ENTRY 21825 20181001 22732182500000001 SUBENT 21825001 20181001 22732182500100001 BIB 15 88 2182500100002 INSTITUTE (2SWDSWR) 2182500100003 REFERENCE (R,NFL-34,1982) 2182500100004 (J,NP/A,385,285,1982) 2182500100005 AUTHOR (N.Olsson,B.Holmqvist,E.Ramstroem) 2182500100006 TITLE Neutron elastic scattering in the energy region 2182500100007 1.5 to 4.0 MeV for radiogenic lead and bismuth 2182500100008 FACILITY (VDG,2SWDSWR) Studsvik 6 MV Van de Graaff accelerator 2182500100009 equipped with a pulsing and klystron bunching 2182500100010 system. Delivers bursts of protons at a 2182500100011 repetition rate of 1 MHz with a pulse width at 2182500100012 half maximum of about 1.2 ns and average beam 2182500100013 current of 3 microAmps. 2182500100014 INC-SPECT EN-RSL - The total energy spread due to straggling 2182500100015 of the protons in the entrance window, the amount of 2182500100016 tritium gas in the cell, and the finite geometry of the2182500100017 target sample system has been estimated to be less 2182500100018 than +/- 30 keV. 2182500100019 INC-SOURCE (P-T) Target cell of length 1.5 cm filled with tritium 2182500100020 gas to a pressure of 1.0 atm. The molybdenum entrance 2182500100021 window of the cell had a thickness of 4 mg/cm2. 2182500100022 The incident neutron energies were determined by using2182500100023 a TOF difference between neutrons and gamma-rays from 2182500100024 the target over a known flight path. 2182500100025 METHOD (TOF) 2182500100026 DETECTOR (SCIN) Two identical 12.7 cm by 5.1 cm thick liquid 2182500100027 scintillators mounted on fast photomultiplier tubes 2182500100028 were used to measure the angular distributions of 2182500100029 elastically scattered neutrons. The detectors were 2182500100030 separated by an angle of 5 degrees in the azimuthal 2182500100031 plane and were positioned at a distance of 300 cm 2182500100032 from the scattering sample in a heavy shielding. The 2182500100033 total time resolution was 1 ns FWHM, the actual 2182500100034 angles were determined by means of a digitizer with 2182500100035 an angular resolution of less than 0.1 degr. 2182500100036 (SCIN) The neutron flux was determined using a TOF 2182500100037 neutron monitor consisting of a 5 cm by 5 cm fast 2182500100038 plastic scintillator coupled to a fast 2182500100039 photomultiplier tube. 2182500100040 MONITOR (1-H-1(N,EL)1-H-1,,DA) CH2 target 2182500100041 REL-REF (M,20019001,B.Holmqvist+,J,AF,34,481,1967) Monte Carlo 2182500100042 program 2182500100043 (M,,L.Cranberg+,R,LA-2177,1959) - method of the 2182500100044 attenuation and multiple scattering in the polythene 2182500100045 samples correction 2182500100046 ADD-RES (POT) Optical model parameters. 2182500100047 Legendre coefficients determined. 2182500100048 CORRECTION .The background spectrum from the sample-in spectrum 2182500100049 was subtracted after the neutron flux normalization. 2182500100050 The different detector efficiencies were corrected 2182500100051 for. The angular distributions were corrected for 2182500100052 anisotropy of the neutrons from the H-3(p,n) reaction,2182500100053 finite angular geometry, flux attenuation in the 2182500100054 scattering samples and multiple scattering. A 2182500100055 Monte Carlo program was used to treat the latter 2182500100056 three effects. 2182500100057 The attenuation and multiple scattering in the 2182500100058 polythene samples used for calibration were corrected 2182500100059 for by applying the parallel beam flux tables given 2182500100060 by Cranberg and Levin (see REL-REF) multiplied by 2182500100061 1.01 to correct for the divergence of the neutron beam2182500100062 ERR-ANALYS (EN-ERR) The time scale was calibrated absolutely by 2182500100063 means of a commercial time calibrator and the 2182500100064 uncertainty of the mean energies determined was 2182500100065 estimated to +-10keV. 2182500100066 (ERR-1,,0.5) Uncertainty in correction factor for 2182500100067 anisotropy < 0.5% 2182500100068 (ERR-2,,0.7) Uncertainty in correction factor for 2182500100069 flux attenuation 0.7% 2182500100070 (ERR-3,,1.) Uncertainty in correction factor for 2182500100071 losses of elastically scattered neutrons by nonelastic 2182500100072 interactions < 1.0% 2182500100073 (ERR-4,,0.3) Uncertainty in counting statistics in 2182500100074 the neutron monitor < 0.3% 2182500100075 (ERR-5,,2.0) Uncertainty in correction factor according2182500100076 to Cranberg and Levin < 2.0% 2182500100077 (ERR-6) Uncertainty in Total H(n, n) cross section 1.0%2182500100078 (ERR-7,,1.5) Uncertainty in counting statistics in the 2182500100079 peak < 1.5% 2182500100080 (ERR-8) Uncertainty in relative efficiency of the 2182500100081 neutron detectors 2.0% 2182500100082 HISTORY (19830110C) PN 2182500100083 (19840618A) A.L. Legendre polynomial coeff. included. 2182500100084 (19840907A) Subents 004-015; 016-027 combined by NNDC 2182500100085 (20170811A) SD:Updated to new date formats,lower case. 2182500100086 Meaningless zeros were deleted from the data. REACTION 2182500100087 code corrected in Subents 002,003. ERR-ANAlYS update. 2182500100088 SAMPLE moved to Subents 002,003. Subents 028,029 added.2182500100089 (20181001A) SD: Major corrections in Subents 028, 029. 2182500100090 ENDBIB 88 0 2182500100091 COMMON 5 3 2182500100092 EN-ERR ANG-ERR EN-RSL ERR-6 ERR-8 2182500100093 KEV ADEG KEV PER-CENT PER-CENT 2182500100094 10. 0.1 30. 1.0 2.0 2182500100095 ENDCOMMON 3 0 2182500100096 ENDSUBENT 95 0 2182500199999 SUBENT 21825002 20170811 22642182500200001 BIB 5 13 2182500200002 REACTION (83-BI-209(N,EL)83-BI-209,,DA) 2182500200003 SAMPLE The Bi sample was of the naturally occurring 2182500200004 element Bi-209 with a purity of at least 99.5% 2182500200005 .The samples were as hollow cylinders of 3.0 cm 2182500200006 height and outer diameter of 1.8 cm and inner 2182500200007 diameter of 0.95 cm. 2182500200008 ERR-ANALYS (ERR-T,4.1,5.4) Overall uncertainties in the individual2182500200009 cross sections 2182500200010 (ERR-S,2.0,4.0) Uncertainty in counting statistics in 2182500200011 the elastic peak (15.degr.< ang. < 160.degr.) and 2182500200012 uncertainty in Monte Carlo statistics 2182500200013 STATUS (TABLE) Tables 1 - 12 from NFL-34. 2182500200014 HISTORY (20170811A) SD: SF4=Bi-209 added to REACTION code. 2182500200015 ENDBIB 13 0 2182500200016 NOCOMMON 0 0 2182500200017 DATA 3 357 2182500200018 EN COS-CM DATA-CM 2182500200019 MEV NO-DIM MB/SR 2182500200020 1.482 0.9653 1785.6 2182500200021 1.482 0.9388 1597.1 2182500200022 1.482 0.9049 1399.1 2182500200023 1.482 0.8638 1119.3 2182500200024 1.482 0.8161 934.4 2182500200025 1.482 0.7618 685.3 2182500200026 1.482 0.7022 487.7 2182500200027 1.482 0.6237 334.1 2182500200028 1.482 0.5530 242.1 2182500200029 1.482 0.4792 158.8 2182500200030 1.482 0.4007 131.3 2182500200031 1.482 0.3183 131.1 2182500200032 1.482 0.2344 159.9 2182500200033 1.482 0.1499 192.2 2182500200034 1.482 0.0631 236.7 2182500200035 1.482 -0.0233 299.2 2182500200036 1.482 -0.1103 352.8 2182500200037 1.482 -0.1959 365.6 2182500200038 1.482 -0.2801 404.2 2182500200039 1.482 -0.3635 396.2 2182500200040 1.482 -0.4432 393.2 2182500200041 1.482 -0.5175 380.2 2182500200042 1.482 -0.5899 320.8 2182500200043 1.482 -0.6579 275.3 2182500200044 1.482 -0.7208 234.0 2182500200045 1.482 -0.7781 191.6 2182500200046 1.482 -0.8297 166.3 2182500200047 1.482 -0.8755 146.0 2182500200048 1.482 -0.9140 152.3 2182500200049 1.482 -0.9234 161.6 2182500200050 1.482 -0.9533 165.9 2182500200051 1.728 0.9653 2055.9 2182500200052 1.728 0.9386 1737.7 2182500200053 1.728 0.9049 1498.8 2182500200054 1.728 0.8643 1197.5 2182500200055 1.728 0.8171 953.2 2182500200056 1.728 0.7632 697.8 2182500200057 1.728 0.7038 497.4 2182500200058 1.728 0.6268 333.6 2182500200059 1.728 0.5563 204.8 2182500200060 1.728 0.4811 141.9 2182500200061 1.728 0.4027 120.4 2182500200062 1.728 0.3205 127.9 2182500200063 1.728 0.2366 148.5 2182500200064 1.728 0.1511 199.2 2182500200065 1.728 0.0643 254.1 2182500200066 1.728 -0.0231 311.9 2182500200067 1.728 -0.1101 348.1 2182500200068 1.728 -0.1966 396.3 2182500200069 1.728 -0.2812 426.5 2182500200070 1.728 -0.3640 428.5 2182500200071 1.728 -0.4436 393.6 2182500200072 1.728 -0.5188 362.0 2182500200073 1.728 -0.5912 309.8 2182500200074 1.728 -0.6590 289.3 2182500200075 1.728 -0.7219 223.7 2182500200076 1.728 -0.7793 182.7 2182500200077 1.728 -0.8307 166.1 2182500200078 1.728 -0.8759 166.1 2182500200079 1.728 -0.9146 171.8 2182500200080 1.728 -0.9463 208.1 2182500200081 1.971 0.9654 2354.3 2182500200082 1.971 0.9387 1998.6 2182500200083 1.971 0.9029 1688.7 2182500200084 1.971 0.8634 1291.1 2182500200085 1.971 0.8142 972.6 2182500200086 1.971 0.7582 721.6 2182500200087 1.971 0.6982 482.7 2182500200088 1.971 0.6343 343.7 2182500200089 1.971 0.5643 212.1 2182500200090 1.971 0.4877 146.7 2182500200091 1.971 0.4096 131.5 2182500200092 1.971 0.3287 143.9 2182500200093 1.971 0.2450 163.7 2182500200094 1.971 0.1595 217.9 2182500200095 1.971 0.0728 249.7 2182500200096 1.971 -0.0139 317.6 2182500200097 1.971 -0.1009 360.1 2182500200098 1.971 -0.1877 390.4 2182500200099 1.971 -0.2725 410.5 2182500200100 1.971 -0.3564 423.6 2182500200101 1.971 -0.4363 390.4 2182500200102 1.971 -0.5115 339.9 2182500200103 1.971 -0.5843 284.7 2182500200104 1.971 -0.6535 230.5 2182500200105 1.971 -0.7168 178.9 2182500200106 1.971 -0.7739 160.9 2182500200107 1.971 -0.8260 146.5 2182500200108 1.971 -0.8716 185.5 2182500200109 1.971 -0.9109 231.7 2182500200110 1.971 -0.9231 259.7 2182500200111 1.971 -0.9531 324.5 2182500200112 2.234 0.9654 2988.8 2182500200113 2.234 0.9386 2568.2 2182500200114 2.234 0.9047 2020.0 2182500200115 2.234 0.8641 1535.6 2182500200116 2.234 0.8170 1135.6 2182500200117 2.234 0.7633 773.5 2182500200118 2.234 0.7038 489.9 2182500200119 2.234 0.6415 322.8 2182500200120 2.234 0.5719 212.4 2182500200121 2.234 0.4979 166.3 2182500200122 2.234 0.4203 145.5 2182500200123 2.234 0.3396 159.6 2182500200124 2.234 0.2562 195.1 2182500200125 2.234 0.1721 229.5 2182500200126 2.234 0.0855 271.0 2182500200127 2.234 -0.0030 307.1 2182500200128 2.234 -0.0902 336.3 2182500200129 2.234 -0.1755 350.5 2182500200130 2.234 -0.2606 363.6 2182500200131 2.234 -0.3430 371.7 2182500200132 2.234 -0.4234 341.0 2182500200133 2.234 -0.5006 316.1 2182500200134 2.234 -0.5739 268.4 2182500200135 2.234 -0.6436 226.3 2182500200136 2.234 -0.7077 203.4 2182500200137 2.234 -0.7657 168.7 2182500200138 2.234 -0.8186 162.9 2182500200139 2.234 -0.8654 191.6 2182500200140 2.234 -0.9061 250.1 2182500200141 2.234 -0.9399 325.5 2182500200142 2.463 0.9659 3455.3 2182500200143 2.463 0.9397 2964.3 2182500200144 2.463 0.9049 2247.2 2182500200145 2.463 0.8641 1660.6 2182500200146 2.463 0.8160 1169.5 2182500200147 2.463 0.7620 798.8 2182500200148 2.463 0.7023 502.3 2182500200149 2.463 0.6355 325.6 2182500200150 2.463 0.5656 217.9 2182500200151 2.463 0.4911 187.3 2182500200152 2.463 0.4131 200.4 2182500200153 2.463 0.3312 222.0 2182500200154 2.463 0.2476 251.5 2182500200155 2.463 0.1633 286.5 2182500200156 2.463 0.0767 300.5 2182500200157 2.463 -0.0109 312.4 2182500200158 2.463 -0.0980 315.6 2182500200159 2.463 -0.1843 316.8 2182500200160 2.463 -0.2692 307.3 2182500200161 2.463 -0.3524 305.7 2182500200162 2.463 -0.4325 283.8 2182500200163 2.463 -0.5090 261.4 2182500200164 2.463 -0.5819 244.0 2182500200165 2.463 -0.6509 214.4 2182500200166 2.463 -0.7144 181.9 2182500200167 2.463 -0.7725 177.0 2182500200168 2.463 -0.8247 177.3 2182500200169 2.463 -0.8704 221.3 2182500200170 2.463 -0.9098 272.0 2182500200171 2.463 -0.9227 321.2 2182500200172 2.463 -0.9526 375.9 2182500200173 2.905 0.9656 4005.2 2182500200174 2.905 0.9391 3231.5 2182500200175 2.905 0.9055 2396.1 2182500200176 2.905 0.8648 1701.4 2182500200177 2.905 0.8176 1094.7 2182500200178 2.905 0.7641 687.1 2182500200179 2.905 0.7047 374.5 2182500200180 2.905 0.6400 229.2 2182500200181 2.905 0.5704 155.9 2182500200182 2.905 0.4964 157.4 2182500200183 2.905 0.4187 182.3 2182500200184 2.905 0.3378 224.8 2182500200185 2.905 0.2544 253.1 2182500200186 2.905 0.1690 282.4 2182500200187 2.905 0.0824 273.6 2182500200188 2.905 -0.0048 259.3 2182500200189 2.905 -0.0919 241.8 2182500200190 2.905 -0.1783 216.8 2182500200191 2.905 -0.2633 197.0 2182500200192 2.905 -0.3462 178.7 2182500200193 2.905 -0.4265 168.4 2182500200194 2.905 -0.5036 160.3 2182500200195 2.905 -0.5768 149.4 2182500200196 2.905 -0.6456 134.4 2182500200197 2.905 -0.7095 126.0 2182500200198 2.905 -0.7680 121.5 2182500200199 2.905 -0.8207 137.4 2182500200200 2.905 -0.8503 162.2 2182500200201 2.905 -0.8928 208.4 2182500200202 2.975 0.9656 4329.3 2182500200203 2.975 0.9391 3364.7 2182500200204 2.975 0.9055 2601.9 2182500200205 2.975 0.8648 1814.4 2182500200206 2.975 0.8176 1155.7 2182500200207 2.975 0.7641 691.7 2182500200208 2.975 0.7047 378.0 2182500200209 2.975 0.6400 219.5 2182500200210 2.975 0.5704 137.7 2182500200211 2.975 0.4964 145.0 2182500200212 2.975 0.4187 173.0 2182500200213 2.975 0.3378 220.7 2182500200214 2.975 0.2544 246.6 2182500200215 2.975 0.1690 276.2 2182500200216 2.975 0.0824 268.3 2182500200217 2.975 -0.0048 253.0 2182500200218 2.975 -0.0919 224.4 2182500200219 2.975 -0.1783 204.0 2182500200220 2.975 -0.2633 168.7 2182500200221 2.975 -0.3462 166.5 2182500200222 2.975 -0.4265 152.4 2182500200223 2.975 -0.5036 145.9 2182500200224 2.975 -0.5768 139.8 2182500200225 2.975 -0.6456 132.3 2182500200226 2.975 -0.7095 118.7 2182500200227 2.975 -0.7680 118.4 2182500200228 2.975 -0.8207 135.5 2182500200229 2.975 -0.8494 159.9 2182500200230 2.975 -0.8920 210.7 2182500200231 3.045 0.9656 4311.5 2182500200232 3.045 0.9391 3493.1 2182500200233 3.045 0.9055 2550.7 2182500200234 3.045 0.8648 1742.3 2182500200235 3.045 0.8176 1112.1 2182500200236 3.045 0.7641 675.3 2182500200237 3.045 0.7047 363.4 2182500200238 3.045 0.6400 207.9 2182500200239 3.045 0.5704 147.2 2182500200240 3.045 0.4964 150.8 2182500200241 3.045 0.4187 189.1 2182500200242 3.045 0.3378 229.0 2182500200243 3.045 0.2544 260.6 2182500200244 3.045 0.1690 278.6 2182500200245 3.045 0.0824 265.7 2182500200246 3.045 -0.0048 240.8 2182500200247 3.045 -0.0919 219.4 2182500200248 3.045 -0.1783 192.0 2182500200249 3.045 -0.2633 172.6 2182500200250 3.045 -0.3479 154.6 2182500200251 3.045 -0.4281 149.7 2182500200252 3.045 -0.5036 138.6 2182500200253 3.045 -0.5768 136.9 2182500200254 3.045 -0.6456 123.0 2182500200255 3.045 -0.7095 109.3 2182500200256 3.045 -0.7680 110.6 2182500200257 3.045 -0.8207 123.9 2182500200258 3.045 -0.8494 141.4 2182500200259 3.045 -0.8920 189.7 2182500200260 3.115 0.9656 4370.7 2182500200261 3.115 0.9391 3536.7 2182500200262 3.115 0.9055 2599.6 2182500200263 3.115 0.8648 1791.4 2182500200264 3.115 0.8176 1129.4 2182500200265 3.115 0.7641 655.5 2182500200266 3.115 0.7047 372.9 2182500200267 3.115 0.6400 191.9 2182500200268 3.115 0.5704 144.1 2182500200269 3.115 0.4964 142.0 2182500200270 3.115 0.4187 195.2 2182500200271 3.115 0.3378 219.6 2182500200272 3.115 0.2544 257.3 2182500200273 3.115 0.1690 259.8 2182500200274 3.115 0.0824 267.4 2182500200275 3.115 -0.0048 247.9 2182500200276 3.115 -0.0919 217.1 2182500200277 3.115 -0.1783 190.7 2182500200278 3.115 -0.2633 169.6 2182500200279 3.115 -0.3462 156.3 2182500200280 3.115 -0.4265 148.1 2182500200281 3.115 -0.5036 131.8 2182500200282 3.115 -0.5768 122.6 2182500200283 3.115 -0.6456 119.8 2182500200284 3.115 -0.7095 114.1 2182500200285 3.115 -0.7680 108.4 2182500200286 3.115 -0.8207 119.8 2182500200287 3.115 -0.8494 134.7 2182500200288 3.115 -0.8920 187.2 2182500200289 3.185 0.9656 4370.6 2182500200290 3.185 0.9391 3661.5 2182500200291 3.185 0.9385 3502.6 2182500200292 3.185 0.9055 2610.1 2182500200293 3.185 0.8648 1776.1 2182500200294 3.185 0.8176 1069.3 2182500200295 3.185 0.7641 672.9 2182500200296 3.185 0.7047 316.8 2182500200297 3.185 0.6400 179.0 2182500200298 3.185 0.5704 129.8 2182500200299 3.185 0.4979 146.6 2182500200300 3.185 0.4203 179.6 2182500200301 3.185 0.3378 211.4 2182500200302 3.185 0.2544 245.6 2182500200303 3.185 0.1690 255.9 2182500200304 3.185 0.0824 267.7 2182500200305 3.185 -0.0048 253.3 2182500200306 3.185 -0.0919 221.3 2182500200307 3.185 -0.1783 182.2 2182500200308 3.185 -0.2633 154.7 2182500200309 3.185 -0.3462 140.9 2182500200310 3.185 -0.4265 127.5 2182500200311 3.185 -0.5028 118.2 2182500200312 3.185 -0.5761 109.9 2182500200313 3.185 -0.6456 109.0 2182500200314 3.185 -0.7095 103.0 2182500200315 3.185 -0.7680 102.2 2182500200316 3.185 -0.8207 108.2 2182500200317 3.185 -0.8494 131.0 2182500200318 3.185 -0.8920 172.4 2182500200319 3.475 0.9609 4178.8 2182500200320 3.475 0.9391 3538.9 2182500200321 3.475 0.9055 2673.8 2182500200322 3.475 0.8648 1893.7 2182500200323 3.475 0.8176 1123.3 2182500200324 3.475 0.7641 626.3 2182500200325 3.475 0.7047 333.6 2182500200326 3.475 0.6400 159.4 2182500200327 3.475 0.5559 105.3 2182500200328 3.475 0.4811 113.0 2182500200329 3.475 0.4027 158.5 2182500200330 3.475 0.3213 204.2 2182500200331 3.475 0.2374 225.3 2182500200332 3.475 0.1518 238.7 2182500200333 3.475 0.0650 229.5 2182500200334 3.475 -0.0222 218.7 2182500200335 3.475 -0.1093 185.4 2182500200336 3.475 -0.1954 150.4 2182500200337 3.475 -0.2801 125.6 2182500200338 3.475 -0.3625 107.5 2182500200339 3.475 -0.4422 92.6 2182500200340 3.475 -0.5185 94.4 2182500200341 3.475 -0.5909 94.2 2182500200342 3.475 -0.6588 95.5 2182500200343 3.475 -0.7216 100.9 2182500200344 3.475 -0.7790 105.5 2182500200345 3.475 -0.8305 117.4 2182500200346 3.475 -0.8584 128.1 2182500200347 3.475 -0.8997 165.4 2182500200348 3.975 0.9656 4558.1 2182500200349 3.975 0.9391 3842.1 2182500200350 3.975 0.9055 2733.1 2182500200351 3.975 0.8648 1796.2 2182500200352 3.975 0.8176 1045.9 2182500200353 3.975 0.7641 556.1 2182500200354 3.975 0.7047 231.7 2182500200355 3.975 0.6400 119.7 2182500200356 3.975 0.5559 61.8 2182500200357 3.975 0.4811 93.8 2182500200358 3.975 0.4027 127.9 2182500200359 3.975 0.3213 156.6 2182500200360 3.975 0.2374 179.8 2182500200361 3.975 0.1518 189.3 2182500200362 3.975 0.0650 175.7 2182500200363 3.975 -0.0222 175.6 2182500200364 3.975 -0.1093 142.5 2182500200365 3.975 -0.1954 107.6 2182500200366 3.975 -0.2801 71.9 2182500200367 3.975 -0.3625 60.0 2182500200368 3.975 -0.4422 55.2 2182500200369 3.975 -0.5185 66.9 2182500200370 3.975 -0.5909 79.5 2182500200371 3.975 -0.6588 88.9 2182500200372 3.975 -0.7216 87.3 2182500200373 3.975 -0.7790 82.8 2182500200374 3.975 -0.8305 78.8 2182500200375 3.975 -0.8584 80.2 2182500200376 3.975 -0.8997 100.9 2182500200377 ENDDATA 359 0 2182500200378 ENDSUBENT 377 0 2182500299999 SUBENT 21825003 20170811 22642182500300001 BIB 5 17 2182500300002 REACTION (82-PB-206(N,EL)82-PB-206,,DA) 2182500300003 SAMPLE The lead sample consisted of radiogenic lead with 2182500300004 a composition of 88.2% Pb-206 2182500300005 8.8% Pb-207 2182500300006 3.0% Pb-208. 2182500300007 During the experiments the samples were positioned 2182500300008 at a distance of 14.5 cm in front of the target. 2182500300009 .The samples were as hollow cylinders of 3.0 cm 2182500300010 height and outer diameter of 1.8 cm and inner 2182500300011 diameter of 0.95 cm. 2182500300012 ERR-ANALYS (ERR-T,4.1,5.4) Overall uncertainties in the individual2182500300013 cross sections 2182500300014 (ERR-S,2.0,4.0) Uncertainty in counting statistics in 2182500300015 the elastic peak (15.degr.< ang. < 160.degr.) and 2182500300016 uncertainty in Monte Carlo statistics 2182500300017 STATUS (TABLE) Tables 13 to 24 from NFL-34. 2182500300018 HISTORY (20170811A) SD: SF4=Pb-206 added to REACTION code. 2182500300019 ENDBIB 17 0 2182500300020 NOCOMMON 0 0 2182500300021 DATA 3 357 2182500300022 EN COS-CM DATA-CM 2182500300023 MEV NO-DIM MB/SR 2182500300024 1.482 0.9653 1761.7 2182500300025 1.482 0.9388 1640.6 2182500300026 1.482 0.9048 1379.9 2182500300027 1.482 0.8638 1127.0 2182500300028 1.482 0.8160 878.4 2182500300029 1.482 0.7618 683.9 2182500300030 1.482 0.7022 501.4 2182500300031 1.482 0.6237 315.8 2182500300032 1.482 0.5529 207.4 2182500300033 1.482 0.4791 139.2 2182500300034 1.482 0.4006 97.3 2182500300035 1.482 0.3182 90.3 2182500300036 1.482 0.2343 108.3 2182500300037 1.482 0.1498 143.5 2182500300038 1.482 0.0630 191.8 2182500300039 1.482 -0.0233 245.5 2182500300040 1.482 -0.1104 285.3 2182500300041 1.482 -0.1960 313.9 2182500300042 1.482 -0.2801 351.7 2182500300043 1.482 -0.3636 349.7 2182500300044 1.482 -0.4432 341.5 2182500300045 1.482 -0.5176 309.6 2182500300046 1.482 -0.5900 276.3 2182500300047 1.482 -0.6579 233.6 2182500300048 1.482 -0.7205 205.8 2182500300049 1.482 -0.7781 173.3 2182500300050 1.482 -0.8297 152.0 2182500300051 1.482 -0.8755 142.1 2182500300052 1.482 -0.9140 154.1 2182500300053 1.482 -0.9235 161.6 2182500300054 1.482 -0.9533 182.4 2182500300055 1.728 0.9653 2028.8 2182500300056 1.728 0.9386 1773.0 2182500300057 1.728 0.9049 1542.9 2182500300058 1.728 0.8643 1254.7 2182500300059 1.728 0.8170 973.8 2182500300060 1.728 0.7631 716.8 2182500300061 1.728 0.7038 504.1 2182500300062 1.728 0.6268 311.0 2182500300063 1.728 0.5563 184.5 2182500300064 1.728 0.4811 110.3 2182500300065 1.728 0.4027 74.6 2182500300066 1.728 0.3204 62.1 2182500300067 1.728 0.2365 78.5 2182500300068 1.728 0.1510 122.2 2182500300069 1.728 0.0642 175.6 2182500300070 1.728 -0.0232 233.4 2182500300071 1.728 -0.1102 274.7 2182500300072 1.728 -0.1967 322.5 2182500300073 1.728 -0.2813 346.9 2182500300074 1.728 -0.3641 346.6 2182500300075 1.728 -0.4437 338.9 2182500300076 1.728 -0.5189 311.9 2182500300077 1.728 -0.5912 269.4 2182500300078 1.728 -0.6591 214.5 2182500300079 1.728 -0.7219 160.6 2182500300080 1.728 -0.7793 130.8 2182500300081 1.728 -0.8307 111.7 2182500300082 1.728 -0.8759 107.9 2182500300083 1.728 -0.9146 128.5 2182500300084 1.728 -0.9463 162.3 2182500300085 1.971 0.9654 2332.0 2182500300086 1.971 0.9387 2055.9 2182500300087 1.971 0.9029 1625.0 2182500300088 1.971 0.8634 1273.0 2182500300089 1.971 0.8142 972.9 2182500300090 1.971 0.7581 690.2 2182500300091 1.971 0.6982 441.9 2182500300092 1.971 0.6343 271.8 2182500300093 1.971 0.5643 153.6 2182500300094 1.971 0.4877 88.5 2182500300095 1.971 0.4096 63.7 2182500300096 1.971 0.3287 70.8 2182500300097 1.971 0.2450 91.6 2182500300098 1.971 0.1595 143.5 2182500300099 1.971 0.0728 206.7 2182500300100 1.971 -0.0139 250.6 2182500300101 1.971 -0.1010 298.0 2182500300102 1.971 -0.1878 328.2 2182500300103 1.971 -0.2726 356.0 2182500300104 1.971 -0.3564 366.8 2182500300105 1.971 -0.4363 334.4 2182500300106 1.971 -0.5116 316.3 2182500300107 1.971 -0.5843 258.6 2182500300108 1.971 -0.6536 206.9 2182500300109 1.971 -0.7168 153.8 2182500300110 1.971 -0.7739 119.0 2182500300111 1.971 -0.8260 92.5 2182500300112 1.971 -0.8716 101.1 2182500300113 1.971 -0.9109 139.8 2182500300114 1.971 -0.9231 152.4 2182500300115 1.971 -0.9531 219.0 2182500300116 2.234 0.9654 2907.7 2182500300117 2.234 0.9386 2432.0 2182500300118 2.234 0.9047 1916.2 2182500300119 2.234 0.8641 1466.6 2182500300120 2.234 0.8169 1066.5 2182500300121 2.234 0.7632 712.1 2182500300122 2.234 0.7038 452.2 2182500300123 2.234 0.6414 271.4 2182500300124 2.234 0.5719 162.9 2182500300125 2.234 0.4979 90.1 2182500300126 2.234 0.4202 69.0 2182500300127 2.234 0.3395 75.5 2182500300128 2.234 0.2561 105.7 2182500300129 2.234 0.1720 140.2 2182500300130 2.234 0.0855 180.6 2182500300131 2.234 -0.0031 233.7 2182500300132 2.234 -0.0902 263.0 2182500300133 2.234 -0.1756 287.6 2182500300134 2.234 -0.2607 293.6 2182500300135 2.234 -0.3430 302.1 2182500300136 2.234 -0.4234 283.1 2182500300137 2.234 -0.5006 234.3 2182500300138 2.234 -0.5740 194.3 2182500300139 2.234 -0.6436 148.6 2182500300140 2.234 -0.7077 100.9 2182500300141 2.234 -0.7657 79.3 2182500300142 2.234 -0.8187 81.8 2182500300143 2.234 -0.8654 108.3 2182500300144 2.234 -0.9061 174.5 2182500300145 2.234 -0.9399 262.8 2182500300146 2.463 0.9659 3223.1 2182500300147 2.463 0.9397 2739.0 2182500300148 2.463 0.9048 2122.9 2182500300149 2.463 0.8641 1587.2 2182500300150 2.463 0.8159 1097.8 2182500300151 2.463 0.7620 723.3 2182500300152 2.463 0.7023 425.7 2182500300153 2.463 0.6355 244.9 2182500300154 2.463 0.5656 134.7 2182500300155 2.463 0.4910 89.4 2182500300156 2.463 0.4131 85.9 2182500300157 2.463 0.3311 108.8 2182500300158 2.463 0.2475 139.3 2182500300159 2.463 0.1633 167.2 2182500300160 2.463 0.0766 192.4 2182500300161 2.463 -0.0110 218.2 2182500300162 2.463 -0.0980 229.7 2182500300163 2.463 -0.1844 233.6 2182500300164 2.463 -0.2692 225.4 2182500300165 2.463 -0.3525 230.8 2182500300166 2.463 -0.4326 206.6 2182500300167 2.463 -0.5090 174.5 2182500300168 2.463 -0.5819 138.6 2182500300169 2.463 -0.6509 114.3 2182500300170 2.463 -0.7144 82.1 2182500300171 2.463 -0.7725 72.2 2182500300172 2.463 -0.8247 80.1 2182500300173 2.463 -0.8704 119.6 2182500300174 2.463 -0.9099 171.2 2182500300175 2.463 -0.9227 216.7 2182500300176 2.463 -0.9526 309.7 2182500300177 2.905 0.9656 3797.2 2182500300178 2.905 0.9391 3132.5 2182500300179 2.905 0.9054 2305.3 2182500300180 2.905 0.8648 1651.6 2182500300181 2.905 0.8176 1102.2 2182500300182 2.905 0.7640 664.1 2182500300183 2.905 0.7047 347.9 2182500300184 2.905 0.6399 184.3 2182500300185 2.905 0.5703 103.3 2182500300186 2.905 0.4964 85.2 2182500300187 2.905 0.4186 104.7 2182500300188 2.905 0.3377 138.7 2182500300189 2.905 0.2543 165.0 2182500300190 2.905 0.1689 187.9 2182500300191 2.905 0.0823 193.0 2182500300192 2.905 -0.0049 184.1 2182500300193 2.905 -0.0920 166.2 2182500300194 2.905 -0.1784 151.5 2182500300195 2.905 -0.2633 135.7 2182500300196 2.905 -0.3463 121.9 2182500300197 2.905 -0.4266 112.6 2182500300198 2.905 -0.5036 106.0 2182500300199 2.905 -0.5768 85.4 2182500300200 2.905 -0.6456 69.6 2182500300201 2.905 -0.7095 61.0 2182500300202 2.905 -0.7680 53.7 2182500300203 2.905 -0.8207 66.2 2182500300204 2.905 -0.8503 84.5 2182500300205 2.905 -0.8928 133.5 2182500300206 2.975 0.9656 4118.5 2182500300207 2.975 0.9391 3231.5 2182500300208 2.975 0.9054 2454.1 2182500300209 2.975 0.8648 1626.0 2182500300210 2.975 0.8176 1100.2 2182500300211 2.975 0.7640 679.6 2182500300212 2.975 0.7047 342.4 2182500300213 2.975 0.6399 179.5 2182500300214 2.975 0.5703 93.2 2182500300215 2.975 0.4964 93.4 2182500300216 2.975 0.4186 107.0 2182500300217 2.975 0.3377 145.6 2182500300218 2.975 0.2543 170.2 2182500300219 2.975 0.1689 187.8 2182500300220 2.975 0.0823 188.5 2182500300221 2.975 -0.0049 178.6 2182500300222 2.975 -0.0920 165.8 2182500300223 2.975 -0.1784 144.8 2182500300224 2.975 -0.2633 130.4 2182500300225 2.975 -0.3463 121.8 2182500300226 2.975 -0.4266 99.2 2182500300227 2.975 -0.5036 97.8 2182500300228 2.975 -0.5768 82.7 2182500300229 2.975 -0.6456 73.4 2182500300230 2.975 -0.7095 58.1 2182500300231 2.975 -0.7680 57.6 2182500300232 2.975 -0.8207 69.0 2182500300233 2.975 -0.8494 89.4 2182500300234 2.975 -0.8920 139.1 2182500300235 3.045 0.9656 4037.6 2182500300236 3.045 0.9391 3369.8 2182500300237 3.045 0.9054 2463.7 2182500300238 3.045 0.8648 1727.4 2182500300239 3.045 0.8176 1122.0 2182500300240 3.045 0.7640 627.8 2182500300241 3.045 0.7047 326.6 2182500300242 3.045 0.6399 170.3 2182500300243 3.045 0.5703 97.3 2182500300244 3.045 0.4964 87.6 2182500300245 3.045 0.4186 112.4 2182500300246 3.045 0.3377 148.6 2182500300247 3.045 0.2543 176.8 2182500300248 3.045 0.1689 194.3 2182500300249 3.045 0.0823 195.4 2182500300250 3.045 -0.0049 170.3 2182500300251 3.045 -0.0920 153.1 2182500300252 3.045 -0.1784 134.6 2182500300253 3.045 -0.2633 125.7 2182500300254 3.045 -0.3479 104.5 2182500300255 3.045 -0.4282 91.3 2182500300256 3.045 -0.5036 80.1 2182500300257 3.045 -0.5768 75.6 2182500300258 3.045 -0.6456 59.2 2182500300259 3.045 -0.7095 50.4 2182500300260 3.045 -0.7680 45.8 2182500300261 3.045 -0.8207 56.7 2182500300262 3.045 -0.8494 77.0 2182500300263 3.045 -0.8920 125.4 2182500300264 3.115 0.9656 4107.8 2182500300265 3.115 0.9391 3267.5 2182500300266 3.115 0.9054 2562.0 2182500300267 3.115 0.8648 1651.5 2182500300268 3.115 0.8176 1058.4 2182500300269 3.115 0.7640 610.8 2182500300270 3.115 0.7047 325.2 2182500300271 3.115 0.6399 148.4 2182500300272 3.115 0.5703 85.0 2182500300273 3.115 0.4964 88.4 2182500300274 3.115 0.4186 110.7 2182500300275 3.115 0.3377 143.1 2182500300276 3.115 0.2543 186.0 2182500300277 3.115 0.1689 195.2 2182500300278 3.115 0.0823 205.8 2182500300279 3.115 -0.0049 180.4 2182500300280 3.115 -0.0920 161.7 2182500300281 3.115 -0.1784 140.0 2182500300282 3.115 -0.2633 125.0 2182500300283 3.115 -0.3463 117.4 2182500300284 3.115 -0.4266 97.0 2182500300285 3.115 -0.5036 85.6 2182500300286 3.115 -0.5768 76.6 2182500300287 3.115 -0.6456 61.5 2182500300288 3.115 -0.7095 52.8 2182500300289 3.115 -0.7680 48.1 2182500300290 3.115 -0.8207 60.5 2182500300291 3.115 -0.8494 80.8 2182500300292 3.115 -0.8920 129.2 2182500300293 3.185 0.9656 4272.1 2182500300294 3.185 0.9391 3556.7 2182500300295 3.185 0.9385 3385.1 2182500300296 3.185 0.9054 2555.4 2182500300297 3.185 0.8648 1761.6 2182500300298 3.185 0.8176 1020.2 2182500300299 3.185 0.7640 636.2 2182500300300 3.185 0.7047 303.5 2182500300301 3.185 0.6399 145.1 2182500300302 3.185 0.5703 77.0 2182500300303 3.185 0.4979 83.8 2182500300304 3.185 0.4202 113.8 2182500300305 3.185 0.3377 160.8 2182500300306 3.185 0.2543 187.0 2182500300307 3.185 0.1689 202.9 2182500300308 3.185 0.0823 195.6 2182500300309 3.185 -0.0049 189.5 2182500300310 3.185 -0.0920 152.4 2182500300311 3.185 -0.1784 127.4 2182500300312 3.185 -0.2633 102.8 2182500300313 3.185 -0.3463 87.3 2182500300314 3.185 -0.4266 74.2 2182500300315 3.185 -0.5029 72.6 2182500300316 3.185 -0.5761 67.0 2182500300317 3.185 -0.6456 58.6 2182500300318 3.185 -0.7095 48.1 2182500300319 3.185 -0.7680 46.1 2182500300320 3.185 -0.8207 55.6 2182500300321 3.185 -0.8494 69.2 2182500300322 3.185 -0.8920 116.3 2182500300323 3.475 0.9609 3943.4 2182500300324 3.475 0.9391 3464.8 2182500300325 3.475 0.9054 2564.7 2182500300326 3.475 0.8648 1765.4 2182500300327 3.475 0.8176 1106.0 2182500300328 3.475 0.7640 622.0 2182500300329 3.475 0.7047 304.6 2182500300330 3.475 0.6399 136.9 2182500300331 3.475 0.5559 58.0 2182500300332 3.475 0.4811 58.9 2182500300333 3.475 0.4027 89.4 2182500300334 3.475 0.3212 129.6 2182500300335 3.475 0.2374 157.1 2182500300336 3.475 0.1517 184.3 2182500300337 3.475 0.0649 183.1 2182500300338 3.475 -0.0223 171.7 2182500300339 3.475 -0.1093 156.0 2182500300340 3.475 -0.1955 120.5 2182500300341 3.475 -0.2801 90.9 2182500300342 3.475 -0.3626 70.0 2182500300343 3.475 -0.4423 56.7 2182500300344 3.475 -0.5186 52.1 2182500300345 3.475 -0.5910 49.9 2182500300346 3.475 -0.6588 51.0 2182500300347 3.475 -0.7217 53.8 2182500300348 3.475 -0.7791 58.7 2182500300349 3.475 -0.8306 68.3 2182500300350 3.475 -0.8585 80.6 2182500300351 3.475 -0.8997 117.1 2182500300352 3.975 0.9656 4330.2 2182500300353 3.975 0.9391 3583.0 2182500300354 3.975 0.9054 2542.6 2182500300355 3.975 0.8648 1764.9 2182500300356 3.975 0.8176 1004.6 2182500300357 3.975 0.7640 538.5 2182500300358 3.975 0.7047 224.6 2182500300359 3.975 0.6399 86.6 2182500300360 3.975 0.5559 34.8 2182500300361 3.975 0.4811 48.8 2182500300362 3.975 0.4027 85.9 2182500300363 3.975 0.3212 123.5 2182500300364 3.975 0.2374 146.1 2182500300365 3.975 0.1517 163.1 2182500300366 3.975 0.0649 160.6 2182500300367 3.975 -0.0223 149.0 2182500300368 3.975 -0.1093 116.1 2182500300369 3.975 -0.1955 84.8 2182500300370 3.975 -0.2801 58.6 2182500300371 3.975 -0.3626 44.1 2182500300372 3.975 -0.4423 34.0 2182500300373 3.975 -0.5186 40.5 2182500300374 3.975 -0.5910 48.1 2182500300375 3.975 -0.6588 55.9 2182500300376 3.975 -0.7217 61.4 2182500300377 3.975 -0.7791 59.6 2182500300378 3.975 -0.8306 55.7 2182500300379 3.975 -0.8585 61.3 2182500300380 3.975 -0.8997 84.1 2182500300381 ENDDATA 359 0 2182500300382 ENDSUBENT 381 0 2182500399999 SUBENT 21825004 20170811 22642182500400001 BIB 4 8 2182500400002 REACTION (83-BI-209(N,EL)83-BI-209,,DA,,LEG) 2182500400003 STATUS (TABLE) Tables 1 - 12 from NFL-34. 2182500400004 (DEP,21825002)The Legendre coefficients were determined2182500400005 from cross section data given in Subent 21825.002. 2182500400006 ERR-ANALYS (ERR-S) Statistical error 2182500400007 HISTORY (19840618C) A.L. 2182500400008 (19840907A) Subentries 4-15 combined by NNDC 2182500400009 (20170811U) SD: DATA-ERR -> ERR-S. 2182500400010 ENDBIB 8 0 2182500400011 NOCOMMON 0 0 2182500400012 DATA 4 110 2182500400013 EN NUMBER DATA ERR-S 2182500400014 MEV NO-DIM MB/SR MB/SR 2182500400015 1.482 0. 397.3 2.3 2182500400016 1.482 1. 341.9 5.2 2182500400017 1.482 2. 421.8 7.1 2182500400018 1.482 3. 608.2 8.6 2182500400019 1.482 4. 284.5 8.9 2182500400020 1.482 5. -15.5 8.8 2182500400021 1.482 6. 41.3 8.4 2182500400022 1.482 7. -5.6 7.7 2182500400023 1.728 0. 413.0 2.4 2182500400024 1.728 1. 364.8 5.6 2182500400025 1.728 2. 476.4 7.8 2182500400026 1.728 3. 669.3 9.4 2182500400027 1.728 4. 370.0 9.5 2182500400028 1.728 5. 3.6 9.5 2182500400029 1.728 6. 65.1 8.7 2182500400030 1.728 7. -1.3 8.3 2182500400031 1.971 0. 436.0 2.6 2182500400032 1.971 1. 419.0 6.2 2182500400033 1.971 2. 572.1 8.8 2182500400034 1.971 3. 702.1 10.6 2182500400035 1.971 4. 515.7 10.3 2182500400036 1.971 5. 25.9 10.2 2182500400037 1.971 6. 122.5 9.2 2182500400038 1.971 7. 1.0 8.6 2182500400039 2.234 0. 472.1 2.5 2182500400040 2.234 1. 535.7 6.4 2182500400041 2.234 2. 745.9 9.0 2182500400042 2.234 3. 833.1 10.8 2182500400043 2.234 4. 687.0 10.2 2182500400044 2.234 5. 184.8 10.2 2182500400045 2.234 6. 178.9 8.6 2182500400046 2.234 7. 4.7 8.1 2182500400047 2.463 0. 500.3 2.9 2182500400048 2.463 1. 628.2 7.5 2182500400049 2.463 2. 855.8 10.6 2182500400050 2.463 3. 875.7 12.5 2182500400051 2.463 4. 805.5 11.9 2182500400052 2.463 5. 318.7 11.7 2182500400053 2.463 6. 214.7 9.9 2182500400054 2.463 7. -2.1 8.7 2182500400055 2.905 0. 464.5 2.0 2182500400056 2.905 1. 716.8 5.9 2182500400057 2.905 2. 978.5 8.2 2182500400058 2.905 3. 973.0 11.1 2182500400059 2.905 4. 1023.8 10.7 2182500400060 2.905 5. 577.9 13.0 2182500400061 2.905 6. 357.7 9.6 2182500400062 2.905 7. 79.5 10.9 2182500400063 2.905 8. 60.8 6.7 2182500400064 2.905 9. 20.1 7.0 2182500400065 2.975 0. 475.5 3.0 2182500400066 2.975 1. 764.7 8.8 2182500400067 2.975 2. 1063.9 12.1 2182500400068 2.975 3. 1039.5 16.4 2182500400069 2.975 4. 1102.7 15.6 2182500400070 2.975 5. 630.3 18.9 2182500400071 2.975 6. 388.0 13.8 2182500400072 2.975 7. 77.6 15.5 2182500400073 2.975 8. 67.0 9.4 2182500400074 2.975 9. 19.4 9.7 2182500400075 3.045 0. 468.9 2.1 2182500400076 3.045 1. 774.3 6.2 2182500400077 3.045 2. 1047.5 8.6 2182500400078 3.045 3. 1048.4 11.6 2182500400079 3.045 4. 1100.9 11.1 2182500400080 3.045 5. 667.6 13.2 2182500400081 3.045 6. 409.3 9.8 2182500400082 3.045 7. 99.4 10.9 2182500400083 3.045 8. 66.0 6.6 2182500400084 3.045 9. 23.6 6.7 2182500400085 3.115 0. 470.6 3.6 2182500400086 3.115 1. 782.2 10.7 2182500400087 3.115 2. 1067.9 14.9 2182500400088 3.115 3. 1060.7 20.0 2182500400089 3.115 4. 1123.3 19.1 2182500400090 3.115 5. 664.4 22.7 2182500400091 3.115 6. 412.7 16.8 2182500400092 3.115 7. 88.7 18.6 2182500400093 3.115 8. 62.1 11.3 2182500400094 3.115 9. 0.7 11.4 2182500400095 3.185 0. 463.9 3.7 2182500400096 3.185 1. 792.0 10.9 2182500400097 3.185 2. 1081.2 15.2 2182500400098 3.185 3. 1085.5 20.4 2182500400099 3.185 4. 1169.1 19.5 2182500400100 3.185 5. 715.3 23.7 2182500400101 3.185 6. 449.7 17.5 2182500400102 3.185 7. 125.2 19.8 2182500400103 3.185 8. 91.9 12.2 2182500400104 3.185 9. 6.3 12.3 2182500400105 3.475 0. 444.2 3.0 2182500400106 3.475 1. 803.2 8.8 2182500400107 3.475 2. 1090.4 12.4 2182500400108 3.475 3. 1097.3 16.2 2182500400109 3.475 4. 1131.6 15.7 2182500400110 3.475 5. 711.5 18.0 2182500400111 3.475 6. 387.1 13.6 2182500400112 3.475 7. 102.3 14.4 2182500400113 3.475 8. 62.7 8.8 2182500400114 3.475 9. -2.3 8.2 2182500400115 3.975 0. 416.4 5.2 2182500400116 3.975 1. 836.2 15.2 2182500400117 3.975 2. 1156.4 21.6 2182500400118 3.975 3. 1194.6 27.4 2182500400119 3.975 4. 1218.0 26.8 2182500400120 3.975 5. 842.0 28.7 2182500400121 3.975 6. 499.1 21.9 2182500400122 3.975 7. 166.6 21.7 2182500400123 3.975 8. 123.9 13.1 2182500400124 3.975 9. -6.2 11.4 2182500400125 ENDDATA 112 0 2182500400126 ENDSUBENT 125 0 2182500499999 SUBENT 21825016 20170811 22642182501600001 BIB 4 8 2182501600002 REACTION (82-PB-206(N,EL)82-PB-206,,DA,,LEG) 2182501600003 STATUS (TABLE) Tables 13 to 24 from NFL-24. 2182501600004 (DEP,21825003)The Legendre coefficients were determined2182501600005 from cross section data given in Subent 21825.003. 2182501600006 ERR-ANALYS (ERR-S) Statistical error 2182501600007 HISTORY (19840618C) A.L. 2182501600008 (19840906A) Subentries 16-27 combined at NNDC 2182501600009 (20170811U) SD: DATA-ERR -> ERR-S. 2182501600010 ENDBIB 8 0 2182501600011 NOCOMMON 0 0 2182501600012 DATA 4 112 2182501600013 EN NUMBER DATA ERR-S 2182501600014 MEV NO-DIM MB/SR MB/SR 2182501600015 1.482 0. 364.2 1.4 2182501600016 1.482 1. 350.1 3.4 2182501600017 1.482 2. 464.0 4.7 2182501600018 1.482 3. 588.5 5.7 2182501600019 1.482 4. 283.0 5.8 2182501600020 1.482 5. -22.1 5.7 2182501600021 1.482 6. 38.5 5.2 2182501600022 1.482 7. -0.9 4.8 2182501600023 1.728 0. 367.6 1.7 2182501600024 1.728 1. 402.9 4.1 2182501600025 1.728 2. 530.6 5.6 2182501600026 1.728 3. 676.8 6.8 2182501600027 1.728 4. 351.5 6.7 2182501600028 1.728 5. -15.5 6.4 2182501600029 1.728 6. 70.7 5.6 2182501600030 1.728 7. -1.3 5.1 2182501600031 1.971 0. 383.3 2.6 2182501600032 1.971 1. 431.1 6.4 2182501600033 1.971 2. 581.7 9.0 2182501600034 1.971 3. 749.8 10.7 2182501600035 1.971 4. 479.7 10.2 2182501600036 1.971 5. 33.6 9.5 2182501600037 1.971 6. 109.8 8.3 2182501600038 1.971 7. -15.6 7.3 2182501600039 2.234 0. 398.2 1.9 2182501600040 2.234 1. 537.1 5.0 2182501600041 2.234 2. 750.6 7.4 2182501600042 2.234 3. 823.5 8.5 2182501600043 2.234 4. 687.7 9.6 2182501600044 2.234 5. 150.1 8.5 2182501600045 2.234 6. 195.1 8.2 2182501600046 2.234 7. 21.1 6.3 2182501600047 2.234 8. 24.5 5.6 2182501600048 2.463 0. 402.7 2.5 2182501600049 2.463 1. 616.3 6.6 2182501600050 2.463 2. 847.6 9.7 2182501600051 2.463 3. 866.2 11.2 2182501600052 2.463 4. 790.5 12.3 2182501600053 2.463 5. 271.7 10.9 2182501600054 2.463 6. 216.7 10.2 2182501600055 2.463 7. 12.4 7.8 2182501600056 2.463 8. 23.8 6.4 2182501600057 2.905 0. 394.6 2.2 2182501600058 2.905 1. 713.7 6.3 2182501600059 2.905 2. 970.0 8.8 2182501600060 2.905 3. 960.6 11.6 2182501600061 2.905 4. 963.0 11.3 2182501600062 2.905 5. 510.7 13.1 2182501600063 2.905 6. 316.3 9.9 2182501600064 2.905 7. 56.5 10.5 2182501600065 2.905 8. 45.3 6.4 2182501600066 2.905 9. 12.7 6.0 2182501600067 2.975 0. 405.6 4.0 2182501600068 2.975 1. 741.0 11.6 2182501600069 2.975 2. 1024.8 16.3 2182501600070 2.975 3. 1001.7 21.4 2182501600071 2.975 4. 1026.6 20.7 2182501600072 2.975 5. 556.2 24.0 2182501600073 2.975 6. 355.6 18.0 2182501600074 2.975 7. 66.2 19.0 2182501600075 2.975 8. 52.2 11.3 2182501600076 2.975 9. 3.7 10.6 2182501600077 3.045 0. 403.3 3.4 2182501600078 3.045 1. 759.4 10.0 2182501600079 3.045 2. 1035.9 14.0 2182501600080 3.045 3. 1016.4 18.2 2182501600081 3.045 4. 1049.0 17.6 2182501600082 3.045 5. 584.8 20.1 2182501600083 3.045 6. 369.7 15.2 2182501600084 3.045 7. 70.4 15.8 2182501600085 3.045 8. 53.5 9.5 2182501600086 3.045 9. 3.5 8.7 2182501600087 3.115 0. 402.7 3.8 2182501600088 3.115 1. 752.0 11.0 2182501600089 3.115 2. 1026.4 15.4 2182501600090 3.115 3. 1028.2 20.2 2182501600091 3.115 4. 1065.1 19.5 2182501600092 3.115 5. 608.8 22.3 2182501600093 3.115 6. 383.1 16.7 2182501600094 3.115 7. 88.8 17.4 2182501600095 3.115 8. 59.2 10.5 2182501600096 3.115 9. 12.6 9.7 2182501600097 3.185 0. 407.5 3.1 2182501600098 3.185 1. 788.7 8.9 2182501600099 3.185 2. 1071.6 12.5 2182501600100 3.185 3. 1068.7 16.4 2182501600101 3.185 4. 1120.7 15.9 2182501600102 3.185 5. 670.6 18.4 2182501600103 3.185 6. 410.8 13.9 2182501600104 3.185 7. 93.4 14.8 2182501600105 3.185 8. 75.1 9.0 2182501600106 3.185 9. 10.9 8.2 2182501600107 3.475 0. 392.5 2.3 2182501600108 3.475 1. 782.8 6.6 2182501600109 3.475 2. 1063.3 9.4 2182501600110 3.475 3. 1073.7 12.0 2182501600111 3.475 4. 1085.3 11.8 2182501600112 3.475 5. 646.3 12.9 2182501600113 3.475 6. 348.8 9.8 2182501600114 3.475 7. 98.6 9.9 2182501600115 3.475 8. 70.0 6.0 2182501600116 3.475 9. -0.2 5.2 2182501600117 3.975 0. 376.0 3.3 2182501600118 3.975 1. 795.7 9.6 2182501600119 3.975 2. 1094.1 13.6 2182501600120 3.975 3. 1133.3 17.1 2182501600121 3.975 4. 1140.7 16.7 2182501600122 3.975 5. 764.9 17.7 2182501600123 3.975 6. 427.6 13.5 2182501600124 3.975 7. 139.9 13.0 2182501600125 3.975 8. 96.6 7.8 2182501600126 3.975 9. -2.8 6.5 2182501600127 ENDDATA 114 0 2182501600128 ENDSUBENT 127 0 2182501699999 SUBENT 21825028 20181001 22732182502800001 BIB 5 14 2182502800002 REACTION (83-BI-209(N,EL)83-BI-209,,SIG) 2182502800003 ANALYSIS (INTAD) Angle integrated elastic scattering 2182502800004 cross sections were determined by fitting Legendre 2182502800005 polynomial expansions to the angular distributions 2182502800006 ERR-ANALYS (ERR-T,,4.) Overall uncertainties in the angle- 2182502800007 integrated total elastic cross sections 2182502800008 (ERR-S,,1.0) Uncertainty in counting statistics in 2182502800009 the elastic peak (15.degr.< ang. < 160.degr.) and 2182502800010 uncertainty in Monte Carlo statistics 2182502800011 STATUS (TABLE) Table 26 from NFL-34. 2182502800012 (DEP,21825004)The Legendre coefficients 2182502800013 HISTORY (20170811C) SD 2182502800014 (20181001A) SD: Values were corrected according to 2182502800015 the table 26 from NFL-34; MB -> B. 2182502800016 ENDBIB 14 0 2182502800017 NOCOMMON 0 0 2182502800018 DATA 2 12 2182502800019 EN DATA 2182502800020 MEV B 2182502800021 1.482 4.99 2182502800022 1.728 5.19 2182502800023 1.971 5.48 2182502800024 2.234 5.93 2182502800025 2.463 6.29 2182502800026 2.905 5.84 2182502800027 2.975 5.98 2182502800028 3.045 5.89 2182502800029 3.115 5.91 2182502800030 3.185 5.83 2182502800031 3.475 5.58 2182502800032 3.975 5.23 2182502800033 ENDDATA 14 0 2182502800034 ENDSUBENT 33 0 2182502899999 SUBENT 21825029 20181001 22732182502900001 BIB 5 14 2182502900002 REACTION (82-PB-206(N,EL)82-PB-206,,SIG) 2182502900003 ANALYSIS Angle integrated elastic scattering 2182502900004 cross sections were determined by fitting Legendre 2182502900005 polynomial expansions to the angular distributions 2182502900006 ERR-ANALYS (ERR-T,,4.) Overall uncertainties in the angle- 2182502900007 integrated total elastic cross sections 2182502900008 (ERR-S,,1.0) Uncertainty in counting statistics in 2182502900009 the elastic peak (15.degr.< ang. < 160.degr.) and 2182502900010 uncertainty in Monte Carlo statistics 2182502900011 STATUS (TABLE) Table 27 from NFL-34. 2182502900012 (DEP,21825016)The Legendre coefficients 2182502900013 HISTORY (20170811C) SD 2182502900014 (20181001A) SD: Values were corrected according to 2182502900015 the table 26 from NFL-34; MB -> B. 2182502900016 ENDBIB 14 0 2182502900017 NOCOMMON 0 0 2182502900018 DATA 2 12 2182502900019 EN DATA 2182502900020 MEV B 2182502900021 1.482 4.58 2182502900022 1.728 4.62 2182502900023 1.971 4.82 2182502900024 2.234 5.00 2182502900025 2.463 5.06 2182502900026 2.905 4.96 2182502900027 2.975 5.10 2182502900028 3.045 5.07 2182502900029 3.115 5.06 2182502900030 3.185 5.12 2182502900031 3.475 4.93 2182502900032 3.975 4.72 2182502900033 ENDDATA 14 0 2182502900034 ENDSUBENT 33 0 2182502999999 ENDENTRY 7 0 2182599999999