JENDL-5 (Neutron sublibrary (activation cs)) Cd-108 0 0 0 0 4.810800+4 1.069772+2 0 0 6 14831 1451 1 0.000000+0 0.000000+0 0 0 0 64831 1451 2 1.000000+0 2.000000+7 0 0 10 54831 1451 3 2.936000+2 0.000000+0 4 0 298 264831 1451 4 48-Cd-108 JAEA EVAL-FEB22 S.Kunieda, A.Ichihara, K.Shibata+4831 1451 5 DIST-DEC21 20100316 4831 1451 6 ----JENDL-5 MATERIAL 4831 4831 1451 7 -----INCIDENT NEUTRON DATA 4831 1451 8 ------ENDF-6 FORMAT 4831 1451 9 4831 1451 10 History 4831 1451 11 09-11 Re-evaluation was performed for JENDL-4.0 4831 1451 12 10-03 Compiled by S.Kunieda 4831 1451 13 21-11 revised by O.Iwamoto 4831 1451 14 (MF8/MT4,16,17,22,28,32,102-104,107,111,112) 4831 1451 15 JENDL/AD-2017 adopted 4831 1451 16 (MF8/MT105,106) added 4831 1451 17 (MF10/MT28,32,103,104) JENDL/AD-2017 based 4831 1451 18 21-11 above 20 MeV, JENDL/ImPACT-2018 merged by O.Iwamoto 4831 1451 19 21-11 (MF6/MT5) recoil spectrum added by O.Iwamoto 4831 1451 20 4831 1451 21 4831 1451 22 MF= 1 General information 4831 1451 23 4831 1451 24 MT=451 Descriptive data and directory 4831 1451 25 4831 1451 26 4831 1451 27 MF= 2 Resonance parameters 4831 1451 28 4831 1451 29 MT=151 Resolved and unresolved resonance parameters 4831 1451 30 4831 1451 31 - Resolved resonance region (MLBW formula): below 380 eV 4831 1451 32 Resonance parameters were based on the experimental data 4831 1451 33 of Anufriev et al./1/ Neutron orbital angular momentum 4831 1451 34 L was estimated with a method of Bollinger and Thomas/2/. 4831 1451 35 Scattering radius of 6.5 fm was assumed from the systematics4831 1451 36 of measured values for neighboring nuclides. A negative 4831 1451 37 resonance was added so as to reproduce the thermal capture 4831 1451 38 cross section given by Mughabghab et al./3/ 4831 1451 39 In JENDL-3.3, R was changed from 6.5fm to 6.2fm so as to 4831 1451 40 reproduce measured elemental total cross sections. 4831 1451 41 In JENDL-4, the energy of the negative resonance was 4831 1451 42 changed to -700 eV so as to reproduce the thermal capture 4831 1451 43 cross section recommended by Mughabghab./4/ 4831 1451 44 4831 1451 45 - Unresolved resonance region: 380 eV - 300 keV 4831 1451 46 The parameters were obtained by fitting to the total and 4831 1451 47 capture cross sections calculated by the POD code /5/. 4831 1451 48 The ASREP code /6/ was employed in this evaluation. 4831 1451 49 The unresolved parameters should be used only for 4831 1451 50 self-shielding calculation. 4831 1451 51 4831 1451 52 Thermal cross sections & resonance integrals at 300 K 4831 1451 53 ---------------------------------------------------------- 4831 1451 54 0.0253 eV res. integ. (*) 4831 1451 55 (barns) (barns) 4831 1451 56 ---------------------------------------------------------- 4831 1451 57 Total 5.35544E+00 4831 1451 58 Elastic 4.56867E+00 4831 1451 59 n,gamma 7.86762E-01 2.53116E+01 4831 1451 60 ---------------------------------------------------------- 4831 1451 61 (*) Integrated from 0.5 eV to 10 MeV. 4831 1451 62 4831 1451 63 4831 1451 64 MF= 3 Neutron cross sections 4831 1451 65 4831 1451 66 MT= 1 Total cross section 4831 1451 67 Sum of partial cross sections. 4831 1451 68 4831 1451 69 MT= 2 Elastic scattering cross section 4831 1451 70 The OPTMAN /7/ & POD /5/ calculations. 4831 1451 71 4831 1451 72 MT= 3 Non-elastic cross section 4831 1451 73 Sum of partial non-elastic cross sections. 4831 1451 74 4831 1451 75 MT= 4,51-91 (n,n') cross section 4831 1451 76 The OPTMAN /7/ & POD /5/ calculations. 4831 1451 77 4831 1451 78 MT= 16 (n,2n) cross section 4831 1451 79 MT= 17 (n,3n) cross section 4831 1451 80 MT= 22 (n,na) cross section 4831 1451 81 MT= 28 (n,np) cross section 4831 1451 82 MT= 32 (n,nd) cross section 4831 1451 83 Calculated by the POD code /5/. 4831 1451 84 4831 1451 85 MT=102 Capture cross section 4831 1451 86 Calculated by the POD code /5/. The value of gamma-ray 4831 1451 87 strength function was determined to reproduce experimental 4831 1451 88 capture cross sections measured by Musgrove et al /8/. 4831 1451 89 4831 1451 90 MT=103 (n,p) cross section 4831 1451 91 MT=104 (n,d) cross section 4831 1451 92 MT=105 (n,t) cross section 4831 1451 93 MT=106 (n,He3) cross section 4831 1451 94 MT=107 (n,a) cross section 4831 1451 95 Calculated by the POD code /5/. 4831 1451 96 4831 1451 97 MT=203 (n,xp) cross section 4831 1451 98 Sum of (n,np) and (n,p) 4831 1451 99 4831 1451 100 MT=204 (n,xd) cross section 4831 1451 101 Sum of (n,nd) and (n,d) 4831 1451 102 4831 1451 103 MT=205 (n,xt) cross section 4831 1451 104 MT=206 (n,xHe3) cross section 4831 1451 105 Calculated by the POD code /5/. 4831 1451 106 4831 1451 107 MT=207 (n,xa) cross section 4831 1451 108 Sum of (n,na) and (n,a) 4831 1451 109 4831 1451 110 4831 1451 111 MF= 4 Angular distributions of emitted neutrons 4831 1451 112 4831 1451 113 MT= 2 Elastic scattering 4831 1451 114 The OPTMAN /7/ & POD /5/ calculations. 4831 1451 115 4831 1451 116 4831 1451 117 MF= 6 Energy-angle distributions of emitted particles 4831 1451 118 4831 1451 119 MT= 16 (n,2n) reaction 4831 1451 120 MT= 17 (n,3n) reaction 4831 1451 121 MT= 22 (n,na) reaction 4831 1451 122 MT= 28 (n,np) reaction 4831 1451 123 MT= 32 (n,nd) reaction 4831 1451 124 Neutron spectra calculated by the POD code /5/. 4831 1451 125 4831 1451 126 MT= 51-90 (n,n') reaction 4831 1451 127 Neutron angular distributions calculated by 4831 1451 128 OPTMAN /7/ & POD /5/. 4831 1451 129 4831 1451 130 MT= 91 (n,n') reaction 4831 1451 131 Neutron spectra calculated by the POD code /5/. 4831 1451 132 4831 1451 133 MT= 203 (n,xp) reaction 4831 1451 134 MT= 204 (n,xd) reaction 4831 1451 135 MT= 205 (n,xt) reaction 4831 1451 136 MT= 206 (n,xHe3) reaction 4831 1451 137 MT= 207 (n,xa) reaction 4831 1451 138 Light-ion spectra calculated by the POD code /6/. 4831 1451 139 4831 1451 140 4831 1451 141 MF=12 Gamma-ray multiplicities 4831 1451 142 4831 1451 143 MT= 3 Non-elastic gamma emission 4831 1451 144 Calculated by the POD code /5/. 4831 1451 145 4831 1451 146 4831 1451 147 MF=14 Gamma-ray angular distributions 4831 1451 148 4831 1451 149 MT= 3 Non-elastic gamma emission 4831 1451 150 Assumed to be isotropic. 4831 1451 151 4831 1451 152 4831 1451 153 MF=15 Gamma-ray spectra 4831 1451 154 4831 1451 155 MT= 3 Non-elastic gamma emission 4831 1451 156 Calculated by the POD code /5/. 4831 1451 157 4831 1451 158 4831 1451 159 4831 1451 160 4831 1451 161 *************************************************************** 4831 1451 162 * Nuclear Model Calculations with POD Code /5/ * 4831 1451 163 *************************************************************** 4831 1451 164 1. Theoretical models 4831 1451 165 The POD code is based on the spherical optical model, the 4831 1451 166 distorted-wave Born approximaiton (DWBA), one-component exciton 4831 1451 167 preequilibrium model, and the Hauser-Feshbach-Moldauer statis- 4831 1451 168 tical model. With the preequilibrium model, semi-empirical 4831 1451 169 pickup and knockout process can be taken into account for 4831 1451 170 composite-particle emission. The gamma-ray emission from the 4831 1451 171 compound nucleus can be calculated within the framework of the 4831 1451 172 exciton model. The code is capable of reading in particle 4831 1451 173 transmission coefficients calculated by separate spherical or 4831 1451 174 coupled-channel optical model code. In this evaluation, the OPTMAN4831 1451 175 code /7/ was employed for neutrons, while the ECIS code 4831 1451 176 /9/ was adopted for charged particles. 4831 1451 177 4831 1451 178 2. Optical model & parameters 4831 1451 179 Neutrons: 4831 1451 180 Model: The coupled-channel method based on the soft-rotor 4831 1451 181 model was adopted. The Hamiltonian parameters were 4831 1451 182 identical to those reported in ref /10/. 4831 1451 183 OMP : Coupled-channel optical potential /11/ was applied. 4831 1451 184 The original parameters were slightly modified to give 4831 1451 185 precise reaction cross sections. The optical potential 4831 1451 186 parameters used in evaluation are listed as follows. 4831 1451 187 ------------------------------------------------------------ 4831 1451 188 - Real-volume term 4831 1451 189 VR0= -3.80E+1 MeV VR1= 2.70E-2 MeV VR2= 1.20E-4 MeV 4831 1451 190 VR3= 3.50E-7 MeV VRLA= 9.49E+1 MeV ALAVR= 4.33E-3 4831 1451 191 r= 1.21E+0 a= 6.30E-1 4831 1451 192 - Imaginary-surface term 4831 1451 193 WDBW= 1.30E+1 MeV WDWID= 1.50E+1 MeV ALAWD= 1.40E-2 4831 1451 194 r= 1.21E+0 a= 6.00E-1 4831 1451 195 - Imaginary-volume term 4831 1451 196 WCBW= 1.70E+1 MeV WCWID= 1.00E+2 MeV 4831 1451 197 r= 1.21E+0 a= 6.00E-1 4831 1451 198 - Spin-orbit term 4831 1451 199 VS= 6.25E+0 MeV ALASO= 5.00E-3 4831 1451 200 WSBW= -3.10E+0 MeV WSWID= 1.60E+2 MeV 4831 1451 201 r= 1.04E+0 a= 5.90E-1 4831 1451 202 - Isospin coefficients 4831 1451 203 CISO= 2.43E+1 WCISO= 1.80E+1 CCOUL= 9.00E-1 4831 1451 204 ------------------------------------------------------------ 4831 1451 205 Protons: 4831 1451 206 Model: Spherical 4831 1451 207 OMP : Koning and Delaroche /12/ 4831 1451 208 Deuterons: 4831 1451 209 Model: Spherical 4831 1451 210 OMP : Bojowald et al. /13/ 4831 1451 211 Tritons: 4831 1451 212 Mode: Spherical 4831 1451 213 OMP : Becchetti and Greenlees /14/ 4831 1451 214 He-3: 4831 1451 215 Model: Spherical 4831 1451 216 OMP : Becchetti and Greenlees /14/ 4831 1451 217 Alphas: 4831 1451 218 Model: Spherical 4831 1451 219 OMP : A simplified folding model potential /15/ 4831 1451 220 (The nucleon OMP was taken from Ref./11/.) 4831 1451 221 4831 1451 222 3. Level scheme of Cd-108 4831 1451 223 ------------------------------------ 4831 1451 224 No. Ex(MeV) J PI CC 4831 1451 225 ------------------------------------ 4831 1451 226 0 0.00000 0 + * 4831 1451 227 1 0.63299 2 + * 4831 1451 228 2 1.50846 4 + 4831 1451 229 3 1.60184 2 + 4831 1451 230 4 1.72065 0 + 4831 1451 231 5 1.91343 0 + 4831 1451 232 6 2.14585 3 + 4831 1451 233 7 2.16272 2 + 4831 1451 234 8 2.20222 3 - * 4831 1451 235 9 2.23935 4 + 4831 1451 236 10 2.36577 2 + 4831 1451 237 11 2.37456 0 + 4831 1451 238 12 2.48630 2 + 4831 1451 239 13 2.54138 6 + 4831 1451 240 14 2.55523 2 + 4831 1451 241 15 2.56522 5 + 4831 1451 242 16 2.60165 5 - 4831 1451 243 17 2.61997 2 + 4831 1451 244 18 2.64562 4 + 4831 1451 245 19 2.67799 1 - 4831 1451 246 ------------------------------------ 4831 1451 247 Levels above 2.68799 MeV are assumed to be continuous. 4831 1451 248 4831 1451 249 4831 1451 250 4. Level density parameters 4831 1451 251 Energy-dependent parameters of Mengoni-Nakajima /16/ were used 4831 1451 252 ---------------------------------------------------------- 4831 1451 253 Nuclei a* Pair Esh T E0 Ematch Elv_max 4831 1451 254 1/MeV MeV MeV MeV MeV MeV MeV 4831 1451 255 ---------------------------------------------------------- 4831 1451 256 Cd-109 15.088 1.149 1.603 0.656 -0.917 6.585 1.173 4831 1451 257 Cd-108 13.699 2.309 0.690 0.771 -0.106 8.748 2.678 4831 1451 258 Cd-107 15.000 1.160 0.354 0.718 -1.112 7.146 0.999 4831 1451 259 Cd-106 13.484 2.331 -0.596 0.872 -0.570 9.864 2.492 4831 1451 260 Ag-108 14.291 0.000 2.527 0.662 -2.137 5.542 0.408 4831 1451 261 Ag-107 13.008 1.160 1.978 0.773 -1.460 7.846 1.147 4831 1451 262 Ag-106 13.429 0.000 1.253 0.756 -2.357 6.276 0.809 4831 1451 263 Pd-106 13.484 2.331 2.347 0.713 0.011 8.343 2.485 4831 1451 264 Pd-105 14.058 1.171 2.073 0.743 -1.698 7.986 0.808 4831 1451 265 Pd-104 13.269 2.353 1.161 0.810 -0.541 9.540 2.245 4831 1451 266 ---------------------------------------------------------- 4831 1451 267 4831 1451 268 5. Gamma-ray strength functions 4831 1451 269 M1, E2: Standard Lorentzian (SLO) 4831 1451 270 E1 : Generalized Lorentzian (GLO) /17/ 4831 1451 271 4831 1451 272 6. Preequilibrium process 4831 1451 273 Preequilibrium is on for n, p, d, t, He-3, and alpha. 4831 1451 274 Preequilibrium capture is on. 4831 1451 275 4831 1451 276 4831 1451 277 References 4831 1451 278 1) Anufriev, V.A. et al.: Atomnaya Energiya, 57, 59 (1984). 4831 1451 279 2) Bollinger, L.M. and Thomas, G.E.: Phys. Rev., 171,1293(1968). 4831 1451 280 3) Mughabghab, S.F. et al.: "Neutron Cross Sections, Vol. I, 4831 1451 281 Part A", Academic Press (1981). 4831 1451 282 4) S.F.Mughabghab, "Atlas of Neutron Resonances", 4831 1451 283 Elsevier (2006). 4831 1451 284 5) A.Ichihara et al., JAEA-Data/Code 2007-012 (2007). 4831 1451 285 6) Y.Kikuchi et al., JAERI-Data/Code 99-025 (1999) 4831 1451 286 [in Japanese]. 4831 1451 287 7) E.Soukhovitski et al., JAERI-Data/Code 2005-002 (2005). 4831 1451 288 8) Musgrove, A.R. de L., et al.: J. Phsics pt G, 4, 771 (1978). 4831 1451 289 9) J.Raynal, CEA Saclay report, CEA-N-2772 (1994). 4831 1451 290 10) S.Kunieda et al., J. Nucl. Sci. Technol. 46, 914 (2009). 4831 1451 291 11) S.Kunieda et al., J. Nucl. Sci. Technol. 44, 838 (2007). 4831 1451 292 12) A.J.Koning, J.P.Delaroche, Nucl. Phys. A713, 231 (2003). 4831 1451 293 13) Bojowald et al., Phys. Rev. C 38, 1153 (1988). 4831 1451 294 14) F.D.Becchetti,Jr., G.W.Greenlees, "Polarization 4831 1451 295 Phenomena in Nuclear Reactions," p.682, The University 4831 1451 296 of Wisconsin Press (1971). 4831 1451 297 15) D.G.Madland, NEANDC-245 (1988), p. 103. 4831 1451 298 16) A.Mengoni, Y.Nakajima, J. Nucl. Sci. Technol. 31, 151 4831 1451 299 (1994). 4831 1451 300 17) M.Brink, Ph.D thesis, Oxford University, 1955. 4831 1451 301 4831 1451 302 1 451 328 14831 1451 303 2 151 4 14831 1451 304 3 4 25 14831 1451 305 3 16 7 14831 1451 306 3 17 4 14831 1451 307 3 22 14 14831 1451 308 3 102 484 14831 1451 309 3 105 8 14831 1451 310 3 106 10 14831 1451 311 3 107 23 14831 1451 312 8 4 2 14831 1451 313 8 16 2 14831 1451 314 8 17 2 14831 1451 315 8 22 2 14831 1451 316 8 28 3 14831 1451 317 8 32 3 14831 1451 318 8 102 2 14831 1451 319 8 103 3 14831 1451 320 8 104 3 14831 1451 321 8 105 2 14831 1451 322 8 106 2 14831 1451 323 8 107 2 14831 1451 324 10 28 15 14831 1451 325 10 32 9 14831 1451 326 10 103 33 14831 1451 327 10 104 19 14831 1451 328 4831 1 099999 4831 0 0 0 4.810800+4 1.069772+2 0 0 1 04831 2151 1 4.810800+4 1.000000+0 0 0 1 04831 2151 2 1.000000-5 3.800000+2 0 0 0 04831 2151 3 0.000000+0 6.200000-1 0 0 0 04831 2151 4 4831 2 099999 4831 0 0 0 4.810800+4 1.069772+2 0 0 0 04831 3 4 1 0.000000+0-6.329860+5 0 0 1 664831 3 4 2 66 2 4831 3 4 3 6.389030+5 0.000000+0 6.500000+5 8.466000-2 7.000000+5 3.690000-14831 3 4 4 7.500000+5 5.777000-1 8.000000+5 7.234000-1 8.500000+5 8.268000-14831 3 4 5 9.000000+5 9.004000-1 9.500000+5 9.524000-1 1.000000+6 9.900000-14831 3 4 6 1.200000+6 1.067000+0 1.400000+6 1.091000+0 1.522561+6 1.076905+04831 3 4 7 1.600000+6 1.118230+0 1.616814+6 1.110098+0 1.736734+6 1.210848+04831 3 4 8 1.800000+6 1.296540+0 1.931316+6 1.354825+0 2.000000+6 1.410080+04831 3 4 9 2.165909+6 1.435904+0 2.182937+6 1.449168+0 2.200000+6 1.477780+04831 3 4 10 2.222806+6 1.475798+0 2.260283+6 1.493605+0 2.387885+6 1.586929+04831 3 4 11 2.396757+6 1.599217+0 2.400000+6 1.605039+0 2.509541+6 1.625650+04831 3 4 12 2.565136+6 1.659446+0 2.579116+6 1.668020+0 2.589199+6 1.678448+04831 3 4 13 2.600000+6 1.690732+0 2.625970+6 1.698898+0 2.644461+6 1.706070+04831 3 4 14 2.670351+6 1.724300+0 2.703023+6 1.752003+0 2.713117+6 1.763892+04831 3 4 15 2.800000+6 1.885220+0 3.000000+6 1.917694+0 3.250000+6 1.946524+04831 3 4 16 3.500000+6 1.952292+0 3.750000+6 1.962035+0 4.000000+6 1.968738+04831 3 4 17 4.250000+6 1.980238+0 4.500000+6 1.992274+0 4.750000+6 2.006202+04831 3 4 18 5.000000+6 2.019471+0 5.500000+6 2.040401+0 6.000000+6 2.048999+04831 3 4 19 6.500000+6 2.044634+0 7.000000+6 2.030106+0 7.500000+6 2.008842+04831 3 4 20 8.000000+6 1.985035+0 8.500000+6 1.961970+0 9.000000+6 1.941403+04831 3 4 21 9.500000+6 1.924052+0 1.000000+7 1.909412+0 1.100000+7 1.745001+04831 3 4 22 1.200000+7 1.201858+0 1.300000+7 8.068290-1 1.400000+7 5.764062-14831 3 4 23 1.500000+7 4.432827-1 1.600000+7 3.653202-1 1.700000+7 3.158441-14831 3 4 24 1.800000+7 2.831971-1 1.900000+7 2.558667-1 2.000000+7 2.386728-14831 3 4 25 4831 3 099999 4.810800+4 1.069772+2 0 0 0 04831 3 16 1 -1.033880+7-1.033880+7 0 0 1 114831 3 16 2 11 2 4831 3 16 3 1.043545+7 0.000000+0 1.100000+7 1.392000-1 1.200000+7 6.563000-14831 3 16 4 1.300000+7 1.020000+0 1.400000+7 1.212000+0 1.500000+7 1.298000+04831 3 16 5 1.600000+7 1.327000+0 1.700000+7 1.318000+0 1.800000+7 1.290000+04831 3 16 6 1.900000+7 1.254000+0 2.000000+7 1.194000+0 4831 3 16 7 4831 3 099999 4.810800+4 1.069772+2 0 0 0 04831 3 17 1 -1.826246+7-1.826246+7 0 0 1 34831 3 17 2 3 2 4831 3 17 3 1.843317+7 0.000000+0 1.900000+7 3.874000-4 2.000000+7 1.665000-24831 3 17 4 4831 3 099999 4.810800+4 1.069772+2 0 0 0 04831 3 22 1 -2.287195+6-2.287195+6 0 0 1 334831 3 22 2 33 2 4831 3 22 3 2.308575+6 0.000000+0 2.400000+6 0.000000+0 2.600000+6 0.000000+04831 3 22 4 2.800000+6 0.000000+0 3.000000+6 1.14900-32 3.250000+6 2.16300-284831 3 22 5 3.500000+6 1.69500-25 3.750000+6 3.40600-23 4.000000+6 2.74400-214831 3 22 6 4.250000+6 1.12500-19 4.500000+6 2.98600-18 4.750000+6 5.30600-174831 3 22 7 5.000000+6 7.30800-16 5.500000+6 6.85800-14 6.000000+6 3.30300-124831 3 22 8 6.500000+6 9.95300-11 7.000000+6 2.047000-9 7.500000+6 2.936000-84831 3 22 9 8.000000+6 3.019000-7 8.500000+6 2.152000-6 9.000000+6 1.094000-54831 3 22 10 9.500000+6 4.163000-5 1.000000+7 1.263000-4 1.100000+7 5.003000-44831 3 22 11 1.200000+7 6.610000-4 1.300000+7 1.120000-3 1.400000+7 2.312000-34831 3 22 12 1.500000+7 4.740000-3 1.600000+7 8.985000-3 1.700000+7 1.524000-24831 3 22 13 1.800000+7 2.320000-2 1.900000+7 3.205000-2 2.000000+7 4.126000-24831 3 22 14 4831 3 099999 4.810800+4 1.069772+2 0 0 0 04831 3102 1 7.327417+6 7.327417+6 0 0 1 14424831 3102 2 1442 2 4831 3102 3 1.000000-5 3.955270+1 1.103037-5 3.766007+1 1.216691-5 3.585800+14831 3102 4 1.342055-5 3.414216+1 1.480336-5 3.250843+1 1.632865-5 3.095287+14831 3102 5 1.801111-5 2.947175+1 1.986691-5 2.806150+1 2.191394-5 2.671873+14831 3102 6 2.417189-5 2.544022+1 2.666248-5 2.422288+1 2.940971-5 2.306380+14831 3102 7 3.243999-5 2.196018+1 3.578251-5 2.090936+1 3.946943-5 1.990883+14831 3102 8 4.353624-5 1.895618+1 4.802208-5 1.804911+1 5.297013-5 1.718544+14831 3102 9 5.842801-5 1.636310+1 6.444825-5 1.558012+1 7.108881-5 1.483459+14831 3102 10 7.841358-5 1.412475+1 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