ENTRY 21808 20230518 231721808 0 1 SUBENT 21808001 20230518 231721808 1 1 BIB 13 92 21808 1 2 TITLE Isotopic neon cross sections for a study of neutron 21808 1 3 balance and temperature during s-process 21808 1 4 nucleosynthesis 21808 1 5 AUTHOR (J.Almeida, F.Kaeppeler) 21808 1 6 REFERENCE (J,AJ,265,417,1983) 21808 1 7 (J,PR/C,90,045804,2014) - new analysis of 21808 1 8 resonance parameters. 21808 1 9 Authors: M.Heil, R.Plag, E.Uberseder, R.Gallino, 21808 1 10 S.Bisterzo, A.Juseviciute, F.Kaeppeler, C.Lederer, 21808 1 11 A.Mengoni, M.Pignatari 21808 1 12 #doi:10.1103/PhysRevC.90.045804 21808 1 13 (J,PR/C,92,019902,2015) - erratum of PR/C,90,045804 21808 1 14 ((R,KFK-3347,198205)=(T,ALMEIDA,1982)) 21808 1 15 Thesis J.Almeida,Univ.of Heidelberg 21808 1 16 (C,82ANTWER,,948,1982) 21808 1 17 (R,KFK-3280,198202) Pages 2-31 - 2-33. 21808 1 18 Prelim. MACS at kT=30keV for Ne-20,21,22 in text. 21808 1 19 ((P,NEANDC(E)-222,(5),1,1981)= 21808 1 20 (P,INDC(GER)-23,1,1981)) 21808 1 21 Point-wise tot.CS in 7-800 keV interval on Figures 21808 1 22 FACILITY (VDG,2GERKFK) Karlsruhe 3 MV pulsed VDG accelerator. 21808 1 23 INSTITUTE (2GERKFK) 21808 1 24 INC-SOURCE (P-LI7) 21808 1 25 SAMPLE Neon gas, contained in stainless steel containers, 21808 1 26 mounted on an automatic sample changer. 21808 1 27 For the Ne-20 measurements were used 21808 1 28 -natural neon (transmission exp.) 21808 1 29 -Enriched Ne-20, 99.8% (capture exp.) 21808 1 30 Enriched Ne-21, 95.4% 21808 1 31 Enriched Ne-22, 99.8% 21808 1 32 The gas pressure was 150 atm. (Transmission exp.) 21808 1 33 And 300 atm. (Capture exp.) 21808 1 34 In case of the capture measurements the sample 21808 1 35 changer contained as well a 21808 1 36 -graphite sphere, for the background corrections, 21808 1 37 -Au standard. 21808 1 38 METHOD (TOF) 21808 1 39 Total and capture cross sections were measured in 21808 1 40 the following energy ranges 21808 1 41 total C.S. (5-350) keV and (150-800) keV, 21808 1 42 capture C.S. (4-215) keV. 21808 1 43 The flight path was 3 m for the transmitted neutrons 21808 1 44 and 60 cm for the capture events. 21808 1 45 Spectra for the different isotopes were measured 21808 1 46 cyclically in runs of about 10 minutes. 21808 1 47 The transmission was higher than 95 per cent. 21808 1 48 In order to obtain a large enough signal from 21808 1 49 neutron captures in the neon, the experimental 21808 1 50 set-up was designed to reduce the background, while 21808 1 51 allowing the detectors to be placed at a distance of 21808 1 52 2 cm from the sample. Besides the TOF signal the 21808 1 53 detector pulse height was also recorded in order 21808 1 54 to use the Meyer-Leibnitz pulse height 21808 1 55 weighting method. 21808 1 56 DETECTOR (GLASD) Li-6 glass detector to monitor neutron flux 21808 1 57 in the total C.S. measurements. 21808 1 58 (SCIN) C(6)D(6) liquid scin.detectors coupled to fast 21808 1 59 PM for gamma-rays detecting. 21808 1 60 Transmitted neutrons were detected by a 10 X 10 cm 21808 1 61 B-10 slab, through the 478 keV gamma-rays of the 21808 1 62 B-10(n,alpha) Li-7* reaction. 21808 1 63 Capture events were counted by detecting gamma-ray 21808 1 64 cascades following n-capture. 21808 1 65 ANALYSIS The total C.S. measurements were needed to correct 21808 1 66 the capture data for the background. Thus the 21808 1 67 background from scattered neutrons was determined 21808 1 68 using the graphite TOF spectrum (for the shape) 21808 1 69 and the total C.S. measurements (for the 21808 1 70 magnitude of the background spectrum). 21808 1 71 ADD-RES From the discussion of the S-process neutron balance 21808 1 72 it was found that neutron capture in the neon 21808 1 73 isotopes is a minor effect thus not effecting the 21808 1 74 main (alpha,n)- reaction on Ne-22. 21808 1 75 Lower limit for S-process temperature is given. 21808 1 76 CORRECTION Various corrections were made to the capture data. 21808 1 77 In the ERR-ANALYSIS the applied corrections are 21808 1 78 given together with the related uncertainties. 21808 1 79 The negative capture cross section values are due to 21808 1 80 the correction for scattered neutron background. 21808 1 81 Details of this correction are described in the main 21808 1 82 reference, KFK-3347. 21808 1 83 HISTORY (19820130C) BN. 21808 1 84 (19830725A) BN. Monitor moved from SAN001 to SAN008-01621808 1 85 SAN015,016 added. 21808 1 86 (20080529A) Date is corrected 21808 1 87 (20080529U) Last checking has been done. 21808 1 88 (20161111A) M.M. Ref. J,AJ,265,417,1983 was added. 21808 1 89 BIB information was updated. 21808 1 90 Subents 017, 018 were added. 21808 1 91 (20190923A) SD: Data from 23265 Entry added (confirmed 21808 1 92 by Franz Kaeppeler). Subents 019-022 added. 21808 1 93 (20211227A) SD: Corrections in Subents 017-019. 21808 1 94 ENDBIB 92 0 21808 1 95 NOCOMMON 0 0 21808 1 96 ENDSUBENT 95 0 21808 199999 SUBENT 21808002 20161111 225521808 2 1 BIB 4 11 21808 2 2 REACTION (10-NE-20(N,TOT),,SIG) 21808 2 3 Low energy run (5-350 keV). 21808 2 4 METHOD (TRN) 21808 2 5 ERR-ANALYS (ERR-S) Only the statistical uncertainty is given. 21808 2 6 .For total cross sections 21808 2 7 - above 30 keV the systematic error is estimated 21808 2 8 to be less than 0.5 per cent. 21808 2 9 - Below 30 keV the systematic error is in the 21808 2 10 worst case than 5 per cent. 21808 2 11 STATUS (TABLE) Table a) on pages 52-54 in Appendix 1 of 21808 2 12 KFK-3347,1982 21808 2 13 ENDBIB 11 0 21808 2 14 NOCOMMON 0 0 21808 2 15 DATA 3 407 21808 2 16 EN DATA ERR-S 21808 2 17 KEV B B 21808 2 18 5.1 2.19 0.2 21808 2 19 6.1 2.87 0.2 21808 2 20 6.9 2.45 0.2 21808 2 21 7.7 3.10 0.2 21808 2 22 8.4 2.77 0.2 21808 2 23 9.2 1.80 0.2 21808 2 24 9.9 2.86 0.2 21808 2 25 10.7 2.79 0.2 21808 2 26 11.5 2.78 0.2 21808 2 27 12.2 2.77 0.2 21808 2 28 13.0 2.47 0.2 21808 2 29 14.5 2.50 0.2 21808 2 30 15.3 2.59 0.2 21808 2 31 16.1 2.49 0.2 21808 2 32 16.8 2.15 0.2 21808 2 33 17.6 2.31 0.2 21808 2 34 18.4 2.65 0.2 21808 2 35 19.2 2.11 0.2 21808 2 36 19.9 2.57 0.2 21808 2 37 20.7 2.38 0.2 21808 2 38 21.5 2.27 0.2 21808 2 39 22.3 2.47 0.2 21808 2 40 23.1 2.23 0.2 21808 2 41 23.9 2.34 0.2 21808 2 42 24.7 2.33 0.2 21808 2 43 25.5 1.95 0.2 21808 2 44 26.2 2.45 0.2 21808 2 45 27.0 2.30 0.2 21808 2 46 27.8 2.04 0.2 21808 2 47 28.6 2.33 0.2 21808 2 48 29.4 2.29 0.2 21808 2 49 30.2 2.47 0.2 21808 2 50 31.0 2.55 0.2 21808 2 51 31.8 2.26 0.2 21808 2 52 32.7 2.57 0.2 21808 2 53 33.5 2.48 0.2 21808 2 54 34.3 2.55 0.2 21808 2 55 35.1 2.21 0.2 21808 2 56 35.9 2.24 0.2 21808 2 57 36.7 2.34 0.2 21808 2 58 37.6 2.42 0.2 21808 2 59 38.4 2.11 0.2 21808 2 60 39.2 2.16 0.2 21808 2 61 40.1 2.58 0.2 21808 2 62 40.9 2.19 0.2 21808 2 63 41.8 2.33 0.2 21808 2 64 42.6 2.31 0.2 21808 2 65 43.5 2.31 0.2 21808 2 66 44.3 2.26 0.2 21808 2 67 45.2 2.31 0.2 21808 2 68 46.0 2.51 0.2 21808 2 69 46.9 2.22 0.2 21808 2 70 47.8 2.20 0.2 21808 2 71 48.6 2.41 0.2 21808 2 72 49.5 2.22 0.2 21808 2 73 50.4 2.20 0.2 21808 2 74 51.2 2.45 0.2 21808 2 75 52.1 2.45 0.2 21808 2 76 53.0 2.54 0.2 21808 2 77 53.9 1.94 0.2 21808 2 78 54.8 2.21 0.2 21808 2 79 55.7 2.12 0.2 21808 2 80 56.5 2.23 0.2 21808 2 81 57.4 2.43 0.2 21808 2 82 58.3 2.42 0.2 21808 2 83 59.3 2.33 0.2 21808 2 84 60.2 1.92 0.2 21808 2 85 61.1 2.27 0.2 21808 2 86 62.0 2.23 0.2 21808 2 87 62.9 2.47 0.2 21808 2 88 63.8 2.38 0.2 21808 2 89 64.8 1.97 0.2 21808 2 90 65.8 2.51 0.2 21808 2 91 66.8 2.34 0.2 21808 2 92 67.7 2.41 0.2 21808 2 93 68.6 2.39 0.2 21808 2 94 69.5 2.09 0.2 21808 2 95 70.4 2.49 0.2 21808 2 96 71.4 2.25 0.2 21808 2 97 72.4 2.04 0.2 21808 2 98 73.4 2.21 0.2 21808 2 99 74.4 2.31 0.2 21808 2 100 75.5 2.18 0.2 21808 2 101 76.4 2.57 0.2 21808 2 102 77.3 2.36 0.2 21808 2 103 78.3 2.40 0.2 21808 2 104 79.2 1.96 0.2 21808 2 105 80.2 2.07 0.2 21808 2 106 81.2 2.49 0.2 21808 2 107 82.2 2.26 0.2 21808 2 108 83.3 2.35 0.2 21808 2 109 84.3 2.30 0.2 21808 2 110 85.4 1.98 0.2 21808 2 111 86.5 2.27 0.2 21808 2 112 87.7 2.23 0.2 21808 2 113 88.6 2.23 0.2 21808 2 114 89.6 2.15 0.2 21808 2 115 90.6 2.27 0.2 21808 2 116 91.6 2.08 0.2 21808 2 117 92.6 2.21 0.2 21808 2 118 93.6 1.99 0.2 21808 2 119 94.7 2.26 0.2 21808 2 120 95.8 2.24 0.2 21808 2 121 96.8 2.21 0.2 21808 2 122 97.9 1.86 0.2 21808 2 123 99.1 2.40 0.2 21808 2 124 100.2 2.11 0.2 21808 2 125 101.4 2.15 0.2 21808 2 126 102.6 2.37 0.2 21808 2 127 103.8 1.95 0.2 21808 2 128 105.0 2.16 0.2 21808 2 129 106.3 2.35 0.2 21808 2 130 107.3 2.01 0.2 21808 2 131 108.3 2.29 0.2 21808 2 132 109.4 2.22 0.2 21808 2 133 110.4 2.17 0.2 21808 2 134 111.5 2.09 0.2 21808 2 135 112.6 1.90 0.2 21808 2 136 113.7 2.17 0.2 21808 2 137 114.9 2.11 0.2 21808 2 138 116.0 2.10 0.2 21808 2 139 117.2 2.26 0.2 21808 2 140 118.3 2.06 0.2 21808 2 141 119.5 2.04 0.2 21808 2 142 120.8 2.02 0.2 21808 2 143 122.0 1.98 0.2 21808 2 144 123.2 1.92 0.2 21808 2 145 124.5 2.14 0.2 21808 2 146 125.8 2.07 0.2 21808 2 147 127.1 2.22 0.2 21808 2 148 128.5 2.27 0.2 21808 2 149 129.8 2.05 0.2 21808 2 150 131.2 1.99 0.2 21808 2 151 132.6 1.87 0.2 21808 2 152 134.0 1.86 0.2 21808 2 153 135.4 2.06 0.2 21808 2 154 136.9 2.20 0.2 21808 2 155 138.4 2.03 0.2 21808 2 156 139.5 1.94 0.2 21808 2 157 140.7 2.52 0.4 21808 2 158 141.1 2.28 0.4 21808 2 159 141.5 2.57 0.4 21808 2 160 141.8 2.28 0.4 21808 2 161 142.2 2.28 0.4 21808 2 162 143.0 2.14 0.4 21808 2 163 143.4 2.34 0.4 21808 2 164 143.8 2.18 0.4 21808 2 165 144.2 2.42 0.4 21808 2 166 144.6 2.13 0.4 21808 2 167 145.0 2.03 0.4 21808 2 168 145.4 2.99 0.4 21808 2 169 145.8 2.85 0.4 21808 2 170 146.2 3.71 0.4 21808 2 171 146.6 5.38 0.4 21808 2 172 147.1 7.97 0.4 21808 2 173 147.5 8.98 0.4 21808 2 174 147.9 7.66 0.4 21808 2 175 148.3 5.57 0.4 21808 2 176 149.1 2.94 0.4 21808 2 177 149.6 2.57 0.4 21808 2 178 150.0 2.06 0.4 21808 2 179 150.4 2.25 0.4 21808 2 180 150.8 1.78 0.4 21808 2 181 151.3 2.37 0.4 21808 2 182 151.7 2.41 0.4 21808 2 183 152.1 1.81 0.4 21808 2 184 152.6 1.95 0.4 21808 2 185 153.0 2.06 0.4 21808 2 186 153.4 1.94 0.4 21808 2 187 153.9 1.48 0.4 21808 2 188 154.3 2.09 0.4 21808 2 189 154.8 1.55 0.4 21808 2 190 155.2 2.46 0.4 21808 2 191 155.6 2.19 0.4 21808 2 192 156.1 1.68 0.4 21808 2 193 156.5 1.95 0.4 21808 2 194 157.0 1.97 0.4 21808 2 195 157.5 1.78 0.4 21808 2 196 158.4 1.98 0.4 21808 2 197 158.8 2.38 0.4 21808 2 198 159.3 2.36 0.4 21808 2 199 159.8 2.19 0.4 21808 2 200 160.2 1.76 0.4 21808 2 201 160.7 2.21 0.4 21808 2 202 161.2 1.95 0.4 21808 2 203 161.6 1.95 0.4 21808 2 204 162.1 2.24 0.4 21808 2 205 162.6 1.81 0.4 21808 2 206 163.1 1.96 0.4 21808 2 207 163.6 2.28 0.4 21808 2 208 164.0 2.05 0.4 21808 2 209 164.5 2.08 0.4 21808 2 210 165.0 1.78 0.4 21808 2 211 165.5 2.08 0.3 21808 2 212 166.0 2.15 0.4 21808 2 213 166.5 2.06 0.4 21808 2 214 167.0 2.15 0.3 21808 2 215 167.5 2.16 0.4 21808 2 216 168.0 1.89 0.4 21808 2 217 168.5 1.88 0.3 21808 2 218 169.0 2.05 0.3 21808 2 219 169.5 2.19 0.3 21808 2 220 170.0 1.97 0.3 21808 2 221 170.5 2.24 0.3 21808 2 222 171.0 2.24 0.3 21808 2 223 171.6 1.71 0.3 21808 2 224 172.1 2.48 0.3 21808 2 225 172.6 2.46 0.3 21808 2 226 173.1 1.66 0.3 21808 2 227 173.7 2.21 0.3 21808 2 228 174.2 2.14 0.3 21808 2 229 174.7 1.79 0.3 21808 2 230 175.2 2.00 0.3 21808 2 231 175.8 1.70 0.3 21808 2 232 176.3 1.93 0.3 21808 2 233 176.9 1.53 0.3 21808 2 234 177.4 1.53 0.3 21808 2 235 178.0 2.18 0.3 21808 2 236 178.5 1.58 0.3 21808 2 237 179.1 1.70 0.3 21808 2 238 179.6 2.13 0.3 21808 2 239 180.2 1.87 0.3 21808 2 240 180.7 2.00 0.3 21808 2 241 181.3 2.09 0.3 21808 2 242 181.9 2.23 0.3 21808 2 243 182.4 1.77 0.3 21808 2 244 183.0 1.97 0.3 21808 2 245 183.6 1.58 0.3 21808 2 246 184.1 1.53 0.3 21808 2 247 184.7 1.66 0.3 21808 2 248 185.3 1.91 0.3 21808 2 249 185.9 1.93 0.3 21808 2 250 186.5 1.93 0.3 21808 2 251 187.1 1.73 0.3 21808 2 252 187.6 2.45 0.3 21808 2 253 188.2 1.84 0.3 21808 2 254 188.8 1.85 0.3 21808 2 255 189.4 2.43 0.3 21808 2 256 190.0 1.76 0.3 21808 2 257 190.7 2.31 0.3 21808 2 258 191.3 1.47 0.3 21808 2 259 191.9 1.91 0.3 21808 2 260 192.5 1.75 0.3 21808 2 261 193.1 2.35 0.3 21808 2 262 193.7 2.25 0.3 21808 2 263 194.3 1.63 0.3 21808 2 264 195.0 1.62 0.3 21808 2 265 195.6 1.51 0.3 21808 2 266 196.2 1.73 0.3 21808 2 267 196.9 1.98 0.3 21808 2 268 197.5 2.05 0.3 21808 2 269 198.2 1.77 0.3 21808 2 270 198.8 1.94 0.3 21808 2 271 199.4 1.78 0.3 21808 2 272 200.1 1.57 0.3 21808 2 273 200.8 2.12 0.3 21808 2 274 201.4 1.72 0.3 21808 2 275 202.1 1.76 0.3 21808 2 276 202.7 1.81 0.3 21808 2 277 203.4 1.75 0.3 21808 2 278 204.1 1.51 0.3 21808 2 279 204.8 1.71 0.3 21808 2 280 205.4 1.73 0.3 21808 2 281 206.1 1.86 0.3 21808 2 282 206.8 1.83 0.3 21808 2 283 207.5 1.34 0.3 21808 2 284 208.2 1.89 0.3 21808 2 285 208.9 2.22 0.3 21808 2 286 209.6 1.07 0.3 21808 2 287 210.3 1.55 0.3 21808 2 288 211.0 1.40 0.3 21808 2 289 211.7 1.78 0.3 21808 2 290 212.4 1.81 0.3 21808 2 291 213.1 1.82 0.3 21808 2 292 213.8 1.36 0.3 21808 2 293 214.6 1.80 0.3 21808 2 294 215.3 2.02 0.3 21808 2 295 216.0 1.81 0.3 21808 2 296 216.8 1.77 0.3 21808 2 297 217.5 1.78 0.3 21808 2 298 218.2 1.90 0.3 21808 2 299 219.0 1.86 0.3 21808 2 300 219.7 1.60 0.3 21808 2 301 220.5 1.42 0.3 21808 2 302 221.2 1.51 0.3 21808 2 303 222.0 1.83 0.3 21808 2 304 222.8 1.54 0.3 21808 2 305 223.5 1.74 0.3 21808 2 306 224.3 1.67 0.3 21808 2 307 225.1 1.55 0.3 21808 2 308 225.9 1.59 0.3 21808 2 309 226.7 1.54 0.3 21808 2 310 227.4 1.91 0.3 21808 2 311 228.2 1.53 0.3 21808 2 312 229.0 1.42 0.3 21808 2 313 229.8 1.69 0.3 21808 2 314 230.6 1.73 0.3 21808 2 315 231.5 1.45 0.3 21808 2 316 232.3 1.63 0.3 21808 2 317 233.1 1.30 0.3 21808 2 318 233.9 1.32 0.3 21808 2 319 234.7 1.34 0.3 21808 2 320 235.6 1.58 0.3 21808 2 321 236.4 1.51 0.3 21808 2 322 237.2 1.60 0.3 21808 2 323 238.1 1.49 0.3 21808 2 324 238.9 1.09 0.3 21808 2 325 239.8 1.32 0.3 21808 2 326 240.7 1.70 0.3 21808 2 327 241.5 1.51 0.3 21808 2 328 242.4 1.95 0.3 21808 2 329 243.3 1.38 0.3 21808 2 330 244.1 1.54 0.3 21808 2 331 245.0 1.11 0.3 21808 2 332 245.9 1.67 0.3 21808 2 333 246.8 1.99 0.3 21808 2 334 247.7 1.42 0.3 21808 2 335 248.6 1.21 0.3 21808 2 336 249.5 1.64 0.3 21808 2 337 250.4 1.70 0.3 21808 2 338 251.3 1.45 0.3 21808 2 339 252.3 1.76 0.3 21808 2 340 253.2 1.14 0.3 21808 2 341 254.1 1.74 0.3 21808 2 342 255.1 1.61 0.3 21808 2 343 256.0 1.54 0.3 21808 2 344 256.9 1.28 0.3 21808 2 345 257.9 1.32 0.4 21808 2 346 258.9 1.98 0.4 21808 2 347 259.8 1.90 0.4 21808 2 348 260.8 1.86 0.4 21808 2 349 261.8 1.88 0.4 21808 2 350 262.7 1.64 0.4 21808 2 351 263.7 2.21 0.4 21808 2 352 264.7 2.05 0.4 21808 2 353 265.7 2.29 0.4 21808 2 354 266.7 1.89 0.4 21808 2 355 267.7 2.29 0.4 21808 2 356 268.7 1.88 0.4 21808 2 357 269.8 1.73 0.4 21808 2 358 270.8 1.56 0.4 21808 2 359 271.8 1.87 0.4 21808 2 360 272.9 1.99 0.4 21808 2 361 273.9 0.90 0.4 21808 2 362 275.0 1.45 0.4 21808 2 363 276.0 1.85 0.4 21808 2 364 277.1 2.07 0.4 21808 2 365 278.1 1.96 0.4 21808 2 366 279.2 1.50 0.4 21808 2 367 280.3 1.62 0.4 21808 2 368 281.4 1.87 0.4 21808 2 369 282.5 1.23 0.4 21808 2 370 283.6 1.92 0.4 21808 2 371 284.7 1.25 0.4 21808 2 372 285.8 1.79 0.4 21808 2 373 286.9 1.50 0.4 21808 2 374 288.0 2.07 0.4 21808 2 375 289.2 1.65 0.4 21808 2 376 290.3 2.02 0.4 21808 2 377 291.4 1.35 0.4 21808 2 378 292.6 2.49 0.4 21808 2 379 293.8 2.48 0.4 21808 2 380 294.9 2.09 0.4 21808 2 381 296.1 1.77 0.4 21808 2 382 297.3 2.31 0.4 21808 2 383 298.5 2.37 0.4 21808 2 384 299.6 2.61 0.4 21808 2 385 300.8 2.30 0.4 21808 2 386 302.1 1.86 0.4 21808 2 387 303.3 2.26 0.4 21808 2 388 304.5 2.52 0.4 21808 2 389 305.7 2.56 0.4 21808 2 390 307.0 1.52 0.4 21808 2 391 308.2 1.93 0.4 21808 2 392 309.5 2.21 0.4 21808 2 393 310.7 1.61 0.4 21808 2 394 312.0 2.29 0.4 21808 2 395 313.3 2.32 0.5 21808 2 396 314.5 2.33 0.5 21808 2 397 315.8 1.94 0.5 21808 2 398 317.1 1.81 0.5 21808 2 399 318.4 1.94 0.5 21808 2 400 319.8 1.57 0.5 21808 2 401 321.1 2.37 0.5 21808 2 402 322.4 2.17 0.5 21808 2 403 323.8 2.15 0.5 21808 2 404 325.1 1.12 0.5 21808 2 405 326.5 1.90 0.5 21808 2 406 327.8 1.15 0.5 21808 2 407 329.2 1.74 0.5 21808 2 408 330.6 1.69 0.5 21808 2 409 332.0 0.54 0.5 21808 2 410 333.4 1.26 0.6 21808 2 411 334.8 1.52 0.6 21808 2 412 336.2 1.42 0.6 21808 2 413 337.6 1.04 0.6 21808 2 414 339.1 1.90 0.6 21808 2 415 340.5 0.98 0.7 21808 2 416 342.0 0.88 0.8 21808 2 417 343.4 1.52 0.9 21808 2 418 344.9 2.44 1.0 21808 2 419 346.4 1.70 1.3 21808 2 420 347.9 0.77 1.7 21808 2 421 349.4 -2.22 2.2 21808 2 422 350.9 2.75 2.6 21808 2 423 352.4 -1.56 2.7 21808 2 424 353.9 1.25 2.8 21808 2 425 ENDDATA 409 0 21808 2 426 ENDSUBENT 425 0 21808 299999 SUBENT 21808003 20161111 225521808 3 1 BIB 6 17 21808 3 2 REACTION (10-NE-21(N,TOT),,SIG) 21808 3 3 Low energy run ( 5-350 keV) . 21808 3 4 METHOD (TRN) 21808 3 5 COMMENT .The cross section at 8.0 keV is printed in 21808 3 6 report KFK-3347 as '4. 9' barns. The blank is 21808 3 7 assumed to be a zero and the value appears as 21808 3 8 '4.09' in the data section of this subwork. 21808 3 9 ERR-ANALYS (ERR-S) Only the statistical uncertainty is given. 21808 3 10 .For total cross sections 21808 3 11 - above 30 keV the systematic error is estimated 21808 3 12 to be less than 0.5 per cent. 21808 3 13 - Below 30 keV the systematic error is in the 21808 3 14 worst case than 5 per cent. 21808 3 15 STATUS (TABLE) Table on pages 54-56 in Appendix 1 of 21808 3 16 KFK-3347,1982 21808 3 17 HISTORY (19830420U) A.P.T. comment added. Embedded blank in 21808 3 18 data point at 8.0 keV replaced by a zero. 21808 3 19 ENDBIB 17 0 21808 3 20 NOCOMMON 0 0 21808 3 21 DATA 3 300 21808 3 22 EN DATA ERR-S 21808 3 23 KEV B B 21808 3 24 5.1 4.27 2.20 21808 3 25 5.8 4.13 2.60 21808 3 26 6.4 3.21 2.40 21808 3 27 6.9 2.38 2.30 21808 3 28 7.4 4.80 2.20 21808 3 29 8.0 4.09 2.10 21808 3 30 8.5 3.19 2.10 21808 3 31 9.0 4.79 2.20 21808 3 32 9.6 1.51 2.30 21808 3 33 10.1 3.58 2.30 21808 3 34 10.6 2.04 2.30 21808 3 35 11.2 2.44 2.40 21808 3 36 11.7 1.51 2.30 21808 3 37 12.3 2.37 2.40 21808 3 38 12.8 3.07 2.20 21808 3 39 13.4 4.81 2.30 21808 3 40 13.9 2.33 2.30 21808 3 41 14.4 3.54 2.20 21808 3 42 15.0 3.50 2.30 21808 3 43 15.5 3.66 2.30 21808 3 44 16.1 3.43 2.10 21808 3 45 16.6 1.04 2.20 21808 3 46 17.2 2.30 2.20 21808 3 47 17.7 2.19 2.20 21808 3 48 18.3 3.64 2.10 21808 3 49 18.8 3.73 2.10 21808 3 50 19.4 3.01 2.10 21808 3 51 20.0 5.47 2.10 21808 3 52 20.5 4.67 2.10 21808 3 53 21.1 4.56 2.00 21808 3 54 21.6 0.94 2.00 21808 3 55 22.2 3.08 2.00 21808 3 56 22.8 4.21 2.00 21808 3 57 23.3 3.28 2.00 21808 3 58 23.9 6.85 2.00 21808 3 59 24.5 3.75 2.00 21808 3 60 25.0 1.88 2.00 21808 3 61 25.6 1.20 1.90 21808 3 62 26.2 3.03 2.00 21808 3 63 26.7 0.78 1.90 21808 3 64 27.3 2.82 1.90 21808 3 65 27.9 -0.20 1.90 21808 3 66 28.5 0.12 1.90 21808 3 67 29.1 -0.64 1.90 21808 3 68 29.6 0.96 2.00 21808 3 69 30.2 3.07 1.90 21808 3 70 30.8 2.91 1.90 21808 3 71 31.4 7.02 2.00 21808 3 72 32.0 4.33 1.90 21808 3 73 32.6 3.56 1.90 21808 3 74 33.2 4.99 2.00 21808 3 75 33.8 5.41 2.00 21808 3 76 34.3 3.52 1.90 21808 3 77 35.0 1.20 2.00 21808 3 78 35.5 1.09 2.00 21808 3 79 36.1 2.41 2.00 21808 3 80 36.7 3.82 2.00 21808 3 81 37.4 0.58 2.00 21808 3 82 38.0 3.00 2.00 21808 3 83 38.6 0.24 2.00 21808 3 84 39.2 4.60 2.00 21808 3 85 39.8 3.69 2.10 21808 3 86 40.4 3.15 2.10 21808 3 87 41.0 2.18 2.00 21808 3 88 41.6 3.77 2.00 21808 3 89 42.2 4.21 2.00 21808 3 90 42.9 3.26 2.00 21808 3 91 43.5 0.73 2.10 21808 3 92 44.1 4.82 2.10 21808 3 93 44.7 3.32 2.10 21808 3 94 45.4 2.19 2.00 21808 3 95 46.0 5.20 2.00 21808 3 96 46.7 5.78 2.00 21808 3 97 47.3 6.39 2.10 21808 3 98 47.9 4.47 2.10 21808 3 99 48.6 7.29 2.10 21808 3 100 49.2 3.24 2.10 21808 3 101 49.8 2.34 2.10 21808 3 102 50.5 1.49 2.10 21808 3 103 51.2 6.34 2.10 21808 3 104 51.8 5.58 2.00 21808 3 105 52.5 2.96 2.20 21808 3 106 53.2 5.09 2.10 21808 3 107 53.8 2.35 2.10 21808 3 108 54.4 3.88 2.10 21808 3 109 55.1 3.36 2.10 21808 3 110 55.8 4.85 2.10 21808 3 111 56.4 3.73 2.10 21808 3 112 57.1 4.58 2.10 21808 3 113 57.8 3.70 1.90 21808 3 114 58.5 2.17 2.00 21808 3 115 59.3 4.15 2.20 21808 3 116 59.9 1.78 2.20 21808 3 117 60.6 1.62 2.20 21808 3 118 61.2 1.60 2.10 21808 3 119 61.9 4.93 2.10 21808 3 120 62.6 3.50 2.10 21808 3 121 63.3 4.59 2.10 21808 3 122 64.0 6.39 2.10 21808 3 123 64.7 0.96 2.10 21808 3 124 65.4 4.84 2.10 21808 3 125 66.1 3.23 2.10 21808 3 126 66.9 1.74 2.00 21808 3 127 67.7 6.00 2.00 21808 3 128 68.4 3.04 2.20 21808 3 129 69.1 4.01 2.20 21808 3 130 69.8 1.67 2.20 21808 3 131 70.4 6.42 2.20 21808 3 132 71.1 2.41 2.20 21808 3 133 71.8 6.35 2.20 21808 3 134 72.5 3.95 2.10 21808 3 135 73.2 1.76 2.10 21808 3 136 74.0 1.55 2.10 21808 3 137 74.7 5.58 2.10 21808 3 138 75.5 2.47 2.10 21808 3 139 76.2 5.16 2.10 21808 3 140 77.0 4.38 2.10 21808 3 141 77.8 3.12 2.10 21808 3 142 78.6 4.06 2.00 21808 3 143 79.4 1.49 2.00 21808 3 144 80.2 2.47 2.00 21808 3 145 81.0 6.00 2.00 21808 3 146 81.9 6.00 2.00 21808 3 147 82.8 5.65 2.00 21808 3 148 83.6 7.15 2.20 21808 3 149 84.3 2.97 2.20 21808 3 150 85.1 2.47 2.20 21808 3 151 85.8 0.77 2.20 21808 3 152 86.5 3.16 2.20 21808 3 153 87.3 6.37 2.20 21808 3 154 88.0 4.09 2.20 21808 3 155 88.8 2.27 2.10 21808 3 156 89.6 3.42 2.10 21808 3 157 90.4 5.49 2.10 21808 3 158 91.2 4.20 2.10 21808 3 159 92.0 2.32 2.10 21808 3 160 92.8 4.93 2.10 21808 3 161 93.6 -0.62 2.10 21808 3 162 94.5 3.74 2.10 21808 3 163 95.3 1.17 2.00 21808 3 164 96.2 5.92 2.10 21808 3 165 97.1 5.84 2.00 21808 3 166 97.9 -1.14 2.00 21808 3 167 98.9 4.28 2.00 21808 3 168 99.8 4.75 2.00 21808 3 169 100.7 3.97 2.00 21808 3 170 101.6 5.64 2.00 21808 3 171 102.6 3.92 2.00 21808 3 172 103.5 4.10 2.00 21808 3 173 104.5 3.70 2.00 21808 3 174 105.5 5.41 2.00 21808 3 175 106.5 2.81 2.00 21808 3 176 107.6 2.67 1.90 21808 3 177 108.6 3.56 1.90 21808 3 178 109.6 4.60 2.20 21808 3 179 110.4 4.42 2.20 21808 3 180 111.2 5.39 2.20 21808 3 181 112.1 0.87 2.20 21808 3 182 112.9 3.57 2.20 21808 3 183 113.7 5.17 2.20 21808 3 184 114.6 5.59 2.20 21808 3 185 115.4 3.63 2.20 21808 3 186 116.3 2.28 2.20 21808 3 187 117.2 3.07 2.20 21808 3 188 118.0 3.27 2.20 21808 3 189 118.9 6.20 2.20 21808 3 190 119.8 4.39 2.10 21808 3 191 120.8 3.88 2.10 21808 3 192 121.7 4.16 2.10 21808 3 193 122.6 3.46 2.10 21808 3 194 123.6 4.33 2.10 21808 3 195 124.5 1.98 2.10 21808 3 196 125.5 4.32 2.10 21808 3 197 126.5 2.86 2.10 21808 3 198 127.5 7.89 2.10 21808 3 199 128.5 6.62 2.10 21808 3 200 129.5 5.15 2.00 21808 3 201 130.5 4.37 2.1 21808 3 202 131.5 4.32 2.10 21808 3 203 132.6 5.04 2.10 21808 3 204 133.6 6.30 2.10 21808 3 205 134.7 10.91 2.00 21808 3 206 135.8 15.24 2.00 21808 3 207 136.9 20.42 2.00 21808 3 208 138.0 17.88 2.00 21808 3 209 139.2 11.64 2.00 21808 3 210 140.3 9.66 2.00 21808 3 211 141.5 6.47 2.00 21808 3 212 142.6 4.45 2.00 21808 3 213 143.8 3.91 2.00 21808 3 214 145.0 4.52 2.00 21808 3 215 146.2 2.44 2.00 21808 3 216 147.5 5.12 2.00 21808 3 217 148.7 2.86 2.00 21808 3 218 150.0 3.19 2.00 21808 3 219 151.3 4.75 2.00 21808 3 220 152.6 5.28 2.00 21808 3 221 153.9 5.08 1.90 21808 3 222 155.2 5.69 1.90 21808 3 223 156.5 2.65 1.90 21808 3 224 157.9 0.93 1.90 21808 3 225 159.3 3.27 1.90 21808 3 226 160.7 1.72 1.90 21808 3 227 162.1 4.17 1.90 21808 3 228 163.6 6.59 1.90 21808 3 229 165.0 5.01 1.90 21808 3 230 166.5 2.23 1.90 21808 3 231 168.0 2.75 1.90 21808 3 232 169.5 2.20 1.90 21808 3 233 171.0 5.52 1.90 21808 3 234 172.6 2.74 1.90 21808 3 235 174.2 1.98 2.30 21808 3 236 175.2 1.63 2.30 21808 3 237 176.3 1.06 2.30 21808 3 238 177.4 -1.62 2.30 21808 3 239 178.5 -2.00 2.30 21808 3 240 179.6 0.95 2.30 21808 3 241 180.7 6.82 2.30 21808 3 242 181.9 6.67 2.30 21808 3 243 183.0 9.36 2.30 21808 3 244 184.1 7.74 2.30 21808 3 245 185.3 4.32 2.30 21808 3 246 186.5 6.83 2.30 21808 3 247 187.6 5.86 2.30 21808 3 248 188.8 5.85 2.30 21808 3 249 190.0 5.77 2.30 21808 3 250 191.3 4.37 2.30 21808 3 251 192.5 8.29 2.30 21808 3 252 193.7 5.85 2.30 21808 3 253 195.0 4.05 2.30 21808 3 254 196.2 0.84 2.30 21808 3 255 197.5 5.22 2.20 21808 3 256 198.8 3.35 2.30 21808 3 257 200.1 3.34 2.30 21808 3 258 201.4 3.62 2.30 21808 3 259 202.7 2.55 2.20 21808 3 260 204.1 4.43 2.20 21808 3 261 205.4 3.32 2.20 21808 3 262 206.8 1.91 2.30 21808 3 263 208.2 4.17 2.20 21808 3 264 209.6 0.14 2.20 21808 3 265 211.0 -1.93 3.20 21808 3 266 211.7 0.88 3.20 21808 3 267 212.4 2.27 3.20 21808 3 268 213.1 3.70 3.20 21808 3 269 213.8 0.45 3.20 21808 3 270 214.6 3.10 3.20 21808 3 271 215.3 6.36 3.20 21808 3 272 216.0 6.18 3.20 21808 3 273 216.8 4.18 3.20 21808 3 274 217.5 6.16 3.20 21808 3 275 218.2 4.45 3.20 21808 3 276 219.0 4.63 3.20 21808 3 277 219.7 4.96 3.20 21808 3 278 220.5 -0.58 3.20 21808 3 279 221.2 -2.97 3.20 21808 3 280 222.0 4.41 3.20 21808 3 281 222.8 4.68 3.20 21808 3 282 223.5 4.23 3.20 21808 3 283 224.3 2.54 3.20 21808 3 284 225.1 0.17 3.20 21808 3 285 225.9 1.00 3.20 21808 3 286 226.7 2.19 3.20 21808 3 287 227.4 5.96 3.20 21808 3 288 228.2 0.97 3.20 21808 3 289 229.0 1.35 3.20 21808 3 290 229.8 0.18 3.20 21808 3 291 230.6 3.11 3.20 21808 3 292 231.5 1.14 3.20 21808 3 293 232.3 5.44 3.20 21808 3 294 233.1 -2.13 3.20 21808 3 295 233.9 4.22 3.20 21808 3 296 234.7 3.73 3.20 21808 3 297 235.6 5.90 3.20 21808 3 298 236.4 3.96 3.20 21808 3 299 237.2 3.42 3.20 21808 3 300 238.1 5.78 3.20 21808 3 301 238.9 5.06 3.20 21808 3 302 239.8 3.86 3.20 21808 3 303 240.7 4.74 3.20 21808 3 304 241.5 1.22 3.20 21808 3 305 242.4 3.55 3.20 21808 3 306 243.3 0.15 3.30 21808 3 307 244.1 2.75 3.20 21808 3 308 245.0 1.36 3.20 21808 3 309 245.9 4.93 3.30 21808 3 310 246.8 2.98 3.20 21808 3 311 247.7 0.59 3.30 21808 3 312 248.6 6.11 3.20 21808 3 313 249.5 4.64 3.30 21808 3 314 250.4 2.92 3.30 21808 3 315 251.3 -1.38 3.30 21808 3 316 252.3 0.05 3.30 21808 3 317 253.2 -2.35 3.30 21808 3 318 254.1 2.88 3.30 21808 3 319 255.1 1.34 3.30 21808 3 320 256.0 2.15 3.30 21808 3 321 256.9 1.93 3.30 21808 3 322 257.9 0.09 3.30 21808 3 323 258.9 2.97 3.30 21808 3 324 ENDDATA 302 0 21808 3 325 ENDSUBENT 324 0 21808 399999 SUBENT 21808004 20161111 225521808 4 1 BIB 4 11 21808 4 2 REACTION (10-NE-22(N,TOT),,SIG) 21808 4 3 Low energy run (5-350 keV) . 21808 4 4 METHOD (TRN) 21808 4 5 ERR-ANALYS (ERR-S) Only the statistical uncertainty is given. 21808 4 6 .For total cross sections 21808 4 7 - above 30 keV the systematic error is estimated 21808 4 8 to be less than 0.5 per cent. 21808 4 9 - Below 30 keV the systematic error is in the 21808 4 10 worst case than 5 per cent. 21808 4 11 STATUS (TABLE) Table on pages 56-58 in Appendix 1 of 21808 4 12 KFK-3347,1982 21808 4 13 ENDBIB 11 0 21808 4 14 NOCOMMON 0 0 21808 4 15 DATA 3 291 21808 4 16 EN DATA ERR-S 21808 4 17 KEV B B 21808 4 18 5.1 2.83 0.2 21808 4 19 6.1 2.82 0.3 21808 4 20 6.9 1.81 0.2 21808 4 21 7.7 1.67 0.2 21808 4 22 8.4 1.75 0.2 21808 4 23 9.2 1.63 0.2 21808 4 24 9.9 1.32 0.2 21808 4 25 10.7 2.12 0.2 21808 4 26 11.5 2.3 0.2 21808 4 27 12.2 2.04 0.3 21808 4 28 13.0 1.94 0.2 21808 4 29 13.8 1.54 0.2 21808 4 30 14.5 1.88 0.2 21808 4 31 15.3 1.88 0.2 21808 4 32 16.1 1.82 0.2 21808 4 33 16.8 1.47 0.2 21808 4 34 17.6 1.94 0.2 21808 4 35 18.4 1.92 0.2 21808 4 36 19.2 1.44 0.2 21808 4 37 19.9 2.2 0.2 21808 4 38 20.7 1.85 0.2 21808 4 39 21.5 1.78 0.2 21808 4 40 22.3 1.52 0.2 21808 4 41 23.1 1.65 0.2 21808 4 42 23.9 1.52 0.2 21808 4 43 24.7 1.45 0.2 21808 4 44 25.5 1.31 0.2 21808 4 45 26.2 1.81 0.2 21808 4 46 27.0 1.23 0.2 21808 4 47 27.8 1.53 0.2 21808 4 48 28.6 1.41 0.2 21808 4 49 29.4 1.29 0.2 21808 4 50 30.2 1.57 0.2 21808 4 51 31.0 1.76 0.2 21808 4 52 31.8 1.52 0.2 21808 4 53 32.7 1.85 0.2 21808 4 54 33.5 1.93 0.2 21808 4 55 34.3 1.46 0.2 21808 4 56 35.1 1.46 0.2 21808 4 57 35.9 1.27 0.2 21808 4 58 36.7 1.5 0.2 21808 4 59 37.6 1.53 0.2 21808 4 60 38.4 1.45 0.2 21808 4 61 39.2 1.48 0.2 21808 4 62 40.1 1.38 0.2 21808 4 63 40.9 1.45 0.2 21808 4 64 41.8 1.58 0.2 21808 4 65 42.6 1.49 0.2 21808 4 66 43.5 1.47 0.2 21808 4 67 44.3 1.49 0.2 21808 4 68 45.2 1.57 0.2 21808 4 69 46.0 1.55 0.2 21808 4 70 46.9 1.74 0.2 21808 4 71 47.8 1.28 0.2 21808 4 72 48.6 1.67 0.2 21808 4 73 49.5 1.26 0.2 21808 4 74 50.4 1.54 0.2 21808 4 75 51.2 1.42 0.2 21808 4 76 52.1 1.63 0.2 21808 4 77 53.0 2.02 0.2 21808 4 78 53.9 1.33 0.2 21808 4 79 54.8 1.29 0.2 21808 4 80 55.7 1.69 0.2 21808 4 81 56.5 1.48 0.2 21808 4 82 57.4 1.58 0.2 21808 4 83 58.3 1.49 0.2 21808 4 84 59.3 1.51 0.2 21808 4 85 60.2 1.16 0.2 21808 4 86 61.1 1.1 0.2 21808 4 87 62.0 1.32 0.2 21808 4 88 62.9 1.61 0.2 21808 4 89 63.8 1.31 0.2 21808 4 90 64.8 1.05 0.2 21808 4 91 65.8 1.4 0.2 21808 4 92 66.8 1.27 0.2 21808 4 93 67.7 1.3 0.2 21808 4 94 68.6 1.49 0.2 21808 4 95 69.5 1.23 0.2 21808 4 96 70.4 1.62 0.2 21808 4 97 71.4 1.41 0.2 21808 4 98 72.4 1.51 0.2 21808 4 99 73.4 9.2000E-01 0.2 21808 4 100 74.4 1.52 0.2 21808 4 101 75.5 1.32 0.2 21808 4 102 76.4 1.66 0.2 21808 4 103 77.3 1.25 0.2 21808 4 104 78.3 1.32 0.2 21808 4 105 79.2 1.26 0.2 21808 4 106 80.2 1.37 0.2 21808 4 107 81.2 1.73 0.2 21808 4 108 82.2 1.4 0.2 21808 4 109 83.3 1.3 0.2 21808 4 110 84.3 1.4 0.2 21808 4 111 85.4 1.16 0.2 21808 4 112 86.5 1.29 0.2 21808 4 113 87.7 1.36 0.2 21808 4 114 88.6 1.29 0.2 21808 4 115 89.6 1.55 0.2 21808 4 116 90.6 1.16 0.2 21808 4 117 91.6 1.34 0.2 21808 4 118 92.6 1.5 0.2 21808 4 119 93.6 1.04 0.2 21808 4 120 94.7 1.35 0.2 21808 4 121 95.8 1.41 0.2 21808 4 122 96.8 1.43 0.2 21808 4 123 97.9 5.7000E-01 0.2 21808 4 124 99.1 1.4 0.2 21808 4 125 100.2 1.12 0.2 21808 4 126 101.4 1.28 0.2 21808 4 127 102.6 1.54 0.2 21808 4 128 103.8 1.04 0.2 21808 4 129 105.0 1.5 0.2 21808 4 130 106.3 1.43 0.2 21808 4 131 107.3 9.0000E-01 0.2 21808 4 132 108.3 1.05 0.2 21808 4 133 109.4 1.18 0.2 21808 4 134 110.4 1.22 0.2 21808 4 135 111.5 6.7000E-01 0.2 21808 4 136 112.6 1.11 0.2 21808 4 137 113.7 8.2000E-01 0.2 21808 4 138 114.9 1.0 0.2 21808 4 139 116.0 1.13 0.2 21808 4 140 117.2 1.13 0.2 21808 4 141 118.3 1.12 0.2 21808 4 142 119.5 1.02 0.2 21808 4 143 120.8 1.19 0.2 21808 4 144 122.0 1.2 0.2 21808 4 145 123.2 1.08 0.2 21808 4 146 124.5 1.08 0.2 21808 4 147 125.8 1.0 0.2 21808 4 148 127.1 9.5000E-01 0.2 21808 4 149 128.5 1.56 0.2 21808 4 150 129.8 9.9000E-01 0.2 21808 4 151 131.2 1.06 0.2 21808 4 152 132.6 1.13 0.2 21808 4 153 134.0 9.2000E-01 0.2 21808 4 154 135.4 8.8000E-01 0.2 21808 4 155 136.9 8.8000E-01 0.2 21808 4 156 138.4 1.14 0.3 21808 4 157 139.5 1.0 0.3 21808 4 158 140.7 1.11 0.3 21808 4 159 141.8 1.01 0.3 21808 4 160 143.0 9.3000E-01 0.3 21808 4 161 144.2 9.6000E-01 0.3 21808 4 162 145.4 9.8000E-01 0.3 21808 4 163 146.6 7.7000E-01 0.3 21808 4 164 147.9 6.2000E-01 0.3 21808 4 165 149.1 7.6000E-01 0.2 21808 4 166 150.4 1.18 0.2 21808 4 167 151.7 1.09 0.2 21808 4 168 153.0 8.3000E-01 0.2 21808 4 169 154.3 9.4000E-01 0.2 21808 4 170 155.6 5.9000E-01 0.2 21808 4 171 157.0 9.3000E-01 0.2 21808 4 172 158.4 9.5000E-01 0.2 21808 4 173 159.8 5.7000E-01 0.2 21808 4 174 161.2 7.8000E-01 0.2 21808 4 175 162.6 1.09 0.2 21808 4 176 164.0 1.3 0.2 21808 4 177 165.5 5.6000E-01 0.2 21808 4 178 167.0 1.05 0.2 21808 4 179 168.5 9.5000E-01 0.2 21808 4 180 170.0 8.1000E-01 0.2 21808 4 181 171.6 1.07 0.2 21808 4 182 173.1 8.9000E-01 0.2 21808 4 183 174.7 8.3000E-01 0.2 21808 4 184 176.3 5.7000E-01 0.2 21808 4 185 178.0 5.3000E-01 0.2 21808 4 186 179.6 1.01 0.2 21808 4 187 181.3 9.7000E-01 0.2 21808 4 188 183.0 5.8000E-01 0.2 21808 4 189 184.7 5.0000E-01 0.2 21808 4 190 186.5 4.6000E-01 0.2 21808 4 191 188.2 5.7000E-01 0.2 21808 4 192 190.0 5.8000E-01 0.2 21808 4 193 191.9 9.0000E-01 0.2 21808 4 194 193.7 4.0000E-01 0.2 21808 4 195 195.6 5.6000E-01 0.2 21808 4 196 197.5 7.8000E-01 0.2 21808 4 197 199.4 5.1000E-01 0.2 21808 4 198 201.4 4.0000E-01 0.2 21808 4 199 203.4 4.2000E-01 0.2 21808 4 200 205.4 3.7000E-01 0.2 21808 4 201 207.5 1.7000E-01 0.2 21808 4 202 209.6 2.2000E-01 0.2 21808 4 203 211.7 3.1000E-01 0.2 21808 4 204 213.8 2.2000E-01 0.2 21808 4 205 216.0 7.3000E-01 0.2 21808 4 206 218.2 4.4000E-01 0.2 21808 4 207 220.5 -7.0000E-02 0.3 21808 4 208 222.0 1.5000E-01 0.3 21808 4 209 223.5 1.5000E-01 0.3 21808 4 210 225.1 -3.7000E-01 0.3 21808 4 211 226.7 4.5000E-01 0.3 21808 4 212 228.2 2.2000E-01 0.3 21808 4 213 229.8 3.6000E-01 0.3 21808 4 214 231.5 2.0000E-02 0.3 21808 4 215 233.1 -8.0000E-02 0.3 21808 4 216 234.7 2.3000E-01 0.3 21808 4 217 236.4 5.3000E-01 0.3 21808 4 218 238.1 1.1000E-01 0.3 21808 4 219 239.8 4.2000E-01 0.3 21808 4 220 241.5 1.6000E-01 0.3 21808 4 221 243.3 1.7000E-01 0.3 21808 4 222 245.0 4.5000E-01 0.3 21808 4 223 246.8 3.5000E-01 0.3 21808 4 224 248.6 4.7000E-01 0.3 21808 4 225 250.4 5.0000E-01 0.3 21808 4 226 252.3 9.7000E-01 0.3 21808 4 227 254.1 1.22 0.3 21808 4 228 256.0 1.73 0.3 21808 4 229 257.9 2.1 0.4 21808 4 230 258.9 3.35 0.4 21808 4 231 259.8 3.5 0.4 21808 4 232 260.8 5.28 0.4 21808 4 233 261.8 6.53 0.4 21808 4 234 262.7 7.36 0.4 21808 4 235 263.7 9.06 0.4 21808 4 236 264.7 9.89 0.4 21808 4 237 265.7 9.82 0.4 21808 4 238 266.7 8.5 0.4 21808 4 239 267.7 7.18 0.4 21808 4 240 268.7 5.77 0.4 21808 4 241 269.8 4.53 0.4 21808 4 242 270.8 3.88 0.4 21808 4 243 271.8 3.28 0.4 21808 4 244 272.9 2.63 0.4 21808 4 245 273.9 2.48 0.4 21808 4 246 275.0 2.49 0.4 21808 4 247 276.0 2.66 0.4 21808 4 248 277.1 2.24 0.4 21808 4 249 278.1 2.65 0.4 21808 4 250 279.2 2.63 0.4 21808 4 251 280.3 3.19 0.4 21808 4 252 281.4 3.52 0.4 21808 4 253 282.5 3.81 0.4 21808 4 254 283.6 4.67 0.4 21808 4 255 284.7 4.05 0.4 21808 4 256 285.8 4.56 0.4 21808 4 257 286.9 5.25 0.4 21808 4 258 288.0 6.46 0.5 21808 4 259 289.2 7.01 0.5 21808 4 260 290.3 7.65 0.5 21808 4 261 291.4 7.81 0.5 21808 4 262 292.6 9.1 0.5 21808 4 263 293.8 1.0050E+01 0.5 21808 4 264 294.9 8.81 0.5 21808 4 265 296.1 9.79 0.5 21808 4 266 297.3 1.1010E+01 0.5 21808 4 267 298.5 1.0150E+01 0.5 21808 4 268 299.6 1.0910E+01 0.5 21808 4 269 300.8 1.0450E+01 0.5 21808 4 270 302.1 9.59 0.5 21808 4 271 303.3 1.0330E+01 0.5 21808 4 272 304.5 1.0140E+01 0.5 21808 4 273 305.7 9.38 0.5 21808 4 274 307.0 8.64 0.5 21808 4 275 308.2 8.64 0.5 21808 4 276 309.5 8.91 0.5 21808 4 277 310.7 7.55 0.5 21808 4 278 312.0 8.04 0.5 21808 4 279 313.3 7.45 0.5 21808 4 280 314.5 7.04 0.5 21808 4 281 315.8 7.22 0.6 21808 4 282 317.1 6.44 0.6 21808 4 283 318.4 5.86 0.6 21808 4 284 319.8 6.0 0.6 21808 4 285 321.1 6.18 0.6 21808 4 286 322.4 5.35 0.6 21808 4 287 323.8 5.7 0.6 21808 4 288 325.1 4.1 0.6 21808 4 289 326.5 5.0 0.6 21808 4 290 327.8 4.87 0.6 21808 4 291 329.2 4.76 0.6 21808 4 292 330.6 4.29 0.6 21808 4 293 332.0 3.07 0.6 21808 4 294 333.4 4.15 0.7 21808 4 295 334.8 3.33 0.7 21808 4 296 336.2 3.98 0.7 21808 4 297 337.6 3.25 0.7 21808 4 298 339.1 3.8 0.8 21808 4 299 340.5 3.19 0.8 21808 4 300 342.0 2.84 0.9 21808 4 301 343.4 4.11 1.0 21808 4 302 344.9 3.6 1.2 21808 4 303 346.4 2.6 1.6 21808 4 304 347.9 2.22 2.0 21808 4 305 349.4 -3.39 2.7 21808 4 306 350.9 5.52 3.2 21808 4 307 352.4 -4.64 3.2 21808 4 308 353.9 -7.59 3.3 21808 4 309 ENDDATA 293 0 21808 4 310 ENDSUBENT 309 0 21808 499999 SUBENT 21808005 20161111 225521808 5 1 BIB 4 11 21808 5 2 REACTION (10-NE-20(N,TOT),,SIG) 21808 5 3 High energy run ( 130-800 keV) . 21808 5 4 METHOD (TRN) 21808 5 5 ERR-ANALYS (ERR-S) Only the statistical uncertainty is given. 21808 5 6 .For total cross sections 21808 5 7 - above 30 keV the systematic error is estimated 21808 5 8 to be less than 0.5 per cent. 21808 5 9 - Below 30 keV the systematic error is in the 21808 5 10 worst case than 5 per cent. 21808 5 11 STATUS (TABLE) Table on pages 58-60 in Appendix 1 of 21808 5 12 KFK-3347,1982 21808 5 13 ENDBIB 11 0 21808 5 14 NOCOMMON 0 0 21808 5 15 DATA 3 345 21808 5 16 EN DATA ERR-S 21808 5 17 KEV B B 21808 5 18 133.3 2.82 0.7 21808 5 19 134.4 2.8 0.3 21808 5 20 135.6 1.37 0.3 21808 5 21 136.7 2.18 0.3 21808 5 22 137.9 2.54 0.3 21808 5 23 139.0 2.53 0.3 21808 5 24 140.2 2.27 0.3 21808 5 25 141.4 1.99 0.3 21808 5 26 142.7 2.2 0.3 21808 5 27 143.9 1.79 0.3 21808 5 28 145.2 2.34 0.3 21808 5 29 146.4 5.28 0.3 21808 5 30 147.7 9.12 0.3 21808 5 31 149.0 3.07 0.3 21808 5 32 150.3 1.99 0.3 21808 5 33 151.7 1.89 0.3 21808 5 34 153.0 2.3 0.3 21808 5 35 154.4 2.07 0.3 21808 5 36 155.8 1.89 0.3 21808 5 37 157.2 2.27 0.3 21808 5 38 158.6 2.24 0.3 21808 5 39 160.1 1.84 0.3 21808 5 40 161.5 1.8 0.3 21808 5 41 163.0 1.64 0.3 21808 5 42 164.6 2.06 0.3 21808 5 43 166.1 2.03 0.3 21808 5 44 167.6 1.22 0.3 21808 5 45 169.2 1.65 0.3 21808 5 46 170.3 2.04 0.3 21808 5 47 171.3 2.16 0.3 21808 5 48 172.4 2.17 0.3 21808 5 49 173.5 1.89 0.3 21808 5 50 174.6 2.65 0.3 21808 5 51 175.7 2.46 0.3 21808 5 52 176.9 1.71 0.3 21808 5 53 178.0 1.98 0.3 21808 5 54 179.1 2.48 0.3 21808 5 55 180.3 1.64 0.3 21808 5 56 181.5 1.91 0.3 21808 5 57 182.6 2.26 0.3 21808 5 58 183.8 2.05 0.3 21808 5 59 185.0 2.07 0.3 21808 5 60 186.2 2.44 0.3 21808 5 61 187.5 1.76 0.3 21808 5 62 188.7 1.81 0.3 21808 5 63 190.0 1.92 0.3 21808 5 64 191.2 1.53 0.3 21808 5 65 192.5 2.45 0.3 21808 5 66 193.8 2.0 0.3 21808 5 67 195.1 1.81 0.3 21808 5 68 196.4 2.36 0.3 21808 5 69 197.7 2.01 0.3 21808 5 70 199.1 1.68 0.3 21808 5 71 200.4 2.08 0.3 21808 5 72 201.8 2.2 0.3 21808 5 73 203.2 2.13 0.3 21808 5 74 204.6 1.66 0.3 21808 5 75 206.0 1.43 0.4 21808 5 76 206.7 1.94 0.4 21808 5 77 207.4 2.1 0.4 21808 5 78 208.1 1.55 0.4 21808 5 79 208.8 2.04 0.4 21808 5 80 209.5 2.39 0.4 21808 5 81 210.3 2.53 0.4 21808 5 82 211.0 1.34 0.4 21808 5 83 211.7 2.06 0.4 21808 5 84 212.5 1.47 0.4 21808 5 85 213.2 1.55 0.4 21808 5 86 214.0 2.1 0.4 21808 5 87 214.7 2.08 0.4 21808 5 88 215.5 1.97 0.4 21808 5 89 216.2 1.51 0.4 21808 5 90 217.0 2.03 0.4 21808 5 91 217.8 1.36 0.4 21808 5 92 218.5 1.84 0.4 21808 5 93 219.3 1.86 0.4 21808 5 94 220.1 1.78 0.4 21808 5 95 220.9 1.91 0.4 21808 5 96 221.7 1.39 0.4 21808 5 97 222.5 1.72 0.4 21808 5 98 223.3 1.88 0.4 21808 5 99 224.1 1.8 0.4 21808 5 100 224.9 1.29 0.4 21808 5 101 225.7 2.06 0.4 21808 5 102 226.5 1.47 0.4 21808 5 103 227.3 1.57 0.4 21808 5 104 228.1 1.18 0.4 21808 5 105 229.0 2.2 0.4 21808 5 106 229.8 1.19 0.4 21808 5 107 230.6 1.6 0.4 21808 5 108 231.5 1.69 0.4 21808 5 109 232.3 2.23 0.4 21808 5 110 233.2 1.31 0.4 21808 5 111 234.0 2.41 0.4 21808 5 112 234.9 1.23 0.4 21808 5 113 235.8 1.74 0.4 21808 5 114 236.6 2.0 0.4 21808 5 115 237.5 1.12 0.4 21808 5 116 238.4 1.38 0.4 21808 5 117 239.3 1.16 0.4 21808 5 118 240.1 1.84 0.4 21808 5 119 241.0 1.71 0.4 21808 5 120 241.9 2.25 0.4 21808 5 121 242.8 1.65 0.4 21808 5 122 243.8 2.07 0.4 21808 5 123 244.7 1.57 0.4 21808 5 124 245.6 2.34 0.4 21808 5 125 246.5 1.38 0.4 21808 5 126 247.4 1.37 0.4 21808 5 127 248.4 1.82 0.4 21808 5 128 249.3 1.95 0.4 21808 5 129 250.3 2.47 0.4 21808 5 130 251.2 1.79 0.4 21808 5 131 252.2 1.35 0.4 21808 5 132 253.1 2.02 0.4 21808 5 133 254.1 1.88 0.4 21808 5 134 255.1 1.64 0.4 21808 5 135 256.0 1.59 0.4 21808 5 136 257.0 1.53 0.4 21808 5 137 258.0 1.42 0.3 21808 5 138 259.0 1.77 0.3 21808 5 139 260.0 1.23 0.3 21808 5 140 261.0 1.76 0.3 21808 5 141 262.0 2.37 0.3 21808 5 142 263.0 2.66 0.3 21808 5 143 264.1 2.5 0.3 21808 5 144 265.1 2.32 0.3 21808 5 145 266.1 2.27 0.3 21808 5 146 267.2 2.17 0.3 21808 5 147 268.2 2.22 0.3 21808 5 148 269.3 1.51 0.3 21808 5 149 270.3 2.41 0.3 21808 5 150 271.4 2.03 0.3 21808 5 151 272.5 1.83 0.3 21808 5 152 273.6 1.87 0.3 21808 5 153 274.6 1.55 0.3 21808 5 154 275.7 1.26 0.3 21808 5 155 276.8 2.03 0.3 21808 5 156 277.9 1.09 0.3 21808 5 157 279.0 1.7 0.3 21808 5 158 280.2 1.79 0.3 21808 5 159 281.3 1.79 0.3 21808 5 160 282.4 1.71 0.3 21808 5 161 283.6 1.99 0.3 21808 5 162 284.7 2.35 0.3 21808 5 163 285.9 1.96 0.3 21808 5 164 287.0 2.38 0.3 21808 5 165 288.2 1.79 0.3 21808 5 166 289.4 1.65 0.3 21808 5 167 290.5 1.9 0.3 21808 5 168 291.7 1.83 0.3 21808 5 169 292.9 2.07 0.3 21808 5 170 294.1 1.87 0.3 21808 5 171 295.3 2.43 0.3 21808 5 172 296.6 1.94 0.3 21808 5 173 297.8 1.85 0.3 21808 5 174 299.0 2.43 0.3 21808 5 175 300.3 1.96 0.3 21808 5 176 301.5 2.34 0.3 21808 5 177 302.8 2.0 0.3 21808 5 178 304.0 2.38 0.3 21808 5 179 305.3 2.12 0.3 21808 5 180 306.6 2.34 0.3 21808 5 181 307.9 2.27 0.3 21808 5 182 309.2 1.96 0.3 21808 5 183 310.5 2.09 0.3 21808 5 184 311.8 1.53 0.3 21808 5 185 313.1 1.93 0.3 21808 5 186 314.4 2.02 0.3 21808 5 187 315.8 1.76 0.3 21808 5 188 317.1 2.04 0.3 21808 5 189 318.5 1.94 0.3 21808 5 190 319.8 1.7 0.3 21808 5 191 321.2 1.95 0.3 21808 5 192 322.6 1.59 0.3 21808 5 193 324.0 1.56 0.3 21808 5 194 325.4 1.44 0.3 21808 5 195 326.8 1.26 0.3 21808 5 196 328.2 1.58 0.3 21808 5 197 329.6 1.21 0.3 21808 5 198 331.1 1.23 0.3 21808 5 199 332.5 1.24 0.3 21808 5 200 334.0 1.22 0.3 21808 5 201 335.4 1.95 0.3 21808 5 202 336.9 1.34 0.3 21808 5 203 338.4 1.34 0.3 21808 5 204 339.9 1.45 0.3 21808 5 205 341.4 1.07 0.3 21808 5 206 342.9 1.13 0.3 21808 5 207 344.4 1.46 0.3 21808 5 208 346.0 1.03 0.3 21808 5 209 347.5 1.42 0.3 21808 5 210 349.1 1.41 0.3 21808 5 211 350.6 1.15 0.3 21808 5 212 352.2 1.18 0.3 21808 5 213 353.8 1.08 0.3 21808 5 214 355.4 8.0000E-01 0.3 21808 5 215 357.0 9.2000E-01 0.3 21808 5 216 358.6 1.35 0.3 21808 5 217 360.3 8.5000E-01 0.3 21808 5 218 361.9 1.01 0.3 21808 5 219 363.6 1.23 0.3 21808 5 220 365.2 1.14 0.2 21808 5 221 366.9 1.09 0.2 21808 5 222 368.6 8.6000E-01 0.2 21808 5 223 370.3 1.05 0.2 21808 5 224 372.0 7.3000E-01 0.2 21808 5 225 373.7 7.0000E-01 0.2 21808 5 226 375.4 6.7000E-01 0.2 21808 5 227 377.2 4.0000E-01 0.2 21808 5 228 378.9 8.5000E-01 0.2 21808 5 229 380.7 6.7000E-01 0.2 21808 5 230 382.5 8.8000E-01 0.2 21808 5 231 384.3 6.9000E-01 0.2 21808 5 232 386.1 6.5000E-01 0.2 21808 5 233 387.9 5.8000E-01 0.2 21808 5 234 389.8 4.0000E-01 0.2 21808 5 235 391.6 6.2000E-01 0.2 21808 5 236 393.5 9.4000E-01 0.2 21808 5 237 395.3 5.9000E-01 0.2 21808 5 238 397.2 2.3000E-01 0.2 21808 5 239 399.1 3.1000E-01 0.2 21808 5 240 401.1 5.4000E-01 0.2 21808 5 241 403.0 6.4000E-01 0.2 21808 5 242 404.9 5.5000E-01 0.2 21808 5 243 406.9 5.5000E-01 0.2 21808 5 244 408.9 5.9000E-01 0.2 21808 5 245 410.8 6.4000E-01 0.2 21808 5 246 412.8 3.7000E-01 0.2 21808 5 247 414.9 4.3000E-01 0.2 21808 5 248 416.9 1.9000E-01 0.3 21808 5 249 418.9 7.2000E-01 0.3 21808 5 250 421.0 1.66 0.3 21808 5 251 423.1 1.94 0.3 21808 5 252 425.2 1.67 0.3 21808 5 253 427.3 1.03 0.3 21808 5 254 429.4 8.9000E-01 0.3 21808 5 255 431.5 1.17 0.3 21808 5 256 433.7 7.8000E-01 0.3 21808 5 257 435.8 1.15 0.3 21808 5 258 438.0 1.63 0.3 21808 5 259 440.2 8.8000E-01 0.3 21808 5 260 442.4 1.2 0.3 21808 5 261 444.7 1.31 0.3 21808 5 262 446.9 1.17 0.3 21808 5 263 449.2 1.5 0.3 21808 5 264 451.5 1.17 0.3 21808 5 265 453.8 1.84 0.3 21808 5 266 456.1 1.84 0.3 21808 5 267 458.4 1.82 0.2 21808 5 268 460.8 2.38 0.2 21808 5 269 463.2 2.69 0.2 21808 5 270 465.6 3.1 0.2 21808 5 271 468.0 3.02 0.2 21808 5 272 470.4 3.21 0.2 21808 5 273 472.9 3.72 0.2 21808 5 274 475.3 3.7 0.2 21808 5 275 477.8 3.88 0.2 21808 5 276 480.3 4.29 0.2 21808 5 277 482.9 4.71 0.2 21808 5 278 485.4 4.65 0.2 21808 5 279 488.0 4.87 0.2 21808 5 280 490.6 5.05 0.2 21808 5 281 493.2 5.46 0.2 21808 5 282 495.8 5.75 0.2 21808 5 283 498.5 5.96 0.2 21808 5 284 501.1 6.24 0.2 21808 5 285 503.8 5.97 0.2 21808 5 286 506.6 6.19 0.2 21808 5 287 509.3 6.04 0.2 21808 5 288 512.1 6.09 0.2 21808 5 289 514.9 6.11 0.2 21808 5 290 517.7 6.09 0.2 21808 5 291 520.5 6.34 0.2 21808 5 292 523.3 6.2 0.2 21808 5 293 526.2 6.29 0.2 21808 5 294 529.1 6.02 0.2 21808 5 295 532.0 6.1 0.2 21808 5 296 535.0 6.16 0.2 21808 5 297 538.0 5.98 0.2 21808 5 298 541.0 6.03 0.2 21808 5 299 544.0 6.07 0.2 21808 5 300 547.0 6.07 0.2 21808 5 301 550.1 5.91 0.2 21808 5 302 553.2 5.93 0.2 21808 5 303 556.4 5.56 0.2 21808 5 304 559.5 5.6 0.2 21808 5 305 562.7 5.32 0.2 21808 5 306 565.9 5.26 0.2 21808 5 307 569.1 5.29 0.2 21808 5 308 572.4 5.18 0.2 21808 5 309 575.7 5.29 0.2 21808 5 310 579.0 5.39 0.2 21808 5 311 582.4 4.99 0.2 21808 5 312 585.7 5.1 0.2 21808 5 313 589.1 4.85 0.2 21808 5 314 592.6 4.7 0.2 21808 5 315 596.1 4.83 0.2 21808 5 316 599.6 4.46 0.2 21808 5 317 603.1 4.27 0.2 21808 5 318 606.6 3.87 0.3 21808 5 319 610.2 3.99 0.3 21808 5 320 613.9 4.35 0.4 21808 5 321 617.5 4.04 0.4 21808 5 322 621.2 3.97 0.4 21808 5 323 624.9 4.39 0.4 21808 5 324 628.7 4.46 0.4 21808 5 325 632.5 4.83 0.4 21808 5 326 636.3 3.41 0.4 21808 5 327 640.2 3.97 0.5 21808 5 328 644.1 4.24 0.5 21808 5 329 648.0 3.95 0.5 21808 5 330 652.0 3.85 0.5 21808 5 331 656.0 4.47 0.5 21808 5 332 660.0 4.71 0.5 21808 5 333 664.1 4.17 0.5 21808 5 334 668.2 4.71 0.5 21808 5 335 672.4 5.03 0.5 21808 5 336 676.5 3.98 0.5 21808 5 337 680.8 4.18 0.5 21808 5 338 685.1 4.57 0.5 21808 5 339 689.4 4.97 0.5 21808 5 340 693.7 4.25 0.5 21808 5 341 698.1 4.31 0.5 21808 5 342 702.6 4.54 0.5 21808 5 343 707.0 3.61 0.5 21808 5 344 711.6 4.49 0.6 21808 5 345 716.1 3.8 0.6 21808 5 346 720.7 3.38 0.6 21808 5 347 725.4 3.17 0.7 21808 5 348 730.1 2.49 0.7 21808 5 349 734.8 3.49 0.7 21808 5 350 739.6 5.27 0.7 21808 5 351 744.5 2.0 0.7 21808 5 352 749.4 4.61 0.8 21808 5 353 754.3 2.72 0.8 21808 5 354 759.3 3.85 0.8 21808 5 355 764.3 3.27 0.9 21808 5 356 769.4 1.71 0.9 21808 5 357 774.5 2.3 0.9 21808 5 358 779.7 4.07 0.9 21808 5 359 785.0 2.6000E-01 1.0 21808 5 360 790.3 1.43 1.1 21808 5 361 795.6 3.08 1.1 21808 5 362 801.0 1.26 1.2 21808 5 363 ENDDATA 347 0 21808 5 364 ENDSUBENT 363 0 21808 599999 SUBENT 21808006 20161111 225521808 6 1 BIB 4 11 21808 6 2 REACTION (10-NE-21(N,TOT),,SIG) 21808 6 3 High energy run ( 130-800 keV) . 21808 6 4 METHOD (TRN) 21808 6 5 ERR-ANALYS (ERR-S) Only the statistical uncertainty is given. 21808 6 6 .For total cross sections 21808 6 7 - above 30 keV the systematic error is estimated 21808 6 8 to be less than 0.5 per cent. 21808 6 9 - Below 30 keV the systematic error is in the 21808 6 10 worst case than 5 per cent. 21808 6 11 STATUS (TABLE) Table on pages 60-61 in Appendix 1 of 21808 6 12 KFK-3347,1982 21808 6 13 ENDBIB 11 0 21808 6 14 NOCOMMON 0 0 21808 6 15 DATA 3 114 21808 6 16 EN DATA ERR-S 21808 6 17 KEV B B 21808 6 18 133.3 6.69 7.3 21808 6 19 134.4 1.8200E+01 3.1 21808 6 20 135.6 2.0260E+01 3.2 21808 6 21 136.7 2.8820E+01 3.1 21808 6 22 137.9 2.1320E+01 3.1 21808 6 23 139.0 2.0790E+01 3.0 21808 6 24 140.2 1.3940E+01 3.0 21808 6 25 141.4 7.46 2.9 21808 6 26 142.7 8.32 2.8 21808 6 27 143.9 7.79 2.8 21808 6 28 145.2 5.37 2.8 21808 6 29 146.4 1.1950E+01 2.8 21808 6 30 147.7 1.0290E+01 2.8 21808 6 31 149.0 4.98 2.7 21808 6 32 150.3 7.05 2.7 21808 6 33 151.7 1.16 2.7 21808 6 34 153.0 7.68 2.7 21808 6 35 154.4 6.39 2.7 21808 6 36 155.8 3.86 2.6 21808 6 37 157.2 9.56 2.6 21808 6 38 158.6 7.9 2.6 21808 6 39 160.1 7.95 2.6 21808 6 40 161.5 5.82 2.6 21808 6 41 163.0 4.81 2.6 21808 6 42 164.6 5.72 2.5 21808 6 43 166.1 4.73 2.5 21808 6 44 167.6 5.83 2.5 21808 6 45 169.2 5.7000E-01 3.1 21808 6 46 170.3 7.82 3.0 21808 6 47 171.3 8.28 3.0 21808 6 48 172.4 3.77 3.0 21808 6 49 173.5 4.41 3.0 21808 6 50 174.6 1.0920E+01 3.0 21808 6 51 175.7 6.96 3.0 21808 6 52 176.9 9.39 3.0 21808 6 53 178.0 3.31 2.9 21808 6 54 179.1 8.89 2.9 21808 6 55 180.3 1.05 2.9 21808 6 56 181.5 7.44 2.9 21808 6 57 182.6 1.2060E+01 2.9 21808 6 58 183.8 1.4830E+01 2.8 21808 6 59 185.0 5.26 2.6 21808 6 60 186.2 9.11 2.7 21808 6 61 187.5 8.21 2.8 21808 6 62 188.7 6.62 2.8 21808 6 63 190.0 2.53 2.8 21808 6 64 191.2 4.21 2.8 21808 6 65 192.5 9.94 2.8 21808 6 66 193.8 7.23 2.8 21808 6 67 195.1 1.66 2.7 21808 6 68 196.4 7.4 2.7 21808 6 69 197.7 4.51 2.7 21808 6 70 199.1 4.12 2.7 21808 6 71 200.4 3.39 2.7 21808 6 72 201.8 8.55 2.7 21808 6 73 203.2 2.87 2.6 21808 6 74 204.6 3.44 2.6 21808 6 75 206.0 2.9000E-01 3.7 21808 6 76 206.7 4.23 3.7 21808 6 77 207.4 4.99 3.7 21808 6 78 208.1 3.03 3.7 21808 6 79 208.8 7.78 3.7 21808 6 80 209.5 4.7 3.7 21808 6 81 210.3 8.86 3.7 21808 6 82 211.0 -2.07 3.7 21808 6 83 211.7 7.78 3.7 21808 6 84 212.5 1.85 3.7 21808 6 85 213.2 1.4000E-01 3.6 21808 6 86 214.0 3.12 3.6 21808 6 87 214.7 3.78 3.6 21808 6 88 215.5 4.82 3.6 21808 6 89 216.2 4.5000E-01 3.6 21808 6 90 217.0 5.72 3.6 21808 6 91 217.8 1.62 3.6 21808 6 92 218.5 8.4000E-01 3.6 21808 6 93 219.3 3.4 3.6 21808 6 94 220.1 4.47 3.5 21808 6 95 220.9 2.03 3.5 21808 6 96 221.7 8.4000E-01 3.5 21808 6 97 222.5 6.6000E-01 3.5 21808 6 98 223.3 3.67 3.5 21808 6 99 224.1 9.45 3.5 21808 6 100 224.9 -1.72 3.5 21808 6 101 225.7 5.34 3.5 21808 6 102 226.5 -1.69 3.5 21808 6 103 227.3 2.94 3.5 21808 6 104 228.1 -4.1000E-01 3.4 21808 6 105 229.0 5.51 3.5 21808 6 106 229.8 2.31 3.4 21808 6 107 230.6 1.3000E-01 3.4 21808 6 108 231.5 4.9 3.4 21808 6 109 232.3 5.87 3.4 21808 6 110 233.2 5.96 3.4 21808 6 111 234.0 9.44 3.4 21808 6 112 234.9 1.32 3.4 21808 6 113 235.8 4.36 3.4 21808 6 114 236.6 4.01 3.4 21808 6 115 237.5 -9.2000E-01 3.4 21808 6 116 238.4 2.55 3.4 21808 6 117 239.3 -1.51 3.4 21808 6 118 240.1 2.79 3.3 21808 6 119 241.0 4.03 3.3 21808 6 120 241.9 3.4000E-01 3.3 21808 6 121 242.8 2.65 3.3 21808 6 122 243.8 9.21 3.3 21808 6 123 244.7 8.29 3.3 21808 6 124 245.6 8.42 3.3 21808 6 125 246.5 -2.02 3.3 21808 6 126 247.4 1.81 3.3 21808 6 127 248.4 -1.72 3.3 21808 6 128 249.3 -1.6 3.3 21808 6 129 250.3 7.9 3.3 21808 6 130 251.2 1.13 3.3 21808 6 131 252.2 -9.8000E-01 3.3 21808 6 132 ENDDATA 116 0 21808 6 133 ENDSUBENT 132 0 21808 699999 SUBENT 21808007 20161111 225521808 7 1 BIB 4 11 21808 7 2 REACTION (10-NE-22(N,TOT),,SIG) 21808 7 3 High energy run (130-800 keV) . 21808 7 4 METHOD (TRN) 21808 7 5 ERR-ANALYS (ERR-S) Only the statistical uncertainty is given. 21808 7 6 .For total cross sections 21808 7 7 - above 30 keV the systematic error is estimated 21808 7 8 to be less than 0.5 per cent. 21808 7 9 - Below 30 keV the systematic error is in the 21808 7 10 worst case than 5 per cent. 21808 7 11 STATUS (TABLE) Table on pages 61-63 in Appendix 1 of 21808 7 12 KFK-3347,1982 21808 7 13 ENDBIB 11 0 21808 7 14 NOCOMMON 0 0 21808 7 15 DATA 3 345 21808 7 16 EN DATA ERR-S 21808 7 17 KEV B B 21808 7 18 133.3 -5.44 0.9 21808 7 19 134.4 1.96 0.4 21808 7 20 135.6 9.5000E-01 0.4 21808 7 21 136.7 2.02 0.4 21808 7 22 137.9 2.04 0.4 21808 7 23 139.0 1.27 0.4 21808 7 24 140.2 2.07 0.4 21808 7 25 141.4 1.15 0.4 21808 7 26 142.7 1.45 0.4 21808 7 27 143.9 8.3000E-01 0.4 21808 7 28 145.2 1.24 0.4 21808 7 29 146.4 1.68 0.4 21808 7 30 147.7 1.35 0.4 21808 7 31 149.0 1.93 0.3 21808 7 32 150.3 1.4 0.3 21808 7 33 151.7 8.2000E-01 0.3 21808 7 34 153.0 1.8 0.3 21808 7 35 154.4 1.8 0.3 21808 7 36 155.8 1.52 0.3 21808 7 37 157.2 1.45 0.3 21808 7 38 158.6 1.38 0.3 21808 7 39 160.1 1.75 0.3 21808 7 40 161.5 1.39 0.3 21808 7 41 163.0 8.0000E-01 0.3 21808 7 42 164.6 1.54 0.3 21808 7 43 166.1 1.08 0.3 21808 7 44 167.6 8.3000E-01 0.3 21808 7 45 169.2 1.03 0.4 21808 7 46 170.3 9.6000E-01 0.4 21808 7 47 171.3 1.19 0.4 21808 7 48 172.4 1.46 0.4 21808 7 49 173.5 1.69 0.4 21808 7 50 174.6 2.33 0.4 21808 7 51 175.7 1.39 0.4 21808 7 52 176.9 1.36 0.4 21808 7 53 178.0 1.65 0.4 21808 7 54 179.1 1.47 0.4 21808 7 55 180.3 1.15 0.4 21808 7 56 181.5 9.3000E-01 0.4 21808 7 57 182.6 1.55 0.4 21808 7 58 183.8 1.88 0.4 21808 7 59 185.0 1.55 0.3 21808 7 60 186.2 1.95 0.3 21808 7 61 187.5 1.51 0.4 21808 7 62 188.7 1.06 0.4 21808 7 63 190.0 1.01 0.4 21808 7 64 191.2 6.3000E-01 0.4 21808 7 65 192.5 7.4000E-01 0.3 21808 7 66 193.8 1.7 0.4 21808 7 67 195.1 9.2000E-01 0.3 21808 7 68 196.4 1.1 0.3 21808 7 69 197.7 1.08 0.3 21808 7 70 199.1 1.35 0.3 21808 7 71 200.4 1.26 0.3 21808 7 72 201.8 1.56 0.3 21808 7 73 203.2 1.26 0.3 21808 7 74 204.6 1.19 0.3 21808 7 75 206.0 8.2000E-01 0.5 21808 7 76 206.7 1.77 0.5 21808 7 77 207.4 1.1 0.5 21808 7 78 208.1 7.5000E-01 0.5 21808 7 79 208.8 2.6000E-01 0.5 21808 7 80 209.5 1.22 0.5 21808 7 81 210.3 1.4 0.5 21808 7 82 211.0 5.0000E-02 0.5 21808 7 83 211.7 9.4000E-01 0.5 21808 7 84 212.5 2.0000E-01 0.5 21808 7 85 213.2 4.8000E-01 0.5 21808 7 86 214.0 9.3000E-01 0.5 21808 7 87 214.7 5.8000E-01 0.5 21808 7 88 215.5 4.5000E-01 0.5 21808 7 89 216.2 7.4000E-01 0.5 21808 7 90 217.0 1.04 0.5 21808 7 91 217.8 3.8000E-01 0.5 21808 7 92 218.5 7.1000E-01 0.5 21808 7 93 219.3 8.6000E-01 0.5 21808 7 94 220.1 9.7000E-01 0.4 21808 7 95 220.9 3.8000E-01 0.4 21808 7 96 221.7 4.3000E-01 0.4 21808 7 97 222.5 6.3000E-01 0.4 21808 7 98 223.3 1.17 0.4 21808 7 99 224.1 7.3E-01 0.4 21808 7 100 224.9 6.2000E-01 0.4 21808 7 101 225.7 1.21 0.4 21808 7 102 226.5 5.0000E-02 0.4 21808 7 103 227.3 9.4000E-01 0.4 21808 7 104 228.1 5.2000E-01 0.4 21808 7 105 229.0 1.06 0.4 21808 7 106 229.8 6.8000E-01 0.4 21808 7 107 230.6 4.0000E-01 0.4 21808 7 108 231.5 7.1000E-01 0.4 21808 7 109 232.3 6.5000E-01 0.4 21808 7 110 233.2 6.9000E-01 0.4 21808 7 111 234.0 1.9 0.4 21808 7 112 234.9 6.5000E-01 0.4 21808 7 113 235.8 7.3000E-01 0.4 21808 7 114 236.6 7.4000E-01 0.4 21808 7 115 237.5 -1.5000E-01 0.4 21808 7 116 238.4 1.9000E-01 0.4 21808 7 117 239.3 7.1000E-01 0.4 21808 7 118 240.1 1.01 0.4 21808 7 119 241.0 1.02 0.4 21808 7 120 241.9 4.5000E-01 0.4 21808 7 121 242.8 3.5000E-01 0.4 21808 7 122 243.8 1.43 0.4 21808 7 123 244.7 1.48 0.4 21808 7 124 245.6 1.13 0.4 21808 7 125 246.5 2.6000E-01 0.4 21808 7 126 247.4 1.7000E-01 0.4 21808 7 127 248.4 1.15 0.4 21808 7 128 249.3 8.1000E-01 0.4 21808 7 129 250.3 1.12 0.4 21808 7 130 251.2 9.4000E-01 0.4 21808 7 131 252.2 1.07 0.4 21808 7 132 253.1 2.11 0.4 21808 7 133 254.1 1.23 0.4 21808 7 134 255.1 1.38 0.4 21808 7 135 256.0 1.45 0.4 21808 7 136 257.0 1.92 0.4 21808 7 137 258.0 2.1 0.4 21808 7 138 259.0 3.18 0.4 21808 7 139 260.0 3.18 0.4 21808 7 140 261.0 4.48 0.4 21808 7 141 262.0 6.08 0.4 21808 7 142 263.0 8.27 0.4 21808 7 143 264.1 9.06 0.4 21808 7 144 265.1 9.4 0.4 21808 7 145 266.1 9.15 0.4 21808 7 146 267.2 8.13 0.4 21808 7 147 268.2 6.85 0.4 21808 7 148 269.3 5.26 0.4 21808 7 149 270.3 4.69 0.4 21808 7 150 271.4 3.52 0.4 21808 7 151 272.5 2.59 0.4 21808 7 152 273.6 3.03 0.4 21808 7 153 274.6 2.85 0.4 21808 7 154 275.7 2.35 0.4 21808 7 155 276.8 2.95 0.4 21808 7 156 277.9 2.74 0.4 21808 7 157 279.0 2.49 0.4 21808 7 158 280.2 3.13 0.4 21808 7 159 281.3 3.58 0.4 21808 7 160 282.4 3.7 0.4 21808 7 161 283.6 4.5 0.4 21808 7 162 284.7 4.59 0.4 21808 7 163 285.9 4.29 0.4 21808 7 164 287.0 5.34 0.4 21808 7 165 288.2 6.17 0.4 21808 7 166 289.4 6.17 0.4 21808 7 167 290.5 6.83 0.4 21808 7 168 291.7 7.67 0.4 21808 7 169 292.9 7.74 0.4 21808 7 170 294.1 8.47 0.4 21808 7 171 295.3 9.44 0.4 21808 7 172 296.6 8.68 0.4 21808 7 173 297.8 9.62 0.4 21808 7 174 299.0 9.64 0.4 21808 7 175 300.3 9.74 0.4 21808 7 176 301.5 9.14 0.4 21808 7 177 302.8 9.46 0.4 21808 7 178 304.0 8.85 0.4 21808 7 179 305.3 8.72 0.4 21808 7 180 306.6 8.46 0.4 21808 7 181 307.9 8.0 0.4 21808 7 182 309.2 7.63 0.4 21808 7 183 310.5 7.38 0.4 21808 7 184 311.8 6.97 0.4 21808 7 185 313.1 7.15 0.4 21808 7 186 314.4 6.19 0.3 21808 7 187 315.8 5.68 0.3 21808 7 188 317.1 6.07 0.3 21808 7 189 318.5 6.01 0.3 21808 7 190 319.8 4.76 0.3 21808 7 191 321.2 5.78 0.3 21808 7 192 322.6 4.92 0.3 21808 7 193 324.0 4.46 0.3 21808 7 194 325.4 4.63 0.3 21808 7 195 326.8 3.98 0.3 21808 7 196 328.2 4.53 0.3 21808 7 197 329.6 3.69 0.3 21808 7 198 331.1 3.47 0.3 21808 7 199 332.5 3.26 0.3 21808 7 200 334.0 3.37 0.3 21808 7 201 335.4 4.38 0.3 21808 7 202 336.9 3.55 0.3 21808 7 203 338.4 2.97 0.3 21808 7 204 339.9 3.0 0.3 21808 7 205 341.4 2.58 0.3 21808 7 206 342.9 3.05 0.3 21808 7 207 344.4 3.08 0.3 21808 7 208 346.0 2.3 0.3 21808 7 209 347.5 3.29 0.3 21808 7 210 349.1 2.53 0.3 21808 7 211 350.6 1.79 0.3 21808 7 212 352.2 2.41 0.3 21808 7 213 353.8 2.29 0.3 21808 7 214 355.4 1.78 0.3 21808 7 215 357.0 2.22 0.3 21808 7 216 358.6 2.03 0.3 21808 7 217 360.3 1.88 0.3 21808 7 218 361.9 1.43 0.3 21808 7 219 363.6 2.08 0.3 21808 7 220 365.2 1.66 0.3 21808 7 221 366.9 1.67 0.3 21808 7 222 368.6 1.59 0.3 21808 7 223 370.3 1.46 0.3 21808 7 224 372.0 1.33 0.3 21808 7 225 373.7 1.5 0.3 21808 7 226 375.4 1.44 0.3 21808 7 227 377.2 9.5000E-01 0.3 21808 7 228 378.9 1.09 0.3 21808 7 229 380.7 1.32 0.3 21808 7 230 382.5 1.16 0.3 21808 7 231 384.3 8.6000E-01 0.3 21808 7 232 386.1 1.17 0.3 21808 7 233 387.9 1.02 0.3 21808 7 234 389.8 1.04 0.3 21808 7 235 391.6 6.1000E-01 0.3 21808 7 236 393.5 1.23 0.3 21808 7 237 395.3 6.7000E-01 0.2 21808 7 238 397.2 5.0000E-01 0.2 21808 7 239 399.1 6.2000E-01 0.2 21808 7 240 401.1 6.8000E-01 0.2 21808 7 241 403.0 3.4000E-01 0.2 21808 7 242 404.9 8.5000E-01 0.2 21808 7 243 406.9 4.6000E-01 0.2 21808 7 244 408.9 8.2000E-01 0.2 21808 7 245 410.8 8.1000E-01 0.2 21808 7 246 412.8 1.18 0.3 21808 7 247 414.9 1.23 0.3 21808 7 248 416.9 1.49 0.3 21808 7 249 418.9 2.72 0.3 21808 7 250 421.0 4.91 0.3 21808 7 251 423.1 5.73 0.4 21808 7 252 425.2 5.08 0.4 21808 7 253 427.3 2.96 0.4 21808 7 254 429.4 1.79 0.4 21808 7 255 431.5 9.7000E-01 0.4 21808 7 256 433.7 1.43 0.3 21808 7 257 435.8 1.12 0.3 21808 7 258 438.0 1.59 0.3 21808 7 259 440.2 1.05 0.3 21808 7 260 442.4 8.3000E-01 0.3 21808 7 261 444.7 1.11 0.3 21808 7 262 446.9 9.8000E-01 0.3 21808 7 263 449.2 6.9000E-01 0.3 21808 7 264 451.5 1.11 0.3 21808 7 265 453.8 1.16 0.3 21808 7 266 456.1 1.42 0.3 21808 7 267 458.4 1.28 0.3 21808 7 268 460.8 1.96 0.3 21808 7 269 463.2 1.91 0.3 21808 7 270 465.6 2.01 0.3 21808 7 271 468.0 1.76 0.2 21808 7 272 470.4 1.71 0.2 21808 7 273 472.9 1.85 0.2 21808 7 274 475.3 1.79 0.2 21808 7 275 477.8 2.21 0.2 21808 7 276 480.3 2.31 0.2 21808 7 277 482.9 2.8 0.2 21808 7 278 485.4 2.5 0.2 21808 7 279 488.0 2.59 0.2 21808 7 280 490.6 2.92 0.2 21808 7 281 493.2 3.05 0.2 21808 7 282 495.8 3.51 0.2 21808 7 283 498.5 3.42 0.2 21808 7 284 501.1 3.58 0.2 21808 7 285 503.8 3.84 0.2 21808 7 286 506.6 3.88 0.2 21808 7 287 509.3 4.22 0.2 21808 7 288 512.1 4.32 0.2 21808 7 289 514.9 4.4 0.2 21808 7 290 517.7 4.65 0.2 21808 7 291 520.5 4.89 0.2 21808 7 292 523.3 4.85 0.2 21808 7 293 526.2 4.88 0.2 21808 7 294 529.1 5.05 0.2 21808 7 295 532.0 5.53 0.2 21808 7 296 535.0 5.66 0.2 21808 7 297 538.0 6.14 0.2 21808 7 298 541.0 7.07 0.2 21808 7 299 544.0 8.93 0.2 21808 7 300 547.0 9.28 0.2 21808 7 301 550.1 7.67 0.2 21808 7 302 553.2 6.61 0.2 21808 7 303 556.4 5.82 0.2 21808 7 304 559.5 5.65 0.2 21808 7 305 562.7 5.38 0.2 21808 7 306 565.9 5.27 0.2 21808 7 307 569.1 5.48 0.2 21808 7 308 572.4 5.04 0.2 21808 7 309 575.7 5.33 0.2 21808 7 310 579.0 5.37 0.2 21808 7 311 582.4 5.07 0.2 21808 7 312 585.7 5.34 0.2 21808 7 313 589.1 4.95 0.2 21808 7 314 592.6 4.99 0.2 21808 7 315 596.1 4.83 0.2 21808 7 316 599.6 4.71 0.2 21808 7 317 603.1 4.83 0.2 21808 7 318 606.6 4.98 0.2 21808 7 319 610.2 4.91 0.3 21808 7 320 613.9 5.04 0.3 21808 7 321 617.5 5.03 0.3 21808 7 322 621.2 5.18 0.3 21808 7 323 624.9 5.62 0.3 21808 7 324 628.7 5.44 0.3 21808 7 325 632.5 5.67 0.3 21808 7 326 636.3 5.82 0.3 21808 7 327 640.2 5.82 0.3 21808 7 328 644.1 5.99 0.3 21808 7 329 648.0 7.04 0.3 21808 7 330 652.0 7.09 0.3 21808 7 331 656.0 7.59 0.3 21808 7 332 660.0 8.83 0.3 21808 7 333 664.1 9.94 0.3 21808 7 334 668.2 1.0890E+01 0.3 21808 7 335 672.4 1.1580E+01 0.3 21808 7 336 676.5 1.1830E+01 0.3 21808 7 337 680.8 1.1630E+01 0.3 21808 7 338 685.1 1.0870E+01 0.3 21808 7 339 689.4 9.82 0.3 21808 7 340 693.7 8.71 0.3 21808 7 341 698.1 7.57 0.3 21808 7 342 702.6 7.88 0.3 21808 7 343 707.0 6.6 0.3 21808 7 344 711.6 6.27 0.3 21808 7 345 716.1 5.03 0.3 21808 7 346 720.7 5.63 0.3 21808 7 347 725.4 4.68 0.3 21808 7 348 730.1 4.81 0.3 21808 7 349 734.8 4.52 0.3 21808 7 350 739.6 5.15 0.3 21808 7 351 744.5 4.48 0.3 21808 7 352 749.4 4.19 0.3 21808 7 353 754.3 3.82 0.4 21808 7 354 759.3 4.01 0.4 21808 7 355 764.3 3.64 0.4 21808 7 356 769.4 3.44 0.4 21808 7 357 774.5 3.48 0.4 21808 7 358 779.7 3.07 0.4 21808 7 359 785.0 2.06 0.5 21808 7 360 790.3 1.79 0.6 21808 7 361 795.6 9.7000E-01 0.8 21808 7 362 801.0 3.5000E-01 1.1 21808 7 363 ENDDATA 347 0 21808 7 364 ENDSUBENT 363 0 21808 799999 SUBENT 21808008 20161111 225521808 8 1 BIB 5 20 21808 8 2 REACTION (10-NE-20(N,G)10-NE-21,,SIG) 21808 8 3 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 21808 8 4 ERR-ANALYS .For capture cross sections corrections and related 21808 8 5 uncertainties (given in per cent) were 21808 8 6 (ERR-1,40.,60.) background from scattered neutrons 21808 8 7 (ERR-2) background from sample container 21808 8 8 (ERR-3) background from neutron self-shielding 21808 8 9 and multiple scattering 21808 8 10 (ERR-4) pile-up events 21808 8 11 (ERR-5) gamma-ray self absorption 21808 8 12 (ERR-6) effect of electronic threshold 21808 8 13 (ERR-7) pulse height weighting 21808 8 14 (ERR-S) statistical uncertainty 21808 8 15 STATUS (TABLE) Table on pages 64-65 in Appendix 2 of 21808 8 16 KFK-3347,1982 21808 8 17 HISTORY (19830724A) Monitor added 21808 8 18 (19831004E) 21808 8 19 (20080529U) Last checking has been done. 21808 8 20 (20161111A) M.M. G+M was deleted from SF4 of MONITOR 21808 8 21 ERR-ANALYS was corrected. 21808 8 22 ENDBIB 20 0 21808 8 23 COMMON 6 3 21808 8 24 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 ERR-7 21808 8 25 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT 21808 8 26 6. 2. 2. 1. 1. 0.5 21808 8 27 ENDCOMMON 3 0 21808 8 28 DATA 3 210 21808 8 29 EN DATA ERR-S 21808 8 30 KEV MB MB 21808 8 31 4.1 2.2300E+01 28.8 21808 8 32 4.5 9.0400E+01 29.3 21808 8 33 4.9 -1.7800E+01 26.6 21808 8 34 5.3 6.3700E+01 25.3 21808 8 35 5.7 4.4600E+01 27.8 21808 8 36 6.1 1.9400E+01 23.5 21808 8 37 6.5 -2.3000E+01 19.0 21808 8 38 6.9 9.1 16.4 21808 8 39 7.4 1.9700E+01 14.9 21808 8 40 7.8 -1.8 14.0 21808 8 41 8.2 4.4600E+01 13.3 21808 8 42 8.6 3.9600E+01 12.6 21808 8 43 9.0 2.1200E+01 12.5 21808 8 44 9.4 1.3300E+01 12.5 21808 8 45 9.8 9.5 11.8 21808 8 46 10.2 5.2 11.5 21808 8 47 10.7 -5.7400E+01 10.9 21808 8 48 11.1 -1.5400E+01 10.9 21808 8 49 11.5 -1.2600E+01 10.3 21808 8 50 12.0 3.3600E+01 10.2 21808 8 51 12.4 1.1000E+01 9.4 21808 8 52 12.8 1.6800E+01 9.2 21808 8 53 13.3 2.6400E+01 8.7 21808 8 54 13.7 1.7500E+01 8.1 21808 8 55 14.1 1.1600E+01 8.0 21808 8 56 14.5 1.4200E+01 7.4 21808 8 57 15.0 3.0200E+01 6.9 21808 8 58 15.4 1.0200E+01 6.2 21808 8 59 15.9 5.0 5.8 21808 8 60 16.4 -1.1 5.9 21808 8 61 16.8 9.1 5.4 21808 8 62 17.2 1.4100E+01 5.1 21808 8 63 17.7 -6.5 4.8 21808 8 64 18.2 -3.2 4.5 21808 8 65 18.6 1.7100E+01 4.7 21808 8 66 19.0 -1.4700E+01 4.5 21808 8 67 19.5 -4.9 4.2 21808 8 68 19.9 1.6000E+01 4.1 21808 8 69 20.4 -3.1 3.8 21808 8 70 20.8 -1.2100E+01 3.6 21808 8 71 21.3 -2.6 3.5 21808 8 72 21.9 4.0 3.2 21808 8 73 22.4 -3.9 3.2 21808 8 74 22.9 1.0700E+01 3.6 21808 8 75 23.3 0.0 3.5 21808 8 76 23.7 1.3700E+01 3.3 21808 8 77 24.2 5.8 3.0 21808 8 78 24.6 4.5 2.9 21808 8 79 25.1 -5.3 2.7 21808 8 80 25.6 -5.7 2.6 21808 8 81 26.1 1.5 2.6 21808 8 82 26.6 -6.0000E-01 2.7 21808 8 83 27.1 -2.7 2.7 21808 8 84 27.7 -1.8 2.6 21808 8 85 28.2 9.5 2.6 21808 8 86 28.8 7.6 2.4 21808 8 87 29.3 1.8800E+01 2.8 21808 8 88 29.7 1.4900E+01 2.6 21808 8 89 30.1 -3.0000E-01 2.6 21808 8 90 30.6 -2.0000E-01 2.4 21808 8 91 31.0 1.6 2.3 21808 8 92 31.4 4.2 2.4 21808 8 93 31.9 3.2 2.3 21808 8 94 32.3 -1.3 2.3 21808 8 95 32.8 2.4 2.3 21808 8 96 33.3 -6.6 2.3 21808 8 97 33.8 9.5 2.3 21808 8 98 34.3 1.1 2.3 21808 8 99 34.8 8.9 2.3 21808 8 100 35.3 5.2 2.2 21808 8 101 35.9 9.2 2.0 21808 8 102 36.4 -8.0000E-01 1.9 21808 8 103 37.0 -8.0000E-01 1.9 21808 8 104 37.6 -1.0200E+01 1.9 21808 8 105 38.2 3.1 1.9 21808 8 106 38.8 5.8 1.8 21808 8 107 39.4 5.0000E-01 1.8 21808 8 108 40.0 1.0500E+01 1.7 21808 8 109 40.7 1.3 1.6 21808 8 110 41.4 2.9 1.5 21808 8 111 42.0 -5.0 1.4 21808 8 112 42.7 3.2 1.4 21808 8 113 43.5 6.0000E-01 1.4 21808 8 114 44.2 6.3 1.4 21808 8 115 45.0 -3.9 1.4 21808 8 116 45.7 -1.8 1.4 21808 8 117 46.5 -1.5 1.4 21808 8 118 47.1 1.1 2.1 21808 8 119 47.6 -1.5 2.1 21808 8 120 48.0 6.3 2.0 21808 8 121 48.4 -2.1 1.9 21808 8 122 48.8 1.5 1.9 21808 8 123 49.3 -8.0000E-01 1.9 21808 8 124 49.7 -7.1 1.9 21808 8 125 50.2 1.1 1.8 21808 8 126 50.6 -5.0000E-01 1.9 21808 8 127 51.1 -1.8 1.9 21808 8 128 51.5 1.6 2.0 21808 8 129 52.0 -6.0 1.9 21808 8 130 52.5 -1.0 2.0 21808 8 131 53.0 -4.9 2.0 21808 8 132 53.5 3.4 2.0 21808 8 133 54.0 6.1 2.0 21808 8 134 54.5 9.4 1.8 21808 8 135 55.0 6.0000E-01 1.7 21808 8 136 55.5 1.6 1.7 21808 8 137 56.0 1.3 1.6 21808 8 138 56.6 8.0000E-01 1.6 21808 8 139 57.1 1.5 1.5 21808 8 140 57.7 -8.4 1.6 21808 8 141 58.2 -2.3 1.7 21808 8 142 58.8 -3.6 1.7 21808 8 143 59.4 -4.2 1.7 21808 8 144 60.0 8.0000E-01 1.6 21808 8 145 60.6 7.8 1.6 21808 8 146 61.2 1.0 1.6 21808 8 147 61.8 -1.0 1.6 21808 8 148 62.4 7.4 1.5 21808 8 149 63.0 0.0 1.5 21808 8 150 63.7 -6.0000E-01 1.5 21808 8 151 64.3 4.0 1.4 21808 8 152 65.0 -2.3 1.4 21808 8 153 65.7 3.4 1.4 21808 8 154 66.3 -1.0 1.3 21808 8 155 67.0 3.1 1.2 21808 8 156 67.7 1.0 1.2 21808 8 157 68.4 -6.0000E-01 1.2 21808 8 158 69.2 -3.0000E-01 1.1 21808 8 159 69.9 2.0000E-01 1.1 21808 8 160 70.7 -3.0000E-01 1.1 21808 8 161 71.4 -5.0000E-01 1.2 21808 8 162 72.2 -3.2 1.2 21808 8 163 73.0 1.9 1.2 21808 8 164 73.8 4.2 1.2 21808 8 165 74.6 -1.1 1.2 21808 8 166 75.4 4.7 1.2 21808 8 167 76.2 3.2 1.1 21808 8 168 77.1 5.2 1.1 21808 8 169 78.0 -6.0000E-01 1.1 21808 8 170 78.8 -3.1 1.2 21808 8 171 79.7 -6.0000E-01 1.2 21808 8 172 80.7 1.0 1.2 21808 8 173 81.6 -6.0 1.3 21808 8 174 82.5 2.6 1.3 21808 8 175 83.5 5.0 1.2 21808 8 176 84.5 6.6 1.1 21808 8 177 85.5 1.8 1.1 21808 8 178 86.5 3.7 1.1 21808 8 179 87.5 2.0000E-01 1.1 21808 8 180 88.6 -6.0000E-01 1.1 21808 8 181 89.6 -3.6 1.1 21808 8 182 90.7 -3.6 1.1 21808 8 183 91.8 3.6 1.1 21808 8 184 92.9 -2.4 1.2 21808 8 185 94.1 3.2 1.3 21808 8 186 95.3 5.3 1.3 21808 8 187 96.5 -1.1 1.3 21808 8 188 97.7 2.3 1.3 21808 8 189 98.9 -4.7 1.3 21808 8 190 100.2 8.6 1.2 21808 8 191 101.5 5.8 1.2 21808 8 192 102.8 -6.0000E-01 1.2 21808 8 193 104.1 -1.9 1.3 21808 8 194 105.5 -1.6 1.3 21808 8 195 106.9 2.9 1.3 21808 8 196 108.3 2.6 1.3 21808 8 197 109.7 6.0000E-01 1.4 21808 8 198 111.2 2.7 1.4 21808 8 199 112.7 -5.2 1.4 21808 8 200 114.2 -2.9 1.4 21808 8 201 115.8 1.6 1.4 21808 8 202 117.4 6.1 1.3 21808 8 203 119.0 3.1 1.3 21808 8 204 120.7 3.1 1.2 21808 8 205 122.4 2.1 1.3 21808 8 206 124.1 3.1 1.3 21808 8 207 125.9 4.0 1.2 21808 8 208 127.7 -1.9 1.3 21808 8 209 129.6 3.1 1.2 21808 8 210 131.5 2.4 1.1 21808 8 211 133.4 -8.0000E-01 1.1 21808 8 212 135.4 3.1 1.0 21808 8 213 137.4 -1.0 1.0 21808 8 214 139.5 -3.2 1.1 21808 8 215 141.6 8.0000E-01 1.1 21808 8 216 143.8 3.6 1.1 21808 8 217 146.0 1.1000E+01 1.0 21808 8 218 148.3 1.1600E+01 9.0000E-01 21808 8 219 150.6 1.1000E+01 9.0000E-01 21808 8 220 153.0 6.0 9.0000E-01 21808 8 221 155.4 5.0000E-01 8.0000E-01 21808 8 222 157.9 1.1 9.0000E-01 21808 8 223 160.4 3.1 9.0000E-01 21808 8 224 163.0 1.5 1.0 21808 8 225 165.7 -1.6 1.1 21808 8 226 168.5 2.3 1.1 21808 8 227 171.3 -3.2 1.1 21808 8 228 174.2 5.0000E-01 1.1 21808 8 229 177.1 -1.3 1.1 21808 8 230 180.1 6.0000E-01 1.0 21808 8 231 183.3 3.0000E-01 1.0 21808 8 232 186.4 -1.5 1.0 21808 8 233 189.7 1.6 1.0 21808 8 234 193.1 1.6 9.0000E-01 21808 8 235 196.5 1.8 1.0 21808 8 236 200.1 0.0 1.2 21808 8 237 203.7 0.0 1.7 21808 8 238 207.5 2.0000E-01 2.6 21808 8 239 211.3 -3.0000E-01 4.1 21808 8 240 215.3 1.1500E+01 3.7 21808 8 241 ENDDATA 212 0 21808 8 242 ENDSUBENT 241 0 21808 899999 SUBENT 21808009 20161111 225521808 9 1 BIB 5 19 21808 9 2 REACTION (10-NE-21(N,G)10-NE-22,,SIG) 21808 9 3 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 21808 9 4 ERR-ANALYS .For capture cross sections corrections and related 21808 9 5 uncertainties (given in per cent) were 21808 9 6 (ERR-1,40.,60.) background from scattered neutrons 21808 9 7 (ERR-2) background from sample container 21808 9 8 (ERR-3) background from neutron self-shielding 21808 9 9 and multiple scattering 21808 9 10 (ERR-4) pile-up events 21808 9 11 (ERR-5) gamma-ray self absorption 21808 9 12 (ERR-6) effect of electronic threshold 21808 9 13 (ERR-7) pulse height weighting 21808 9 14 (ERR-S) statistical uncertainty 21808 9 15 STATUS (TABLE) Table on pages 65-66 in Appendix 1 of 21808 9 16 KFK-3347,1982 21808 9 17 HISTORY (19830724A) Monitor added 21808 9 18 (19831004E) 21808 9 19 (20080529U) Last checking has been done. 21808 9 20 (20161111A) ERR-ANALYS was corrected. 21808 9 21 ENDBIB 19 0 21808 9 22 COMMON 6 3 21808 9 23 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 ERR-7 21808 9 24 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT 21808 9 25 6. 2. 2. 1. 1. 0.5 21808 9 26 ENDCOMMON 3 0 21808 9 27 DATA 3 210 21808 9 28 EN DATA ERR-S 21808 9 29 KEV MB MB 21808 9 30 4.1 1.6500E+01 35.3 21808 9 31 4.5 1.3400E+01 35.8 21808 9 32 4.9 -2.3700E+01 32.6 21808 9 33 5.3 8.0000E-01 30.9 21808 9 34 5.7 1.8700E+01 34.1 21808 9 35 6.1 3.1200E+01 29.0 21808 9 36 6.5 -1.3800E+01 23.4 21808 9 37 6.9 2.6 20.1 21808 9 38 7.4 2.8500E+01 18.4 21808 9 39 7.8 -7.0000E-01 17.1 21808 9 40 8.2 -1.8100E+01 16.2 21808 9 41 8.6 2.6000E+01 15.5 21808 9 42 9.0 8.8 15.3 21808 9 43 9.4 2.7400E+01 15.4 21808 9 44 9.8 -7.8 14.4 21808 9 45 10.2 -7.4 14.0 21808 9 46 10.7 4.1 13.4 21808 9 47 11.1 6.7 13.4 21808 9 48 11.5 -6.9 12.6 21808 9 49 12.0 -3.3 12.5 21808 9 50 12.4 3.8 11.4 21808 9 51 12.8 1.9800E+01 11.4 21808 9 52 13.3 1.8600E+01 10.7 21808 9 53 13.7 2.7 9.9 21808 9 54 14.1 5.0000E-01 9.8 21808 9 55 14.5 3.9 9.0 21808 9 56 15.0 4.3 8.3 21808 9 57 15.4 6.2 7.6 21808 9 58 15.9 -2.7 7.1 21808 9 59 16.4 -3.0000E-01 7.2 21808 9 60 16.8 3.1 6.7 21808 9 61 17.2 -4.6 6.2 21808 9 62 17.7 -5.5 5.9 21808 9 63 18.2 2.3 5.5 21808 9 64 18.6 7.3 5.8 21808 9 65 19.0 -2.0000E-01 5.5 21808 9 66 19.5 -6.5 5.2 21808 9 67 19.9 5.6 5.0 21808 9 68 20.4 -2.6 4.7 21808 9 69 20.8 -9.0000E-01 4.5 21808 9 70 21.3 -2.0000E-01 4.3 21808 9 71 21.9 -4.0000E-01 4.1 21808 9 72 22.4 -4.1 3.9 21808 9 73 22.9 3.1 4.4 21808 9 74 23.3 3.3 4.2 21808 9 75 23.7 4.9 4.1 21808 9 76 24.2 -1.6 3.7 21808 9 77 24.6 1.0000E-01 3.5 21808 9 78 25.1 3.2 3.4 21808 9 79 25.6 8.0000E-01 3.3 21808 9 80 26.1 -1.8 3.3 21808 9 81 26.6 -2.5 3.3 21808 9 82 27.1 -3.0000E-01 3.3 21808 9 83 27.7 -2.8 3.2 21808 9 84 28.2 4.5 3.2 21808 9 85 28.8 2.0 3.0 21808 9 86 29.3 6.1 3.4 21808 9 87 29.7 4.8 3.2 21808 9 88 30.1 -7.0000E-01 3.1 21808 9 89 30.6 2.7 3.0 21808 9 90 31.0 2.2 3.0 21808 9 91 31.4 -7.0000E-01 2.9 21808 9 92 31.9 -1.1 2.8 21808 9 93 32.3 5.0000E-01 2.8 21808 9 94 32.8 -4.0000E-01 2.8 21808 9 95 33.3 -2.2 2.8 21808 9 96 33.8 2.4 2.9 21808 9 97 34.3 -3.0000E-01 2.8 21808 9 98 34.8 1.2 2.8 21808 9 99 35.3 1.7 2.7 21808 9 100 35.9 3.0000E-01 2.4 21808 9 101 36.4 1.4 2.4 21808 9 102 37.0 -2.6 2.3 21808 9 103 37.6 -4.0000E-01 2.4 21808 9 104 38.2 7.0000E-01 2.3 21808 9 105 38.8 -6.0000E-01 2.2 21808 9 106 39.4 2.0000E-01 2.2 21808 9 107 40.0 2.0 2.0 21808 9 108 40.7 7.0000E-01 1.9 21808 9 109 41.4 1.0 1.8 21808 9 110 42.0 -1.4 1.8 21808 9 111 42.7 -3.0000E-01 1.7 21808 9 112 43.5 -8.0000E-01 1.7 21808 9 113 44.2 3.1 1.7 21808 9 114 45.0 -2.0 1.7 21808 9 115 45.7 -2.2 1.7 21808 9 116 46.5 -6.0000E-01 1.8 21808 9 117 47.1 1.4 2.6 21808 9 118 47.6 8.0000E-01 2.6 21808 9 119 48.0 4.2 2.5 21808 9 120 48.4 -5.0000E-01 2.4 21808 9 121 48.8 -8.0000E-01 2.3 21808 9 122 49.3 1.0 2.4 21808 9 123 49.7 -1.8 2.3 21808 9 124 50.2 8.0000E-01 2.2 21808 9 125 50.6 -9.0000E-01 2.3 21808 9 126 51.1 8.3 2.4 21808 9 127 51.5 1.1500E+01 2.5 21808 9 128 52.0 1.3200E+01 2.5 21808 9 129 52.5 1.0100E+01 2.6 21808 9 130 53.0 5.7 2.5 21808 9 131 53.5 6.3 2.5 21808 9 132 54.0 0.0 2.4 21808 9 133 54.5 3.0 2.2 21808 9 134 55.0 -1.5 2.1 21808 9 135 55.5 1.9 2.1 21808 9 136 56.0 1.7 1.9 21808 9 137 56.6 -1.9 1.9 21808 9 138 57.1 1.3 1.9 21808 9 139 57.7 -2.2 2.0 21808 9 140 58.2 1.3 2.0 21808 9 141 58.8 -5.0000E-01 2.0 21808 9 142 59.4 -2.3 2.0 21808 9 143 60.0 1.3 2.0 21808 9 144 60.6 2.8 1.9 21808 9 145 61.2 -1.3 1.9 21808 9 146 61.8 -1.6 1.9 21808 9 147 62.4 1.2 1.8 21808 9 148 63.0 9.0000E-01 1.9 21808 9 149 63.7 -1.2 1.8 21808 9 150 64.3 3.3 1.8 21808 9 151 65.0 -5.0000E-01 1.8 21808 9 152 65.7 9.0000E-01 1.7 21808 9 153 66.3 1.3 1.7 21808 9 154 67.0 1.0000E-01 1.5 21808 9 155 67.7 -7.0000E-01 1.5 21808 9 156 68.4 -1.0 1.5 21808 9 157 69.2 5.0000E-01 1.4 21808 9 158 69.9 8.0000E-01 1.4 21808 9 159 70.7 -1.0000E-01 1.4 21808 9 160 71.4 -2.0000E-01 1.5 21808 9 161 72.2 -2.0 1.5 21808 9 162 73.0 -8.0000E-01 1.5 21808 9 163 73.8 3.0 1.5 21808 9 164 74.6 -1.5 1.5 21808 9 165 75.4 2.3 1.5 21808 9 166 76.2 1.6 1.4 21808 9 167 77.1 1.0 1.3 21808 9 168 78.0 -1.0000E-01 1.4 21808 9 169 78.8 -1.1 1.5 21808 9 170 79.7 9.0000E-01 1.5 21808 9 171 80.7 4.0000E-01 1.5 21808 9 172 81.6 -1.4 1.6 21808 9 173 82.5 3.0000E-01 1.5 21808 9 174 83.5 7.0000E-01 1.5 21808 9 175 84.5 1.7 1.5 21808 9 176 85.5 1.2 1.3 21808 9 177 86.5 2.2 1.3 21808 9 178 87.5 -7.0000E-01 1.3 21808 9 179 88.6 -8.0000E-01 1.3 21808 9 180 89.6 5.0000E-01 1.3 21808 9 181 90.7 1.4 1.4 21808 9 182 91.8 3.2 1.4 21808 9 183 92.9 1.1 1.5 21808 9 184 94.1 2.9 1.6 21808 9 185 95.3 4.6 1.6 21808 9 186 96.5 6.2 1.6 21808 9 187 97.7 7.3 1.6 21808 9 188 98.9 7.3 1.7 21808 9 189 100.2 5.2 1.5 21808 9 190 101.5 1.8 1.5 21808 9 191 102.8 9.0000E-01 1.5 21808 9 192 104.1 -4.0000E-01 1.5 21808 9 193 105.5 -9.0000E-01 1.5 21808 9 194 106.9 -6.0000E-01 1.6 21808 9 195 108.3 -3.0000E-01 1.6 21808 9 196 109.7 1.9 1.7 21808 9 197 111.2 -6.0000E-01 1.7 21808 9 198 112.7 5.0000E-01 1.8 21808 9 199 114.2 -1.3 1.7 21808 9 200 115.8 7.0000E-01 1.7 21808 9 201 117.4 2.6 1.6 21808 9 202 119.0 8.0000E-01 1.5 21808 9 203 120.7 1.5 1.5 21808 9 204 122.4 3.0000E-01 1.6 21808 9 205 124.1 2.4 1.6 21808 9 206 125.9 1.1 1.5 21808 9 207 127.7 -1.5 1.6 21808 9 208 129.6 1.8 1.5 21808 9 209 131.5 6.0000E-01 1.4 21808 9 210 133.4 1.5 1.3 21808 9 211 135.4 5.6 1.2 21808 9 212 137.4 5.3 1.3 21808 9 213 139.5 4.5 1.3 21808 9 214 141.6 4.4 1.3 21808 9 215 143.8 2.6 1.3 21808 9 216 146.0 1.2 1.2 21808 9 217 148.3 3.0000E-01 1.1 21808 9 218 150.6 8.0000E-01 1.1 21808 9 219 153.0 2.0000E-01 1.1 21808 9 220 155.4 5.0000E-01 1.1 21808 9 221 157.9 1.7 1.1 21808 9 222 160.4 5.0000E-01 1.1 21808 9 223 163.0 -8.0000E-01 1.2 21808 9 224 165.7 -1.1 1.3 21808 9 225 168.5 2.3 1.3 21808 9 226 171.3 -1.3 1.3 21808 9 227 174.2 3.0000E-01 1.3 21808 9 228 177.1 1.0000E-01 1.3 21808 9 229 180.1 1.0000E-01 1.2 21808 9 230 183.3 1.0 1.2 21808 9 231 186.4 5.0000E-01 1.2 21808 9 232 189.7 0.0 1.2 21808 9 233 193.1 1.0 1.1 21808 9 234 196.5 2.0000E-01 1.2 21808 9 235 200.1 -5.0000E-01 1.5 21808 9 236 203.7 2.3 2.0 21808 9 237 207.5 1.0 3.2 21808 9 238 211.3 4.2 5.1 21808 9 239 215.3 2.7 4.5 21808 9 240 ENDDATA 212 0 21808 9 241 ENDSUBENT 240 0 21808 999999 SUBENT 21808010 20161111 225521808 10 1 BIB 5 19 21808 10 2 REACTION (10-NE-22(N,G)10-NE-23,,SIG) 21808 10 3 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 21808 10 4 ERR-ANALYS .For capture cross sections corrections and related 21808 10 5 uncertainties (given in per cent) were 21808 10 6 (ERR-1,40.,60.) background from scattered neutrons 21808 10 7 (ERR-2) background from sample container 21808 10 8 (ERR-3) background from neutron self-shielding 21808 10 9 and multiple scattering 21808 10 10 (ERR-4) pile-up events 21808 10 11 (ERR-5) gamma-ray self absorption 21808 10 12 (ERR-6) effect of electronic threshold 21808 10 13 (ERR-7) pulse height weighting 21808 10 14 (ERR-S) statistical uncertainty 21808 10 15 STATUS (TABLE) Table on pages 66-68 in Appendix 1 of 21808 10 16 KFK-3347,1982 21808 10 17 HISTORY (19830724A) Monitor added 21808 10 18 (19831004E) 21808 10 19 (20080529U) Data units corrected from MB to MICRO-B 21808 10 20 (20161111A) ERR-ANALYS was corrected. 21808 10 21 ENDBIB 19 0 21808 10 22 COMMON 6 3 21808 10 23 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 ERR-7 21808 10 24 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT 21808 10 25 6. 2. 2. 1. 1. 0.5 21808 10 26 ENDCOMMON 3 0 21808 10 27 DATA 3 209 21808 10 28 EN DATA ERR-S 21808 10 29 KEV MICRO-B MICRO-B 21808 10 30 4.1 56.6 37.6 21808 10 31 4.5 12.5 38.1 21808 10 32 4.9 -42.5 34.6 21808 10 33 5.3 2.9 32.8 21808 10 34 5.7 26.2 36.2 21808 10 35 6.1 8.0 30.7 21808 10 36 6.5 21.0 24.9 21808 10 37 6.9 -11.1 21.3 21808 10 38 7.4 28.4 19.6 21808 10 39 7.8 18.5 18.3 21808 10 40 8.2 3.9 17.2 21808 10 41 8.6 23.6 16.5 21808 10 42 9.0 7.3 16.3 21808 10 43 9.4 -2.8 16.3 21808 10 44 9.8 29.3 15.5 21808 10 45 10.2 -3.7 14.9 21808 10 46 10.7 -17.9 14.3 21808 10 47 11.1 -9.3 14.3 21808 10 48 11.5 1.3 13.5 21808 10 49 12.0 7.2 13.3 21808 10 50 12.4 9.9 12.2 21808 10 51 13.3 -10.1 11.3 21808 10 52 13.7 -2.7 10.5 21808 10 53 14.1 10.0 10.5 21808 10 54 14.5 6.7 9.6 21808 10 55 15.0 6.7 8.9 21808 10 56 15.4 6.1 8.2 21808 10 57 15.9 2.7 7.5 21808 10 58 16.4 0.9 7.7 21808 10 59 16.8 11.1 7.2 21808 10 60 17.2 4.1 6.7 21808 10 61 17.7 -2.5 6.3 21808 10 62 18.2 -5.6 6.0 21808 10 63 18.6 5.1 6.1 21808 10 64 19.0 -0.3 5.8 21808 10 65 19.5 -5.6 5.5 21808 10 66 19.9 1.1 5.2 21808 10 67 20.4 -1.5 5.0 21808 10 68 20.8 2.5 4.9 21808 10 69 21.3 3.3 4.5 21808 10 70 21.9 -1.1 4.2 21808 10 71 22.4 -0.1 4.1 21808 10 72 22.9 0.0 4.7 21808 10 73 23.3 -2.0 4.5 21808 10 74 23.7 15.6 4.4 21808 10 75 24.2 14.1 3.9 21808 10 76 24.6 4.7 3.8 21808 10 77 25.1 0.7 3.6 21808 10 78 25.6 -3.5 3.4 21808 10 79 26.1 5.6 3.4 21808 10 80 26.6 -1.2 3.4 21808 10 81 27.1 -2.5 3.4 21808 10 82 27.7 -2.7 3.4 21808 10 83 28.2 -0.1 3.3 21808 10 84 28.8 9.7 3.1 21808 10 85 29.3 12.9 3.6 21808 10 86 29.7 10.0 3.4 21808 10 87 30.1 3.9 3.3 21808 10 88 30.6 3.5 3.3 21808 10 89 31.0 2.3 3.1 21808 10 90 31.4 0.7 3.1 21808 10 91 31.9 -1.7 3.0 21808 10 92 32.3 1.6 3.0 21808 10 93 32.8 -1.9 3.0 21808 10 94 33.3 -10.5 3.0 21808 10 95 33.8 -3.2 3.0 21808 10 96 34.3 -3.1 3.0 21808 10 97 34.8 -3.1 3.0 21808 10 98 35.3 2.4 2.8 21808 10 99 35.9 2.1 2.7 21808 10 100 36.4 3.1 2.5 21808 10 101 37.0 0.4 2.5 21808 10 102 37.6 -9.6 2.5 21808 10 103 38.2 2.5 2.5 21808 10 104 38.8 -0.7 2.4 21808 10 105 39.4 -0.1 2.4 21808 10 106 40.0 9.3 2.2 21808 10 107 40.7 5.2 2.0 21808 10 108 41.4 3.3 2.0 21808 10 109 42.0 -2.1 1.9 21808 10 110 42.7 0.9 1.9 21808 10 111 43.5 0.0 1.9 21808 10 112 44.2 3.3 1.7 21808 10 113 45.0 -6.7 1.9 21808 10 114 45.7 -2.0 1.9 21808 10 115 46.5 -4.9 1.9 21808 10 116 47.1 -2.9 2.7 21808 10 117 47.6 -5.5 2.8 21808 10 118 48.0 7.6 2.7 21808 10 119 48.4 3.9 2.7 21808 10 120 48.8 -0.3 2.5 21808 10 121 49.3 -1.5 2.5 21808 10 122 49.7 -2.9 2.5 21808 10 123 50.2 2.3 2.4 21808 10 124 50.6 -2.3 2.5 21808 10 125 51.1 -5.5 2.4 21808 10 126 51.5 -4.4 2.5 21808 10 127 52.0 -3.2 2.5 21808 10 128 52.5 -9.2 2.5 21808 10 129 53.0 -6.0 2.7 21808 10 130 53.5 0.1 2.7 21808 10 131 54.0 0.1 2.5 21808 10 132 54.5 0.9 2.5 21808 10 133 55.0 5.9 2.4 21808 10 134 55.5 2.1 2.2 21808 10 135 56.0 5.5 2.0 21808 10 136 56.6 2.8 2.0 21808 10 137 57.1 0.8 2.0 21808 10 138 57.7 -6.9 2.0 21808 10 139 58.2 -0.7 2.2 21808 10 140 58.8 -2.0 2.2 21808 10 141 59.4 -3.5 2.2 21808 10 142 60.0 -0.9 2.0 21808 10 143 60.6 3.1 2.0 21808 10 144 61.2 1.3 2.0 21808 10 145 61.8 1.1 2.0 21808 10 146 62.4 3.5 2.0 21808 10 147 63.0 0.7 1.9 21808 10 148 63.7 -3.3 1.9 21808 10 149 64.3 1.2 1.9 21808 10 150 65.0 0.4 1.9 21808 10 151 65.7 1.3 1.9 21808 10 152 66.3 3.2 1.7 21808 10 153 67.0 3.9 1.6 21808 10 154 67.7 -0.4 1.6 21808 10 155 68.4 0.0 1.6 21808 10 156 69.2 -0.7 1.6 21808 10 157 69.9 1.1 1.6 21808 10 158 70.7 0.1 1.6 21808 10 159 71.4 -3.1 1.6 21808 10 160 72.2 -5.1 1.6 21808 10 161 73.0 -2.0 1.6 21808 10 162 73.8 0.1 1.6 21808 10 163 74.6 -1.2 1.6 21808 10 164 75.4 -0.3 1.6 21808 10 165 76.2 3.9 1.6 21808 10 166 77.1 4.3 1.4 21808 10 167 78.0 -0.7 1.4 21808 10 168 78.8 -3.1 1.6 21808 10 169 79.7 -4.3 1.6 21808 10 170 80.7 1.1 1.6 21808 10 171 81.6 -6.9 1.6 21808 10 172 82.5 -0.8 1.6 21808 10 173 83.5 1.7 1.6 21808 10 174 84.5 2.0 1.6 21808 10 175 85.5 5.9 1.4 21808 10 176 86.5 3.1 1.4 21808 10 177 87.5 1.9 1.4 21808 10 178 88.6 0.8 1.4 21808 10 179 89.6 -2.1 1.4 21808 10 180 90.7 -3.9 1.4 21808 10 181 91.8 -0.1 1.4 21808 10 182 92.9 -4.5 1.6 21808 10 183 94.1 0.3 1.6 21808 10 184 95.3 -0.4 1.6 21808 10 185 96.5 -0.7 1.7 21808 10 186 97.7 2.0 1.7 21808 10 187 98.9 0.0 1.7 21808 10 188 100.2 3.6 1.6 21808 10 189 101.5 5.9 1.6 21808 10 190 102.8 -1.5 1.6 21808 10 191 104.1 -4.7 1.6 21808 10 192 105.5 -0.3 1.7 21808 10 193 106.9 2.5 1.7 21808 10 194 108.3 2.3 1.7 21808 10 195 109.7 -0.3 1.7 21808 10 196 111.2 1.9 1.9 21808 10 197 112.7 -0.9 1.9 21808 10 198 114.2 -3.5 1.7 21808 10 199 115.8 2.1 1.7 21808 10 200 117.4 5.3 1.7 21808 10 201 119.0 -1.5 1.6 21808 10 202 120.7 -2.0 1.6 21808 10 203 122.4 -3.2 1.6 21808 10 204 124.1 -0.8 1.7 21808 10 205 125.9 0.0 1.6 21808 10 206 127.7 -2.3 1.7 21808 10 207 129.6 3.7 1.6 21808 10 208 131.5 2.5 1.4 21808 10 209 133.4 1.2 1.4 21808 10 210 135.4 2.5 1.3 21808 10 211 137.4 -2.8 1.3 21808 10 212 139.5 -3.7 1.4 21808 10 213 141.6 1.1 1.4 21808 10 214 143.8 0.1 1.4 21808 10 215 146.0 2.7 1.3 21808 10 216 148.3 2.8 1.3 21808 10 217 150.6 1.7 1.1 21808 10 218 153.0 0.4 1.1 21808 10 219 155.4 0.8 1.1 21808 10 220 157.9 1.1 1.3 21808 10 221 160.4 0.7 1.1 21808 10 222 163.0 -0.7 1.3 21808 10 223 165.7 -2.3 1.3 21808 10 224 168.5 2.3 1.4 21808 10 225 171.3 -1.2 1.4 21808 10 226 174.2 0.5 1.4 21808 10 227 177.1 -0.8 1.4 21808 10 228 180.1 1.2 1.3 21808 10 229 183.3 0.0 1.3 21808 10 230 186.4 -1.2 1.3 21808 10 231 189.7 0.5 1.3 21808 10 232 193.1 0.3 1.3 21808 10 233 196.5 1.7 1.3 21808 10 234 200.1 -0.1 1.6 21808 10 235 203.7 0.7 2.2 21808 10 236 207.5 2.7 3.3 21808 10 237 211.3 4.0 5.3 21808 10 238 215.3 5.5 4.9 21808 10 239 ENDDATA 211 0 21808 10 240 ENDSUBENT 239 0 21808 1099999 SUBENT 21808011 20161111 225521808 11 1 BIB 7 31 21808 11 2 REACTION (10-NE-20(N,G)10-NE-21,,SIG,,MXW) 21808 11 3 INC-SPECT .Approximately Maxwellian spectrum for 21808 11 4 a temperature of kt=30 keV. 21808 11 5 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 21808 11 6 ANALYSIS MACS were determined using measured point-wise cross 21808 11 7 section in energy range 5-200 keV. Contribution of 21808 11 8 neutrons of energy > 200 keV was considered as 21808 11 9 negligible. Neutrons of the energy range 0-5 keV 21808 11 10 represent less than 5% of total neutrons and could 21808 11 11 increase the MACS by at most a few percent. 21808 11 12 ERR-ANALYS (ERR-T) The total estimated uncertainties. 21808 11 13 .For capture cross sections corrections and related 21808 11 14 uncertainties (given in per cent) were 21808 11 15 (ERR-1,40.,60.) background from scattered neutrons 21808 11 16 (ERR-2) background from sample container 21808 11 17 (ERR-3) background from neutron self-shielding 21808 11 18 and multiple scattering 21808 11 19 (ERR-4) pile-up events 21808 11 20 (ERR-5) gamma-ray self absorption 21808 11 21 (ERR-6) effect of electronic threshold 21808 11 22 (ERR-7) pulse height weighting 21808 11 23 (ERR-S,25.,40.) statistical uncertainty 21808 11 24 STATUS (TABLE) Table II - DATA, Table I - uncertainties of 21808 11 25 C,82ANTWER,,948,1982. 21808 11 26 Table 2 of J,AJ,265,417,1983 21808 11 27 (DEP,21808008) Point-wise cross section 21808 11 28 HISTORY (19830724A) Monitor added 21808 11 29 (19831004E) 21808 11 30 (20080529U) Last checking has been done. 21808 11 31 (20161111A) M.M. EN-DUMMY -> KT . 21808 11 32 ERR-ANALYS was corrected. 21808 11 33 ENDBIB 31 0 21808 11 34 COMMON 6 3 21808 11 35 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 ERR-7 21808 11 36 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT 21808 11 37 6. 2. 2. 1. 1. 0.5 21808 11 38 ENDCOMMON 3 0 21808 11 39 DATA 3 6 21808 11 40 KT DATA ERR-T 21808 11 41 KEV MB MB 21808 11 42 20. 1.8 21808 11 43 25. 1.6 21808 11 44 30. 1.5 0.7 21808 11 45 35. 1.5 21808 11 46 40. 1.4 21808 11 47 50. 1.4 0.3 21808 11 48 ENDDATA 8 0 21808 11 49 ENDSUBENT 48 0 21808 1199999 SUBENT 21808012 20161111 225521808 12 1 BIB 7 31 21808 12 2 REACTION (10-NE-21(N,G)10-NE-22,,SIG,,MXW) 21808 12 3 INC-SPECT .Approximately Maxwellian spectrum for 21808 12 4 a temperature of kt= 30 keV. 21808 12 5 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 21808 12 6 ANALYSIS MACS were determined using measured point-wise cross 21808 12 7 section in energy range 5-200 keV. Contribution of 21808 12 8 neutrons of energy > 200 keV was considered as 21808 12 9 negligible. Neutrons of the energy range 0-5 keV 21808 12 10 represent less than 5% of total neutrons and could 21808 12 11 increase the MACS by at most a few percent. 21808 12 12 ERR-ANALYS (ERR-T) Total error 21808 12 13 .For capture cross sections corrections and related 21808 12 14 uncertainties (given in per cent) were 21808 12 15 (ERR-1,40.,60.) background from scattered neutrons 21808 12 16 (ERR-2) background from sample container 21808 12 17 (ERR-3) background from neutron self-shielding 21808 12 18 and multiple scattering 21808 12 19 (ERR-4) pile-up events 21808 12 20 (ERR-5) gamma-ray self absorption 21808 12 21 (ERR-6) effect of electronic threshold 21808 12 22 (ERR-7) pulse height weighting 21808 12 23 (ERR-S,25.,40.) statistical uncertainty 21808 12 24 STATUS (TABLE) Table II - DATA, Table I - uncertainties of 21808 12 25 C,82ANTWER,,948,1982 21808 12 26 Table 2 of J,AJ,265,417,1983 21808 12 27 (DEP,21808009) Point-wise cross section 21808 12 28 HISTORY (19830724A) Monitor added. 21808 12 29 (19831004E) 21808 12 30 (20080529U) Last checking has been done. 21808 12 31 (20161111A) M.M. EN-DUMMY -> KT . 21808 12 32 ERR-ANALYS was corrected. 21808 12 33 ENDBIB 31 0 21808 12 34 COMMON 6 3 21808 12 35 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 ERR-7 21808 12 36 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT 21808 12 37 6. 2. 2. 1. 1. 0.5 21808 12 38 ENDCOMMON 3 0 21808 12 39 DATA 3 6 21808 12 40 KT DATA ERR-T 21808 12 41 KEV MB MB 21808 12 42 20. 1.8 21808 12 43 25. 1.7 21808 12 44 30. 1.6 0.9 21808 12 45 35. 1.5 21808 12 46 40. 1.4 21808 12 47 50. 1.3 0.3 21808 12 48 ENDDATA 8 0 21808 12 49 ENDSUBENT 48 0 21808 1299999 SUBENT 21808013 20161111 225521808 13 1 BIB 7 31 21808 13 2 REACTION (10-NE-22(N,G)10-NE-23,,SIG,,MXW) 21808 13 3 INC-SPECT .Approximately Maxwellian spectrum for 21808 13 4 a temperature of kt = 30 keV. 21808 13 5 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 21808 13 6 ANALYSIS MACS were determined using measured point-wise cross 21808 13 7 section in energy range 5-200 keV. Contribution of 21808 13 8 neutrons of energy > 200 keV was considered as 21808 13 9 negligible. Neutrons of the energy range 0-5 keV 21808 13 10 represent less than 5% of total neutrons and could 21808 13 11 increase the MACS by at most a few percent. 21808 13 12 STATUS (TABLE) Table II - DATA, Table I - uncertainties of 21808 13 13 C,82ANTWER,,948,1982 21808 13 14 Table 2 of J,AJ,265,417,1983 21808 13 15 (DEP,21808010) Point-wise cross section 21808 13 16 ERR-ANALYS (ERR-T) Total error 21808 13 17 .For capture cross sections corrections and related 21808 13 18 uncertainties (given in per cent) were 21808 13 19 (ERR-1,40.,60.) background from scattered neutrons 21808 13 20 (ERR-2) background from sample container 21808 13 21 (ERR-3) background from neutron self-shielding 21808 13 22 and multiple scattering 21808 13 23 (ERR-4) pile-up events 21808 13 24 (ERR-5) gamma-ray self absorption 21808 13 25 (ERR-6) effect of electronic threshold 21808 13 26 (ERR-7) pulse height weighting 21808 13 27 (ERR-S,25.,40.) statistical uncertainty 21808 13 28 HISTORY (19830724A) Monitor added 21808 13 29 (19831004E) 21808 13 30 (20080529U) Last checking has been done. 21808 13 31 (20161111A) M.M. EN-DUMMY -> KT . 21808 13 32 ERR-ANALYS was corrected. 21808 13 33 ENDBIB 31 0 21808 13 34 COMMON 6 3 21808 13 35 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 ERR-7 21808 13 36 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT 21808 13 37 6. 2. 2. 1. 1. 0.5 21808 13 38 ENDCOMMON 3 0 21808 13 39 DATA 3 6 21808 13 40 KT DATA ERR-T 21808 13 41 KEV MB MB 21808 13 42 20. 1.7 21808 13 43 25. 1.2 21808 13 44 30. 0.9 0.7 21808 13 45 35. 0.8 21808 13 46 40. 0.8 21808 13 47 50. 0.7 0.3 21808 13 48 ENDDATA 8 0 21808 13 49 ENDSUBENT 48 0 21808 1399999 SUBENT 21808014 20161111 225521808 14 1 BIB 5 11 21808 14 2 REACTION (10-NE-20(N,G)10-NE-21,,SIG,,AV) 21808 14 3 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 21808 14 4 COMMENT .Only an upper limit for the average 21808 14 5 cross section can be given because of the 21808 14 6 reduced statistical accuracy for energies 21808 14 7 above 200 keV. 21808 14 8 STATUS (TABLE) Text, page 950, C,82ANTWER,,948,1982 21808 14 9 Text,page 424 of J,AJ,265,417,1983 21808 14 10 HISTORY (19830724A) Ne-21,Ne-22 data moved to Subents 015,016 21808 14 11 (19831004E) 21808 14 12 (20080529U) Last checking has been done. 21808 14 13 ENDBIB 11 0 21808 14 14 NOCOMMON 0 0 21808 14 15 DATA 3 1 21808 14 16 EN-MIN EN-MAX DATA-MAX 21808 14 17 KEV KEV MB 21808 14 18 200. 400. 1. 21808 14 19 ENDDATA 3 0 21808 14 20 ENDSUBENT 19 0 21808 1499999 SUBENT 21808015 20161111 225521808 15 1 BIB 4 8 21808 15 2 REACTION (10-NE-21(N,G)10-NE-22,,SIG,,AV) 21808 15 3 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 21808 15 4 COMMENT .Only an upper limit for the average 21808 15 5 cross section can be given because of the 21808 15 6 reduced statistical accuracy for energies 21808 15 7 above 200 keV. 21808 15 8 STATUS (TABLE) Text, page 950, C,82ANTWER,,948,1982 21808 15 9 Text,page 424 of J,AJ,265,417,1983 21808 15 10 ENDBIB 8 0 21808 15 11 NOCOMMON 0 0 21808 15 12 DATA 3 1 21808 15 13 EN-MIN EN-MAX DATA-MAX 21808 15 14 KEV KEV MB 21808 15 15 200. 400. 1. 21808 15 16 ENDDATA 3 0 21808 15 17 ENDSUBENT 16 0 21808 1599999 SUBENT 21808016 20161111 225521808 16 1 BIB 4 8 21808 16 2 REACTION (10-NE-22(N,G)10-NE-23,,SIG,,AV) 21808 16 3 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 21808 16 4 COMMENT .Only an upper limit for the average 21808 16 5 cross section can be given because of the 21808 16 6 reduced statistical accuracy for energies 21808 16 7 above 200 keV. 21808 16 8 STATUS (TABLE) Text, page 950, C,82ANTWER,,948,1982 21808 16 9 Text,page 424 of J,AJ,265,417,1983 21808 16 10 ENDBIB 8 0 21808 16 11 NOCOMMON 0 0 21808 16 12 DATA 3 1 21808 16 13 EN-MIN EN-MAX DATA-MAX 21808 16 14 KEV KEV MB 21808 16 15 200. 400. 1. 21808 16 16 ENDDATA 3 0 21808 16 17 ENDSUBENT 16 0 21808 1699999 SUBENT 21808017 20211227 230621808 17 1 BIB 7 39 21808 17 2 REACTION 1(10-NE-21(N,0),,EN) 21808 17 3 2(10-NE-21(N,0),,J) 21808 17 4 3(10-NE-21(N,0),,L) 21808 17 5 4(10-NE-21(N,G),,WID) 21808 17 6 5(10-NE-21(N,EL),,WID) 21808 17 7 6(10-NE-20(N,G),,WID/STR) 21808 17 8 7(10-NE-21(N,0),,SWG) 21808 17 9 REL-REF (R,21808001,J.Almeida+,R,KFK-3347,1982) 21808 17 10 TOF data of total and capture cross-sections used 21808 17 11 to define resonance parameters. 21808 17 12 ANALYSIS Resonances in capture cross-sections are identified 21808 17 13 using the multilevel R-matrix code SAMMY. 21808 17 14 Capture width could be determined only for those 21808 17 15 resonances, which were observed in the total cross 21808 17 16 section. 21808 17 17 A possible subthreshold resonance at -7.6 keV was 21808 17 18 omitted in the SAMMY analysis. 21808 17 19 ERR-ANALYS (ERR-S) Statistical uncertainty. 21808 17 20 (DATA-ERR) Uncertainty of resonance energy corresponds 21808 17 21 to the accuracy in the experimental definition of the 21808 17 22 flight path in the transmission measurements; 21808 17 23 excepting two resonances 52.1 and 98.2 keV, which do 21808 17 24 not appear in the total cross section, their energy 21808 17 25 uncertainties are due to the 60-cm flight path in the 21808 17 26 capture measurements. 21808 17 27 COMMENT Of authors. 21808 17 28 Sys.8.5 % uncertainty in capture c-s is causing a 21808 17 29 visible effect on the uncertainty of the capture area 21808 17 30 of the 52keV resonance which increases to 0.26 +- 0.04.21808 17 31 STATUS (TABLE) Table II of Phys.Rev.,C90(2014)045804 21808 17 32 (DEP,21808003) total cr.sec. 21808 17 33 (DEP,21808006) total cr.sec. 21808 17 34 (DEP,21808009) (n,gamma) cr.sec. 21808 17 35 HISTORY (20190923A) SD: Subent updated according to 23265.003. 21808 17 36 Values updated according to last publ. in 21808 17 37 Phys.Rev.,C90(2015)019902 21808 17 38 (20211227A) SD: SF3=G -> 0 in REACTION code (3). 21808 17 39 SF3=EL -> G in REACTION (6). Col. MISC deleted (data 21808 17 40 were presented under REACTION (7).) 21808 17 41 ENDBIB 39 0 21808 17 42 NOCOMMON 0 0 21808 17 43 DATA 12 4 21808 17 44 DATA 1DATA-ERR 1DATA 2DATA 3DATA 4ERR-S 421808 17 45 DATA-MAX 4DATA 5ERR-S 5DATA 6ERR-S 6DATA 721808 17 46 KEV KEV NO-DIM NO-DIM EV EV 21808 17 47 EV EV EV EV EV NO-DIM 21808 17 48 52.1 0.3 4. 2. 21808 17 49 0.35 0.04 1.12521808 17 50 98.2 0.5 4. 2. 21808 17 51 0.90 0.11 1.12521808 17 52 137.3 0.2 4. 2. 1.56 0.2121808 17 53 3157. 240. 1.12521808 17 54 180.6 0.4 2. 0. 21808 17 55 0.24 2236. 568. 0.62521808 17 56 ENDDATA 12 0 21808 17 57 ENDSUBENT 56 0 21808 1799999 SUBENT 21808018 20211227 230621808 18 1 BIB 5 29 21808 18 2 REACTION 1(10-NE-20(N,0),,EN) 21808 18 3 2(10-NE-20(N,0),,J) 21808 18 4 3(10-NE-20(N,0),,L) 21808 18 5 4(10-NE-20(N,G),,WID) 21808 18 6 5(10-NE-20(N,EL),,WID) 21808 18 7 6(10-NE-20(N,0),,SWG) 21808 18 8 ANALYSIS Resonances in capture cross-sections are identified 21808 18 9 using the multilevel R-matrix code SAMMY. 21808 18 10 Capture width could be determined only for those 21808 18 11 resonances, which were observed in the total cross 21808 18 12 section. 21808 18 13 A possible subthreshold resonance at -7.6 keV was 21808 18 14 omitted in the SAMMY analysis. 21808 18 15 ERR-ANALYS (ERR-S) Statistical uncertainty. 21808 18 16 (DATA-ERR) resonance energies uncertainties of +-1% 21808 18 17 corresponding to the accuracy in the experimental 21808 18 18 definition of the flight path in the transmission 21808 18 19 measurements. 21808 18 20 4(ERR-T) Total uncertainty including sys.uncertainty 21808 18 21 causing by 8.5% uncertainty in capture c-s. 21808 18 22 STATUS (TABLE) Table II of Phys.Rev.,C90(2014)045804 21808 18 23 (DEP,21808002) total cr.sec. 21808 18 24 (DEP,21808005) total cr.sec. 21808 18 25 (DEP,21808008) (n,gamma) cr.sec. 21808 18 26 HISTORY (20190923A) SD: Subent updated according to 23265.002. 21808 18 27 Values updated according to last publ. in 21808 18 28 Phys.Rev. C90(2015)019902 21808 18 29 (20211227A) SD: SF3=G -> 0 in REACTION code (3). 21808 18 30 MISC deleted (data were presented under REACTION (6).) 21808 18 31 ENDBIB 29 0 21808 18 32 NOCOMMON 0 0 21808 18 33 DATA 10 2 21808 18 34 DATA 1DATA-ERR 1DATA 2DATA 3DATA 4ERR-S 421808 18 35 ERR-T 4DATA 5ERR-S 5DATA 6 21808 18 36 KEV KEV NO-DIM NO-DIM EV EV 21808 18 37 EV EV EV NO-DIM 21808 18 38 147.40 0.15 0.5 1. 3.7 0.221808 18 39 0.4 861. 29. 1. 21808 18 40 472.6 0.5 0.5 0. 21808 18 41 107795. 1113. 1. 21808 18 42 ENDDATA 8 0 21808 18 43 ENDSUBENT 42 0 21808 1899999 SUBENT 21808019 20211227 230621808 19 1 BIB 6 26 21808 19 2 REACTION 1(10-NE-22(N,0),,EN) 21808 19 3 2(10-NE-22(N,0),,J) 21808 19 4 3(10-NE-22(N,0),,L) 21808 19 5 4(10-NE-22(N,EL),,WID) 21808 19 6 5(10-NE-22(N,0),,SWG) 21808 19 7 ASSUMED (ASSUM,10-NE-22(N,G),,WID) 21808 19 8 ANALYSIS Resonances in capture cross-sections are identified 21808 19 9 using the multilevel R-matrix code SAMMY. 21808 19 10 Capture width could be determined only for those 21808 19 11 resonances, which were observed in the total cross 21808 19 12 section. 21808 19 13 A possible subthreshold resonance at -7.6 keV was 21808 19 14 omitted in the SAMMY analysis. 21808 19 15 ERR-ANALYS (ERR-S) Statistical uncertainty. 21808 19 16 (DATA-ERR) Uncertainty of resonance energy corresponds 21808 19 17 to the accuracy in the experimental definition of the 21808 19 18 flight path in the transmission measurements. 21808 19 19 STATUS (TABLE) Table II of Phys.Rev.,C90(2014)045804 21808 19 20 (DEP,21808004) total cr.sec. 21808 19 21 (DEP,21808007) total cr.sec. 21808 19 22 (DEP,21808010) (n,gamma) cr.sec. 21808 19 23 HISTORY (20190923A) SD: Subent updated according to 23265.002. 21808 19 24 Values updated according to last publ. in 21808 19 25 Phys.Rev. C92(2015)019902 21808 19 26 (20211227A) SD: SF3=G -> 0 in REACTION code (3). 21808 19 27 MISC deleted (data were presented under REACTION (5).) 21808 19 28 ENDBIB 26 0 21808 19 29 COMMON 1 3 21808 19 30 ASSUM 21808 19 31 EV 21808 19 32 200. 21808 19 33 ENDCOMMON 3 0 21808 19 34 DATA 7 7 21808 19 35 DATA 1DATA-ERR 1DATA 2DATA 3DATA 4ERR-S 421808 19 36 DATA 5 21808 19 37 KEV KEV NO-DIM NO-DIM EV EV 21808 19 38 NO-DIM 21808 19 39 272.0 0.3 0.5 1. 8226. 190.21808 19 40 1. 21808 19 41 290.7 0.3 0.5 0. 28609. 471.21808 19 42 1. 21808 19 43 427.1 0.5 0.5 1. 8204. 311.21808 19 44 1. 21808 19 45 493.1 0.5 0.5 0. 118795. 2147.21808 19 46 1. 21808 19 47 564.1 0.6 1.5 2. 5100. 180.21808 19 48 2. 21808 19 49 690.4 0.7 1.5 1. 37457. 1122.21808 19 50 2. 21808 19 51 802. 5. 0.5 0. 27184. 5139.21808 19 52 1. 21808 19 53 ENDDATA 18 0 21808 19 54 ENDSUBENT 53 0 21808 1999999 SUBENT 21808020 20230518 231721808 20 1 BIB 6 27 21808 20 2 REACTION (10-NE-20(N,G)10-NE-21,,SIG,,MXW,DERIV) MACS 21808 20 3 ANALYSIS The s-wave part was described by a 1/v extrapolation of21808 20 4 the thermal cross sections, corrected for the small 21808 20 5 contribution from the tails of the few resonances in 21808 20 6 the keV energy range. 21808 20 7 The p-wave components have been calculated using the 21808 20 8 potential two-body model with bound-state wave 21808 20 9 functions determined by Woods-Saxon mean-field 21808 20 10 potential with fixed well depth parameters to reproduce21808 20 11 the experimental binding energy Bn. 21808 20 12 MISC-COL (MISC1) Resonances contribution, 21808 20 13 (MISC2) DRC contribution: s wave, 21808 20 14 (MISC3) DRC contribution: p wave. 21808 20 15 ERR-ANALYS (DATA-ERR) MACS uncertainties are composed of the 21808 20 16 contributions from the DRC ( direct radiative capture) 21808 20 17 components and from the resonances; 21808 20 18 including 8.5% sys.uncertainty of capture experiment. 21808 20 19 (MISC1-ERR) Uncertainty from normalization to thermal 21808 20 20 cross-section. 21808 20 21 (MISC2-ERR) Adopted uncertainty 30%: Uncertainties 21808 20 22 determined by the spectroscopic factors (15-20%) 21808 20 23 and by the model parameters ( 20%) . 21808 20 24 STATUS (TABLE) Table IV of Phys.Rev.,C90(2014)045804 21808 20 25 (DEP,21808018) Radiative widths used. 21808 20 26 HISTORY (20190923T) SD: Data from 23265.005. 21808 20 27 (20230518U) SD: Titles in COMMON section corrected: 21808 20 28 MISC1-ERR -> MISC2-ERR; MISC3-ERR -> MISC3-ERR. 21808 20 29 ENDBIB 27 0 21808 20 30 COMMON 2 3 21808 20 31 MISC2-ERR MISC3-ERR 21808 20 32 PER-CENT PER-CENT 21808 20 33 11. 30. 21808 20 34 ENDCOMMON 3 0 21808 20 35 DATA 7 14 21808 20 36 KT DATA DATA-ERR MISC1 MISC1-ERR MISC2 21808 20 37 MISC3 21808 20 38 KEV MICRO-B MICRO-B MICRO-B MICRO-B MICRO-B 21808 20 39 MICRO-B 21808 20 40 5. 85. 12. 0.3 0.02 70.9 21808 20 41 14.2 21808 20 42 8. 74. 12. 0.4 0.03 56.0 21808 20 43 18.0 21808 20 44 10. 71. 12. 0.7 0.04 50.1 21808 20 45 20.1 21808 20 46 15. 73. 13. 7.4 0.4 40.9 21808 20 47 24.7 21808 20 48 20. 103. 17. 39. 3. 35.4 21808 20 49 28.6 21808 20 50 23. 137. 20. 73. 4. 33.0 21808 20 51 30.7 21808 20 52 25. 164. 24. 100. 6. 31.7 21808 20 53 32.0 21808 20 54 30. 240. 32. 176. 11. 28.9 21808 20 55 35.1 21808 20 56 40. 384. 48. 318. 19. 25.1 21808 20 57 40.7 21808 20 58 50. 479. 59. 411. 25. 22.4 21808 20 59 45.6 21808 20 60 60. 527. 65. 456. 27. 20.5 21808 20 61 50.1 21808 20 62 80. 536. 67. 460. 28. 17.7 21808 20 63 58.1 21808 20 64 90. 521. 67. 442. 27. 16.7 21808 20 65 61.8 21808 20 66 100. 500. 65. 419. 25. 15.8 21808 20 67 65.2 21808 20 68 ENDDATA 32 0 21808 20 69 ENDSUBENT 68 0 21808 2099999 SUBENT 21808021 20230518 231721808 21 1 BIB 6 29 21808 21 2 REACTION (10-NE-21(N,G)10-NE-22,,SIG,,MXW,DERIV) MACS 21808 21 3 ANALYSIS The s-wave part was described by a 1/v extrapolation of21808 21 4 the thermal cross sections, corrected for the small 21808 21 5 contribution from the tails of the few resonances in 21808 21 6 the keV energy range. 21808 21 7 The p-wave components have been calculated using the 21808 21 8 potential two-body model with bound-state wave 21808 21 9 functions determined by Woods-Saxon mean-field 21808 21 10 potential with fixed well depth parameters to reproduce21808 21 11 the experimental binding energy Bn. 21808 21 12 MISC-COL (MISC1) Resonances contribution, 21808 21 13 (MISC2) DRC contribution: s wave, 21808 21 14 (MISC3) DRC contribution: p wave. 21808 21 15 ERR-ANALYS (DATA-ERR) MACS uncertainties are composed of the 21808 21 16 contributions from the DRC (direct radiative capture) 21808 21 17 components and from the resonances; 21808 21 18 including 8.5% sys.uncertainty of capture experiment. 21808 21 19 (MISC1-ERR) Uncertainty from normalization to thermal 21808 21 20 cross-section. 21808 21 21 (MISC2-ERR) Adopted uncertainty 30%: Uncertainties 21808 21 22 determined by the spectroscopic factors (15-20%) 21808 21 23 and by the model parameters ( 20%) . 21808 21 24 STATUS (TABLE) Table V of Phys.Rev.,C90(2014)045804 21808 21 25 (DEP,21808017) Radiative widths used. 21808 21 26 HISTORY (20190923T) SD: Data from 23265.005. 21808 21 27 (20230518U) SD: Titles in COMMON section corrected: 21808 21 28 MISC2-ERR -> MISC3-ERR; MISC1-ERR -> MISC2-ERR. Titles 21808 21 29 in DATA section corrected: DATA(-ERR)-> MISC1(-ERR); 21808 21 30 MISC1 -> MISC2; MISC3 -> DATA-ERR. 21808 21 31 ENDBIB 29 0 21808 21 32 COMMON 2 3 21808 21 33 MISC2-ERR MISC3-ERR 21808 21 34 PER-CENT PER-CENT 21808 21 35 17. 30. 21808 21 36 ENDCOMMON 3 0 21808 21 37 DATA 7 14 21808 21 38 KT DATA DATA-ERR MISC1 MISC1-ERR MISC2 21808 21 39 MISC3 21808 21 40 KEV MICRO-B MICRO-B MICRO-B MICRO-B MICRO-B 21808 21 41 MICRO-B 21808 21 42 5. 1440. 103. 3.2 0.4 1428.21808 21 43 9. 21808 21 44 8. 1192. 91. 51. 7. 1129.21808 21 45 12. 21808 21 46 10. 1138. 91. 115. 13. 1010.21808 21 47 13. 21808 21 48 15. 1142. 103. 301. 31. 825.21808 21 49 16. 21808 21 50 20. 1191. 113. 458. 42. 714.21808 21 51 19. 21808 21 52 23. 1221. 120. 534. 49. 666.21808 21 53 21. 21808 21 54 25. 1237. 124. 576. 53. 639.21808 21 55 21. 21808 21 56 30. 1263. 123. 656. 50. 583.21808 21 57 24. 21808 21 58 40. 1260. 125. 727. 52. 505.21808 21 59 28. 21808 21 60 50. 1208. 122. 725. 52. 452.21808 21 61 31. 21808 21 62 60. 1133. 116. 687. 50. 412.21808 21 63 34. 21808 21 64 80. 975. 103. 578. 44. 357.21808 21 65 40. 21808 21 66 90. 906. 97. 526. 40. 337.21808 21 67 43. 21808 21 68 100. 842. 91. 477. 37. 319.21808 21 69 46. 21808 21 70 ENDDATA 32 0 21808 21 71 ENDSUBENT 70 0 21808 2199999 SUBENT 21808022 20190923 228221808 22 1 BIB 6 24 21808 22 2 REACTION (10-NE-22(N,G)10-NE-23,,SIG,,MXW,DERIV) MACS 21808 22 3 ANALYSIS The s-wave part was described by a 1/v extrapolation of21808 22 4 the thermal cross sections, corrected for the small 21808 22 5 contribution from the tails of the few resonances in 21808 22 6 the keV energy range. 21808 22 7 The p-wave components have been calculated using the 21808 22 8 potential two-body model with bound-state wave 21808 22 9 functions determined by Woods-Saxon mean-field 21808 22 10 potential with fixed well depth parameters to reproduce21808 22 11 the experimental binding energy Bn. 21808 22 12 MISC-COL (MISC1) Resonances contribution, using radiative widths21808 22 13 of Table II of J,PR/C,90,045804,2014 ( Subent 004). 21808 22 14 (MISC2) DFC contribution: s wave, 21808 22 15 (MISC3) DFC contribution: p wave, 21808 22 16 normalized at kT=52 keV by factor 0.366+-0.037. 21808 22 17 ERR-ANALYS (DATA-ERR) MACS uncertainties are composed of the 21808 22 18 contributions from the DRC ( direct radiative capture) 21808 22 19 components and from the resonances; 21808 22 20 including 8.5% sys.uncertainty of capture experiment. 21808 22 21 (MISC1-ERR) Uncertainty from normalization to thermal 21808 22 22 cross-section. 21808 22 23 STATUS (TABLE) Table VI of Phys.Rev.,C90(2014)045804 21808 22 24 (DEP,21808019) Radiative widths used. 21808 22 25 HISTORY (20190923T) SD: Data from 23265.007. 21808 22 26 ENDBIB 24 0 21808 22 27 COMMON 1 3 21808 22 28 MISC1-ERR 21808 22 29 PER-CENT 21808 22 30 3. 21808 22 31 ENDCOMMON 3 0 21808 22 32 DATA 6 15 21808 22 33 KT DATA DATA-ERR MISC1 MISC2 MISC3 21808 22 34 KEV MICRO-B MICRO-B MICRO-B MICRO-B MICRO-B 21808 22 35 5. 109.1 4.1 2.8 105.4 0.9 21808 22 36 8. 88.8 3.6 2.3 83.3 4.0 21808 22 37 10. 81.1 3.3 2.1 74.5 4.5 21808 22 38 15. 68.4 3.0 1.9 60.9 5.6 21808 22 39 20. 60.9 2.8 1.7 52.7 6.5 21808 22 40 23. 57.9 2.7 1.7 49.1 7.1 21808 22 41 25. 56.3 2.6 1.8 47.1 7.4 21808 22 42 30. 53.2 2.7 2.0 43.0 8.2 21808 22 43 40. 50.2 3.1 3.2 37.3 9.7 21808 22 44 50. 49.8 3.8 5.5 33.3 11.0 21808 22 45 52. 49.9 3.8 6.0 32.7 11.2 21808 22 46 60. 50.8 4.5 8.1 30.4 12.3 21808 22 47 80. 54.5 6.3 13.3 26.4 14.8 21808 22 48 90. 56.2 7.0 15.5 24.8 15.9 21808 22 49 100. 57.9 7.6 17.3 23.6 17.0 21808 22 50 ENDDATA 17 0 21808 22 51 ENDSUBENT 50 0 21808 2299999 ENDENTRY 22 0 2180899999999