 1/sec ) 0- voluelMaV
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X 4OES 136 1/sec ) No. O-valuslMaV
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Mass No. 138 X ( l/sec ) O-volue(MB
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Mass No. 140 X ( 1/S8C ) 0- value!
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Mass No. 142 X 1/sec ) Q-valuei MeV
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vioss No. 144 X 1 I/sec ) E- bsta !
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doss No. 146 X ( t/sec ) 0- vol ue(
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Mass No. 148 X( 1/Sec ) 0-vo1ue(UeV
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Mass No. 150 * l/SBC) 0-voluelMeV )
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doss No, 152 X ( l/sec ) Q- voluelU
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Mass No. 154 X 1/sec ) O-valuelMeV
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Moss No. 156 * ( 1/sec 1 Q-volue( M
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Moss No. 158 A ( i/sec ) Q- val ue(
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X Moss No. 160 1/sec ) 0- vo 1 u&(
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X Mass No. 162 0- volue( MeV ) E- b
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Mass No. 164 X ( l/5ec 1 0- value!d
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Mass No. 166 X ( l/sec ) O-value(Me
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doss No. 3 68 X ( l/sec ) 0- volue(
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dass No. 170 X ( 1/sec ) Q- value!M
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Mass No. 172 X 1/sec ) O-value(MBV
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JAERI1287 133 3. Comparison of Calc
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JAERI 1287 3. Comparison of Calcula
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z o 10 to UJ u. O 0. UJ Q a o 0.80
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V) V) UJ o UJ a 0.70 0.60 0.50 0.40
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1 .20 z o — 1 .10 to to UJ UJ o a
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z o UJ 1Z O a. o UJ o o 0.80 0.70 0
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Page 155 and 156: UJ 0.80 0.70 0.60 - 0.S0 UJ O 0. CT
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Page 159 and 160: JAERI 1287 4. Calculation of Decay
Page 179 and 180: JAERI1287 4. Calculation of Decay P
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Page 197 and 198: UJ CO ION CO CO LJ_ MEV — UJ O Q_
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Page 201: - LU to ION to to 01 tu 3 O Q_ CE L
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Page 213 and 214: CO CO UJ r: o Q_ LU a cr I— UJ CD
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Page 223 and 224: JAERI 1287 217 Acknowledgment The a
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