ENTRY 22872 20161111 225522872 0 1 SUBENT 22872001 20161111 225522872 1 1 BIB 16 86 22872 1 2 TITLE .Measurement of Neutron Capture Cross Section of 22872 1 3 Np-237 from 0.02 to 100 eV 22872 1 4 AUTHOR (O.Shcherbakov, K.Furutaka, S.Nakamura, H.Sakane, 22872 1 5 K.Kobayashi, S.Yamamoto, J.-I.Hori, H.Harada) 22872 1 6 INSTITUTE (2JPNJNC) O.Shcherbakov, K.Furutaka, S.Nakamura, 22872 1 7 H.Sakane, H.Harada 22872 1 8 (2JPNKTO) K.Kobayashi, S.Lee, H.-J. Cho, Y.Fujita, 22872 1 9 S.Yamamoto, Jun-Ichi Hori - Research Reactor 22872 1 10 Institute. 22872 1 11 REFERENCE (J,NST,42,(2),135,200502) Main reference, Sigma and 22872 1 12 Res. integrals are given 22872 1 13 (S,JAERI-C-2005-03,121,2005) First author H.Harada . 22872 1 14 Figure of ratios of measured average CS to CS of 22872 1 15 Kobayashi, Weston, JENDL-3.3, ENDF/B-VI . 22872 1 16 (C,2004SANTA,,1007,200410) Graph for 0.02 - 1 eV 22872 1 17 REL-REF (O,22843001,H.Harada+,S,JAERI-C-2005-03,121,2005) 22872 1 18 Data for Np-238 in Entry 22843 . 22872 1 19 (O,22872001,H.Harada+,S,JAERI-C-2005-03,121,2005) 22872 1 20 Data for Np-237 measured by gamma-spectroscopy . 22872 1 21 DETECTOR (BF3) For neutron flux monitoring 22872 1 22 (BGO) Capture gamma-ray detector consists of two 22872 1 23 halves, each containing 8 optically separated BGO 22872 1 24 crystals 1700 mm in length which form a cylindrical22872 1 25 scintillation layer having internal and external 22872 1 26 diameters 110 and 210 mm respectively. Total volume22872 1 27 of liquid scintillator is 8.54 liters. 22872 1 28 FACILITY (LINAC,2JPNKTO) Electron Linear accelerator, 30 MeV 22872 1 29 electron beam energy. 22872 1 30 .Pulse duration 100 ns, repetition rate 100Hz, average22872 1 31 electron current 35 micro-A for 0.3 eV - 1 keV 22872 1 32 neutron energy 22872 1 33 .Pulse duration 3 microsec, repetition rate 50Hz, 22872 1 34 average electron current 70 micro-A for 0.02 eV - 22872 1 35 1 keV neutron energy 22872 1 36 INC-SOURCE (PHOTO) Electron on water-cooled tantalum target 22872 1 37 INC-SPECT .Evaporation neutron spectrum with average energy 22872 1 38 0.7 MeV. Slow neutrons produced by moderating of fast 22872 1 39 neutrons in 10 cm thick water moderator 22872 1 40 METHOD (TOF) .Flight path is 24.2m, electron beam 22872 1 41 directed to 135 degree relative to flight path 22872 1 42 (PHD) .Pulse height discrimination 22872 1 43 (STTA) .Stack target measurements 22872 1 44 MONITOR ((MONIT1)93-NP-237(N,G)93-NP-238,,SIG) 22872 1 45 at thermal point . 22872 1 46 (5-B-10(N,A)3-LI-7,PAR,SIG) For neutron flux 22872 1 47 MONIT-REF ((MONIT1),P.F.Rose,R,BNL-NCS-17541,1991) Evaluation 22872 1 48 ENDF/B-VI, Brookhaven National Laboratory 22872 1 49 (,K.Shibata+,J,NST,39,1125,2002) JENDL-3.3 22872 1 50 CORRECTION .For multiple scattering and self-shielding in samples 22872 1 51 SAMPLE .Neptunium oxide Np-O2 powder, weight 1.13 gram packed 22872 1 52 in aluminum disk container 30 mm diameter, 0.4 mm 22872 1 53 thick walls. Purity of sample is 99.6% by weight. 22872 1 54 Radioactive purity is 99.9% with admixture of Pu239 22872 1 55 less than 0.1%. 22872 1 56 Thickness of the sample is 0.359 gram/cm2. Major 22872 1 57 impurities are Ga, K, P, Rb, S about 4 milligram in 22872 1 58 total weight. 22872 1 59 .Dummy sample - an identical aluminum container 22872 1 60 without neptunium oxide - for background measurements 22872 1 61 .Boron powder encapsulated in cylinder aluminum 22872 1 62 thin-walled (0.2 mm) container 52 mm diameter, 22872 1 63 sample material thickness is 0.494 gram/cm2, elemental22872 1 64 purity 99.9%, B-10 content 93% 22872 1 65 ERR-ANALYS Contributions to the total uncertainties due to: 22872 1 66 - to statistical errors, 22872 1 67 - neutron self-shielding and multiple scattering 22872 1 68 corrections - max. 2.1% for Np; for B - negligible 22872 1 69 at 0.01 - 10 eV energy range, up to 0.25% at 100 eV, 22872 1 70 - the background subtraction, 22872 1 71 (ERR-1) the uncertainty of absolute normalization at 22872 1 72 thermal point - 2.3 % ( error of reference CS was not 22872 1 73 included) . 22872 1 74 (MONIT1-ERR) Np-237 capture CS uncertainty at thermal 22872 1 75 point . 22872 1 76 Uncertainty due to un-uniform thickness of NpO2 22872 1 77 sample was assumed to be negligible ( << 1.%) . 22872 1 78 HISTORY (20050516C) SM Data from main reference, SAN 002, 00322872 1 79 (20071120A) Three new SUBENTs added. BIB-information 22872 1 80 updated - SM 22872 1 81 (20090218A) MONIT1 moved from subent 002 to 001 22872 1 82 Neutron flux monitor reaction corrected 22872 1 83 Subent 006 deleted, duplicate with 002 22872 1 84 (20161111A) M.M. Ref. S,JAERI-C-2005-03,121,2005 was 22872 1 85 added. BIB information was updated. 22872 1 86 EN-NRM=0.0253 was added in Subent 001. 22872 1 87 ERR-ANALYS was added in Subent 001. 22872 1 88 ENDBIB 86 0 22872 1 89 COMMON 4 3 22872 1 90 MONIT1 EN-NRM MONIT1-ERR ERR-1 22872 1 91 B EV PER-CENT PER-CENT 22872 1 92 181. 0.0253 3.3 2.3 22872 1 93 ENDCOMMON 3 0 22872 1 94 ENDSUBENT 93 0 22872 199999 SUBENT 22872002 20161111 225522872 2 1 BIB 5 13 22872 2 2 REACTION (93-NP-237(N,G)93-NP-238,,SIG,,AV) Averaged over 22872 2 3 energy interval given in the data table 22872 2 4 REL-REF (A,22858002,K.Kobayashi+,J,NST,39,111,2002) For 0.02 - 22872 2 5 0.06, 2.8 - 5.2 and 16.0 - 45.0 eV neutron energy 22872 2 6 (D,22858006,K.Kobayashi+,J,NST,39,111,2002) Other EN 22872 2 7 (A,10887002,L.W.Weston+,J,NSE,79,184,1981) 22872 2 8 (A,,P.F.Rose,R,BNL-NCS-17541,1991) 22872 2 9 (A,,K.Shibata+,J,NST,39,1125,2002) For 0.3 - 100 eV 22872 2 10 (D,,K.Shibata+,J,NST,39,1125,2002) For 0.02-0.1 eV 22872 2 11 ERR-ANALYS (ERR-T) Total error 22872 2 12 STATUS (TABLE) Table 1 of NST,42,(2),135,2005 22872 2 13 (COREL,22858002) 22872 2 14 HISTORY (20090218A) MONIT moved to subent 001 22872 2 15 ENDBIB 13 0 22872 2 16 NOCOMMON 0 0 22872 2 17 DATA 4 13 22872 2 18 EN-MIN EN-MAX DATA ERR-T 22872 2 19 EV EV B B 22872 2 20 0.02 0.03 184.7 7.3 22872 2 21 0.03 0.06 134.9 3.7 22872 2 22 0.06 0.1 101.4 2.9 22872 2 23 0.1 0.3 66.5 3.1 22872 2 24 0.3 0.85 290.5 7.2 22872 2 25 0.85 2.8 148.3 3.8 22872 2 26 2.8 5.2 69.9 2.3 22872 2 27 5.2 8.0 105.3 3.2 22872 2 28 8.0 16.0 95.4 2.6 22872 2 29 16.0 28.0 100.9 2.8 22872 2 30 28.0 45.0 51.1 1.7 22872 2 31 45.0 73.0 70.0 2.0 22872 2 32 73.0 100.0 43.8 1.6 22872 2 33 ENDDATA 15 0 22872 2 34 ENDSUBENT 33 0 22872 299999 SUBENT 22872003 20161111 225522872 3 1 BIB 4 4 22872 3 2 REACTION (93-NP-237(N,G)93-NP-238,,RI,,LIM) 22872 3 3 REL-REF (R,22858002,K.Kobayashi+,J,NST,39,111,2002) 22872 3 4 ERR-ANALYS (ERR-T) Total error. 22872 3 5 STATUS (TABLE) Table 2 of NST,42,(2),135,2005 22872 3 6 ENDBIB 4 0 22872 3 7 NOCOMMON 0 0 22872 3 8 DATA 4 2 22872 3 9 EN-MIN EN-MAX DATA ERR-T 22872 3 10 EV EV B B 22872 3 11 0.3 100. 807. 19. 22872 3 12 0.5 100. 506. 14. 22872 3 13 ENDDATA 4 0 22872 3 14 ENDSUBENT 13 0 22872 399999 SUBENT 22872004 20161111 225522872 4 1 BIB 7 12 22872 4 2 REACTION (93-NP-237(N,G)93-NP-238,,SIG) 22872 4 3 EXP-YEAR (2003) Final results, Nov 2003 22872 4 4 ANALYSIS .Results of calculation from exp. data by program 22872 4 5 "SumSig4.mcd" 22872 4 6 ERR-ANALYS (DATA-ERR) Type of error is not specified 22872 4 7 STATUS (TABLE) Delivered by INTERNET from O.Shcherbakov 22872 4 8 et al. via N.Ohtsuka, 2007-10-27 22872 4 9 FLAG (1.) For En = 0.0185 - 0.3495 eV: 100 ch group--> 22872 4 10 (2.) For En = 0.3543 - 0.5995 eV: 25 ch group--> 22872 4 11 (3.) For En = 0.6326 - 1.138 eV: 50 ch group--> 22872 4 12 --> Authors remarks 22872 4 13 HISTORY (20071120C) SM 22872 4 14 ENDBIB 12 0 22872 4 15 NOCOMMON 0 0 22872 4 16 DATA 4 88 22872 4 17 EN DATA DATA-ERR FLAG 22872 4 18 EV B B NO-DIM 22872 4 19 0.01846 170.6 37.16 1. 22872 4 20 0.01893 266.5 37.56 1. 22872 4 21 0.01941 220.5 35.59 1. 22872 4 22 0.01992 241.3 33.98 1. 22872 4 23 0.02044 212.8 32.02 1. 22872 4 24 0.02098 202.6 29.2 1. 22872 4 25 0.02155 219.7 28.54 1. 22872 4 26 0.02214 179.6 27.11 1. 22872 4 27 0.02276 223.3 25.65 1. 22872 4 28 0.0234 159.4 23.92 1. 22872 4 29 0.02407 193.5 22.79 1. 22872 4 30 0.02476 167. 22.06 1. 22872 4 31 0.02549 193.5 20.66 1. 22872 4 32 0.02625 184. 19.04 1. 22872 4 33 0.02705 165.2 18.23 1. 22872 4 34 0.02788 182.5 17.16 1. 22872 4 35 0.02875 159. 16.53 1. 22872 4 36 0.02966 164. 15.74 1. 22872 4 37 0.03062 176.6 15.03 1. 22872 4 38 0.03163 162.7 14.19 1. 22872 4 39 0.03268 159.5 13.4 1. 22872 4 40 0.03379 159.5 12.78 1. 22872 4 41 0.03495 136.4 11.79 1. 22872 4 42 0.03618 154.8 11.34 1. 22872 4 43 0.03747 142.3 10.81 1. 22872 4 44 0.03883 137.6 10.1 1. 22872 4 45 0.04027 147.4 9.818 1. 22872 4 46 0.04179 132.1 9.458 1. 22872 4 47 0.0434 129.4 8.834 1. 22872 4 48 0.0451 141.7 8.661 1. 22872 4 49 0.0469 129.1 8.161 1. 22872 4 50 0.04882 125.9 7.757 1. 22872 4 51 0.05085 124.1 7.437 1. 22872 4 52 0.05301 120.8 7.178 1. 22872 4 53 0.05532 116.6 6.919 1. 22872 4 54 0.05778 117.7 6.636 1. 22872 4 55 0.0604 120.6 6.49 1. 22872 4 56 0.06321 115.8 6.177 1. 22872 4 57 0.06622 107.2 5.943 1. 22872 4 58 0.06945 109.5 5.828 1. 22872 4 59 0.07292 100.9 5.695 1. 22872 4 60 0.07666 98.83 5.512 1. 22872 4 61 0.0807 103.6 5.532 1. 22872 4 62 0.08506 95.95 5.387 1. 22872 4 63 0.08978 93.27 5.419 1. 22872 4 64 0.09491 93.71 5.465 1. 22872 4 65 0.1005 89.83 5.519 1. 22872 4 66 0.1066 81.86 5.458 1. 22872 4 67 0.1132 81.18 5.594 1. 22872 4 68 0.1205 76.44 5.804 1. 22872 4 69 0.1286 69.63 5.949 1. 22872 4 70 0.1374 67.55 6.368 1. 22872 4 71 0.1473 70.71 6.829 1. 22872 4 72 0.1582 65.71 7.33 1. 22872 4 73 0.1703 73.11 8.205 1. 22872 4 74 0.1839 60.57 8.812 1. 22872 4 75 0.1993 53.49 9.404 1. 22872 4 76 0.2166 53.3 9.863 1. 22872 4 77 0.2363 59.78 10.68 1. 22872 4 78 0.2588 63.7 10.95 1. 22872 4 79 0.2846 72.96 10.82 1. 22872 4 80 0.3146 95.39 10.8 1. 22872 4 81 0.3495 105.4 10.28 1. 22872 4 82 0.3543 132.5 20.32 2. 22872 4 83 0.3641 98.79 20.26 2. 22872 4 84 0.3744 104.2 20. 2. 22872 4 85 0.385 135.1 20.19 2. 22872 4 86 0.3962 172.8 21.36 2. 22872 4 87 0.4079 193.4 21.19 2. 22872 4 88 0.42 225.9 22.18 2. 22872 4 89 0.4328 299.4 23.67 2. 22872 4 90 0.4461 467.7 27.5 2. 22872 4 91 0.46 838.6 39.83 2. 22872 4 92 0.4746 1477. 59.27 2. 22872 4 93 0.4899 1965. 75.67 2. 22872 4 94 0.506 1495. 57.74 2. 22872 4 95 0.5229 827.2 36.19 2. 22872 4 96 0.5406 403.1 24.03 2. 22872 4 97 0.5592 223.6 19.3 2. 22872 4 98 0.5788 159. 17.57 2. 22872 4 99 0.5995 125.8 17.03 2. 22872 4 100 0.6326 77.71 11.19 3. 22872 4 101 0.6813 58.56 10.85 3. 22872 4 102 0.7358 40.21 10.35 3. 22872 4 103 0.7971 19.6 9.676 3. 22872 4 104 0.8663 37.3 9.537 3. 22872 4 105 0.9451 40.93 9.183 3. 22872 4 106 1.035 43.18 8.746 3. 22872 4 107 ENDDATA 90 0 22872 4 108 ENDSUBENT 107 0 22872 499999 SUBENT 22872005 20161111 225522872 5 1 BIB 7 15 22872 5 2 REACTION (93-NP-237(N,G)93-NP-238,,SIG) 22872 5 3 EXP-YEAR (2003) Final results, Oct 2003 22872 5 4 ANALYSIS .Results of calculation from exp data by program 22872 5 5 "SumSig4.mcd" 22872 5 6 ERR-ANALYS (DATA-ERR) Type of error is not specified 22872 5 7 STATUS (TABLE) Delivered by INTERNET from O.Shcherbakov 22872 5 8 et al. via N.Ohtsuka, 2007-10-27 22872 5 9 FLAG (1.) For En = 0.2953 - 0.3962 eV: 100 ch group--> 22872 5 10 (2.) For En = 0.3985 - 0.5993 eV: 20 ch group--> 22872 5 11 (3.) For En = 0.6211 - 1.2260 eV: 100 ch group--> 22872 5 12 (4.) For En = 1.2380 - 2.0550 eV: 20 ch group--> 22872 5 13 (5.) For En = 2.197 - 3.460 eV: 100 ch group--> 22872 5 14 (6.) For En = 3.519 - 100 eV : 20 ch group--> 22872 5 15 --> Authors remarks 22872 5 16 HISTORY (20071120C) SM 22872 5 17 ENDBIB 15 0 22872 5 18 NOCOMMON 0 0 22872 5 19 DATA 4 257 22872 5 20 EN DATA DATA-ERR FLAG 22872 5 21 EV B B NO-DIM 22872 5 22 0.2953 68.22 15.65 1. 22872 5 23 0.3028 72.52 15.07 1. 22872 5 24 0.3106 59.32 14.62 1. 22872 5 25 0.3186 52.82 14.66 1. 22872 5 26 0.327 60.45 14.55 1. 22872 5 27 0.3357 80.92 14.22 1. 22872 5 28 0.3448 93.14 14.89 1. 22872 5 29 0.3542 84.42 14.27 1. 22872 5 30 0.3641 77.25 14.16 1. 22872 5 31 0.3743 105.7 14.6 1. 22872 5 32 0.385 122.7 14.06 1. 22872 5 33 0.3962 117.8 13.85 1. 22872 5 34 0.3985 111.3 31.72 2. 22872 5 35 0.4008 177.5 30.66 2. 22872 5 36 0.4031 141.3 32.88 2. 22872 5 37 0.4054 153.1 30.35 2. 22872 5 38 0.4078 169.6 32.38 2. 22872 5 39 0.4102 171.9 33.42 2. 22872 5 40 0.4126 154.7 32.56 2. 22872 5 41 0.4151 182.4 35.03 2. 22872 5 42 0.4175 241.4 34.05 2. 22872 5 43 0.42 223.9 33.41 2. 22872 5 44 0.4225 230.4 36.59 2. 22872 5 45 0.425 197.1 31.32 2. 22872 5 46 0.4275 232.4 34.4 2. 22872 5 47 0.4301 301.8 34.94 2. 22872 5 48 0.4327 280.8 34.66 2. 22872 5 49 0.4353 345.4 39.41 2. 22872 5 50 0.438 389.8 40.54 2. 22872 5 51 0.4406 411. 41.37 2. 22872 5 52 0.4433 418.1 40.49 2. 22872 5 53 0.446 472.4 44.9 2. 22872 5 54 0.4487 538.7 45.8 2. 22872 5 55 0.4515 620.6 49.81 2. 22872 5 56 0.4543 689. 57.07 2. 22872 5 57 0.4571 637.4 47.49 2. 22872 5 58 0.4599 881.6 63.27 2. 22872 5 59 0.4628 937.8 65.86 2. 22872 5 60 0.4657 1030. 69.37 2. 22872 5 61 0.4686 1208. 78.81 2. 22872 5 62 0.4716 1280. 82.19 2. 22872 5 63 0.4745 1490. 91.04 2. 22872 5 64 0.4775 1695. 102.4 2. 22872 5 65 0.4806 1847. 110.7 2. 22872 5 66 0.4836 1841. 107.2 2. 22872 5 67 0.4867 2090. 124.6 2. 22872 5 68 0.4898 1972. 112.8 2. 22872 5 69 0.493 2075. 120.9 2. 22872 5 70 0.4962 2019. 119.9 2. 22872 5 71 0.4994 1785. 102.5 2. 22872 5 72 0.5026 1678. 97.04 2. 22872 5 73 0.5059 1568. 92.23 2. 22872 5 74 0.5092 1506. 95.45 2. 22872 5 75 0.5125 1226. 75.92 2. 22872 5 76 0.5159 1132. 72.97 2. 22872 5 77 0.5193 938.3 58.99 2. 22872 5 78 0.5227 838.5 58.9 2. 22872 5 79 0.5262 615.4 45.72 2. 22872 5 80 0.5297 641.7 48.25 2. 22872 5 81 0.5333 538.6 43.78 2. 22872 5 82 0.5368 374.5 36.83 2. 22872 5 83 0.5405 385.8 35.66 2. 22872 5 84 0.5441 373.1 37.65 2. 22872 5 85 0.5478 333.3 32.65 2. 22872 5 86 0.5515 263.4 31.85 2. 22872 5 87 0.5553 199. 28.96 2. 22872 5 88 0.5591 231.2 29.25 2. 22872 5 89 0.5629 238. 32.02 2. 22872 5 90 0.5668 173.4 28.77 2. 22872 5 91 0.5707 178.4 29.69 2. 22872 5 92 0.5747 178.9 27.42 2. 22872 5 93 0.5787 197.1 28.66 2. 22872 5 94 0.5827 133. 29.29 2. 22872 5 95 0.5868 120.6 27.79 2. 22872 5 96 0.5909 127.9 26.86 2. 22872 5 97 0.5951 109.4 26.49 2. 22872 5 98 0.5993 86.33 25.8 2. 22872 5 99 0.6211 79.68 11.71 3. 22872 5 100 0.6441 53.42 11.07 3. 22872 5 101 0.6684 34.43 10.27 3. 22872 5 102 0.6941 50.62 10.38 3. 22872 5 103 0.7213 41.01 9.928 3. 22872 5 104 0.7501 31.64 9.908 3. 22872 5 105 0.7807 31.89 9.99 3. 22872 5 106 0.8132 26.56 9.601 3. 22872 5 107 0.8478 33.04 9.455 3. 22872 5 108 0.8847 15.81 9.534 3. 22872 5 109 0.9239 31.86 9.222 3. 22872 5 110 0.9659 42.05 9.081 3. 22872 5 111 1.011 20.31 8.775 3. 22872 5 112 1.059 31.55 8.53 3. 22872 5 113 1.111 44.23 8.636 3. 22872 5 114 1.166 42.4 8.555 3. 22872 5 115 1.226 87.31 8.664 3. 22872 5 116 1.238 83.51 19.46 4. 22872 5 117 1.251 118.3 19.17 4. 22872 5 118 1.264 138.8 20.12 4. 22872 5 119 1.277 229.3 22.53 4. 22872 5 120 1.29 314.7 24.75 4. 22872 5 121 1.304 548.2 33.37 4. 22872 5 122 1.317 664.6 36.43 4. 22872 5 123 1.331 649.5 36.26 4. 22872 5 124 1.345 532.7 31.62 4. 22872 5 125 1.36 379.2 26.08 4. 22872 5 126 1.374 318.3 24.12 4. 22872 5 127 1.389 326.9 25.26 4. 22872 5 128 1.404 324.6 25.09 4. 22872 5 129 1.42 449. 27.55 4. 22872 5 130 1.435 778.8 39.46 4. 22872 5 131 1.451 1325. 61.17 4. 22872 5 132 1.467 1810. 79.11 4. 22872 5 133 1.484 2104. 91.59 4. 22872 5 134 1.5 1614. 71.22 4. 22872 5 135 1.517 956.9 45.82 4. 22872 5 136 1.534 511.2 29.14 4. 22872 5 137 1.552 338.5 24.26 4. 22872 5 138 1.57 197. 19.88 4. 22872 5 139 1.588 120.9 18.67 4. 22872 5 140 1.606 104.3 17.67 4. 22872 5 141 1.625 81.53 16.41 4. 22872 5 142 1.644 62.05 16.61 4. 22872 5 143 1.664 68.92 16.45 4. 22872 5 144 1.684 45.48 16.59 4. 22872 5 145 1.704 48.12 15.56 4. 22872 5 146 1.724 32.89 15.44 4. 22872 5 147 1.745 40.36 15.85 4. 22872 5 148 1.766 43.55 15.3 4. 22872 5 149 1.788 28.26 15.49 4. 22872 5 150 1.81 21.6 14.93 4. 22872 5 151 1.833 13. 15.17 4. 22872 5 152 1.855 10.33 14.95 4. 22872 5 153 1.879 26.36 14.58 4. 22872 5 154 1.902 56.87 15.63 4. 22872 5 155 1.927 96.39 16.49 4. 22872 5 156 1.951 145.3 17.14 4. 22872 5 157 1.977 181.5 18.1 4. 22872 5 158 2.002 126.9 16.18 4. 22872 5 159 2.028 62.18 15.29 4. 22872 5 160 2.055 56.22 14.88 4. 22872 5 161 2.197 9.131 6.227 5. 22872 5 162 2.353 -3.619 5.938 5. 22872 5 163 2.527 2.06 5.795 5. 22872 5 164 2.721 7.694 5.593 5. 22872 5 165 2.939 5.763 5.321 5. 22872 5 166 3.183 3.614 5.182 5. 22872 5 167 3.46 11.21 5.062 5. 22872 5 168 3.519 9.614 11.37 6. 22872 5 169 3.58 14.04 11.09 6. 22872 5 170 3.643 20.4 11.4 6. 22872 5 171 3.708 47.48 11.36 6. 22872 5 172 3.774 140.6 12.9 6. 22872 5 173 3.842 826. 31.88 6. 22872 5 174 3.911 623.3 24.94 6. 22872 5 175 3.983 115.7 12.21 6. 22872 5 176 4.057 31.63 10.88 6. 22872 5 177 4.132 30.8 10.56 6. 22872 5 178 4.21 51.41 10.79 6. 22872 5 179 4.29 91.51 11.14 6. 22872 5 180 4.373 23.12 10.1 6. 22872 5 181 4.458 19.74 9.939 6. 22872 5 182 4.545 1.332 9.885 6. 22872 5 183 4.635 16.52 9.687 6. 22872 5 184 4.727 -0.660 9.523 6. 22872 5 185 4.823 64.06 10.56 6. 22872 5 186 4.921 72.63 9.977 6. 22872 5 187 5.022 17.89 9.233 6. 22872 5 188 5.127 13.57 9.118 6. 22872 5 189 5.234 27.37 9.451 6. 22872 5 190 5.346 17.23 9.115 6. 22872 5 191 5.46 15.29 9.147 6. 22872 5 192 5.579 36.93 9.45 6. 22872 5 193 5.701 580. 22.24 6. 22872 5 194 5.828 965.2 32.37 6. 22872 5 195 5.959 72.06 9.491 6. 22872 5 196 6.094 17.1 9.16 6. 22872 5 197 6.234 40.29 9.166 6. 22872 5 198 6.378 158.7 10.8 6. 22872 5 199 6.528 37.16 8.762 6. 22872 5 200 6.683 31.67 8.381 6. 22872 5 201 6.844 15.78 8.341 6. 22872 5 202 7.011 1.368 7.973 6. 22872 5 203 7.184 20.96 7.971 6. 22872 5 204 7.363 147.7 10.15 6. 22872 5 205 7.549 81.18 8.695 6. 22872 5 206 7.742 14.52 7.795 6. 22872 5 207 7.943 10.97 7.454 6. 22872 5 208 8.152 26.98 7.786 6. 22872 5 209 8.369 101.8 8.666 6. 22872 5 210 8.594 14.35 7.505 6. 22872 5 211 8.829 46.82 7.744 6. 22872 5 212 9.074 130. 8.752 6. 22872 5 213 9.329 391.3 14.55 6. 22872 5 214 9.595 17.16 7.038 6. 22872 5 215 9.873 2.395 6.766 6. 22872 5 216 10.16 25.84 6.925 6. 22872 5 217 10.47 69.06 7.415 6. 22872 5 218 10.78 706.4 22.23 6. 22872 5 219 11.11 499. 16.52 6. 22872 5 220 11.46 23.49 6.538 6. 22872 5 221 11.82 14.54 6.33 6. 22872 5 222 12.2 44.42 6.805 6. 22872 5 223 12.6 302.6 11.44 6. 22872 5 224 13.02 13.65 6.36 6. 22872 5 225 13.46 8.071 6.178 6. 22872 5 226 13.92 2.923 6.023 6. 22872 5 227 14.41 3.397 5.852 6. 22872 5 228 14.93 -1.812 5.753 6. 22872 5 229 15.47 11.77 5.784 6. 22872 5 230 16.04 213.5 8.825 6. 22872 5 231 16.64 45.21 5.738 6. 22872 5 232 17.28 26.55 5.497 6. 22872 5 233 17.96 25.02 5.307 6. 22872 5 234 18.67 5.392 5.173 6. 22872 5 235 19.43 16.26 5.197 6. 22872 5 236 20.24 147.4 7.026 6. 22872 5 237 21.1 74.33 5.761 6. 22872 5 238 22.01 133.9 6.533 6. 22872 5 239 22.99 59.51 5.286 6. 22872 5 240 24.03 160.2 6.75 6. 22872 5 241 25.14 329.5 10.26 6. 22872 5 242 26.34 191.5 7.213 6. 22872 5 243 27.62 5.641 4.218 6. 22872 5 244 28.99 21.05 4.39 6. 22872 5 245 30.47 194.8 7.033 6. 22872 5 246 32.07 12.41 4.089 6. 22872 5 247 33.8 41.56 4.165 6. 22872 5 248 35.67 20.3 3.925 6. 22872 5 249 37.7 82.6 4.659 6. 22872 5 250 39.9 67.58 4.263 6. 22872 5 251 42.31 52.65 3.956 6. 22872 5 252 44.94 46.49 3.86 6. 22872 5 253 47.83 69.51 3.981 6. 22872 5 254 51. 172.5 5.723 6. 22872 5 255 54.5 36.33 3.46 6. 22872 5 256 58.38 50.15 3.501 6. 22872 5 257 62.68 58.07 3.494 6. 22872 5 258 67.47 83.41 3.744 6. 22872 5 259 72.84 43.69 3.171 6. 22872 5 260 78.87 30.94 2.88 6. 22872 5 261 85.68 84.14 3.533 6. 22872 5 262 93.42 31.52 2.718 6. 22872 5 263 102.3 66.57 3.032 22872 5 264 112.4 65.04 2.911 22872 5 265 124.1 39.09 2.447 22872 5 266 137.8 48.01 2.493 22872 5 267 153.9 51.34 2.42 22872 5 268 172.9 49.67 2.317 22872 5 269 195.8 41.95 2.091 22872 5 270 223.4 48.08 2.12 22872 5 271 257.4 35.22 1.827 22872 5 272 299.8 37.63 1.753 22872 5 273 353.5 41.9 1.713 22872 5 274 423.1 26.03 1.422 22872 5 275 515.4 23.61 1.281 22872 5 276 641.6 19.56 1.132 22872 5 277 820.6 14.82 0.9718 22872 5 278 1086. 10.71 0.8492 22872 5 279 ENDDATA 259 0 22872 5 280 ENDSUBENT 279 0 22872 599999 NOSUBENT 22872006 20090218 22082287200600001 ENDENTRY 6 0 2287299999999