ENTRY 41470 20190325 41824147000000001 SUBENT 41470001 20190325 41824147000100001 BIB 7 22 4147000100002 TITLE Nuclear Structure of Gd-157. 4147000100003 AUTHOR (V.Bondarenko,A.V.Afanasjev,F.Bechvarzh,J.Honzatko, 4147000100004 M.E.Montero-Cabrera,I.Kuvaga,S.J.Robinson,A.M.J.Spits, 4147000100005 S.A.Telezhnikov) 4147000100006 INSTITUTE (4ZZZDUB) F.Bechvarzh,M.E.Montero-Cabrera,S.Telezhnikov4147000100007 (4LATULR) V.Bondarenko,A.V.Afanasjev,I.Kuvaga 4147000100008 (1USANOT) A.V.Afanasjev 4147000100009 (2FR ILL) S.J.Robinson 4147000100010 (2BLGMOL) A.M.J.Spits 4147000100011 REFERENCE (J,NP/A,726,175,2003) Main Ref. 4147000100012 REL-REF (R,40945003,F.Becvar+,J,YF,44,3,1986) 4147000100013 Gd-156 SPC at 33.23 eV resonance for Egamma=410 keV. 4147000100014 (O,22765001,V.Bondarenko+,J,NP/A,726,175,2003) 4147000100015 Thermal (n,g) spectra,measured at ILL. 4147000100016 ADD-RES Branchings of depopulating transitions. 4147000100017 Table 6 of main Reference. 4147000100018 No indication was found for existance of levels at 4147000100019 315., 372., 696., 723., 747., 827 keV reported in 4147000100020 R.G.Helmer, Nucl.Data Sheets (ND/B),78,219,1996. 4147000100021 HISTORY (20060804C) Compiled At CJD. M.M. 4147000100022 (20190325U) Gd-157 was added in SF4 (Subents 002.003). 4147000100023 Minor correction in STATUS 4147000100024 ENDBIB 22 0 4147000100025 NOCOMMON 0 0 4147000100026 ENDSUBENT 25 0 4147000199999 SUBENT 41470002 20190325 41824147000200001 BIB 12 44 4147000200002 REACTION (64-GD-156(N,G)64-GD-157,,SPC,,RES/REL/AV) 4147000200003 Normalized reduced resonance-averaged intensities of 4147000200004 primary transitions. 4147000200005 Intensity of gamma-rays was normalized to 1. for 4147000200006 a subset of previously known negative-parity levels. 4147000200007 REFERENCE (J,NIM,163,591,1979) Details of data processing. 4147000200008 (R,JINR-11-80-335,1980) 4147000200009 (R,JINR-P10-81-358,1981) 4147000200010 FACILITY (REAC,4ZZZDUB)Fast Pulse Reactor IBR-30 In Booster Mode4147000200011 (LINAC,4ZZZDUB)40MeV Linear Electron Accelerator LUE-404147000200012 METHOD (TOF) Resolution power - 70 ns/m. 4147000200013 SAMPLE 46 g gadolinium oxide of isotopical composition: 4147000200014 Gd-152 <= 0.1 %, Gd-154 <= 0.1 %, Gd-155 - 0.7 %, 4147000200015 Gd-156 - 94.2 %, Gd-157 - 3.6 %, Gd-158 - 1.2 %, 4147000200016 Gd-160 - 0.3 %. 4147000200017 Packed as plate of 65 mm x 90 mm size. 4147000200018 Placed at 50 m distance from reactor core. 4147000200019 DETECTOR (GELI)Ge(Li) detector of resolution 5.8 keV at 5.5 MeV.4147000200020 Detector surrounded by (Li-6)2-C-O3 shielding. 4147000200021 EN-SEC (E,G) Recoil-corrected energies averaged over 16 4147000200022 resonances. 4147000200023 (E-LVL,64-GD-157) Level Energies were obtained from 4147000200024 differences of neutron binding energy 6359.86 keV and 4147000200025 average energies of primary gamma-rays evaluated from 4147000200026 independent resonance and thermal capture measurements.4147000200027 ANALYSIS 16 Resonances were taken into account: 33.23, 80.1, 4147000200028 109.8, 151.2, 198.1, 201.6, 340., 377., 461., 477., 4147000200029 515., 564., 711., 796., 845., 1143. eV. 4147000200030 ERR-ANALYS (DATA-ERR) Not Specified 4147000200031 (E-ERR) Minimal energy error at energies above 5.3MeV. 4147000200032 Maximal energy error at energies below 5.3MeV. 4147000200033 Energy Errors depend of intensity and complexity 4147000200034 of spectra . 4147000200035 MISC-COL (MISC1) Parity, based on Monte Carlo analysis of 4147000200036 resonance intensities. Statistical 4147000200037 significance 99.9%. 4147000200038 FLAG (1.) Statistical significance of parity is 99.%. 4147000200039 (2.) Based on extraordinary high intensity value 4147000200040 4.31+-0.79 at 3.23 eV resonance. 4147000200041 (3.) Based on extraordinary high intensity value 4147000200042 4.93+-0.91 at 80.1 eV resonance. 4147000200043 (4.) Based on extraordinary high intensity value 4147000200044 9.1+-1.1 at 377. eV resonance. 4147000200045 STATUS (TABLE) Table 2 of Nucl.Phys.A,726,175,2003 4147000200046 ENDBIB 44 0 4147000200047 COMMON 2 3 4147000200048 EN-RES-MIN EN-RES-MAX 4147000200049 EV EV 4147000200050 33.23 1143. 4147000200051 ENDCOMMON 3 0 4147000200052 DATA 7 48 4147000200053 E E-ERR DATA DATA-ERR E-LVL MISC1 4147000200054 FLAG 4147000200055 KEV KEV ARB-UNITS ARB-UNITS KEV NO-DIM 4147000200056 NO-DIM 4147000200057 6360.0 0.5 0.87 0.16 -0.05 -1. 4147000200058 4147000200059 6295.9 0.5 0.028 0.022 64.1 +1. 4147000200060 4147000200061 5886.0 0.5 0.177 0.045 474.2 +1. 4147000200062 1. 4147000200063 5676.8 0.5 0.327 0.073 682.9 4147000200064 4147000200065 5658.3 0.5 0.954 0.183 701.0 -1. 4147000200066 4147000200067 5630.7 0.5 0.583 0.116 729.2 -1. 4147000200068 1. 4147000200069 5608.3 0.5 0.142 0.051 751.2 +1. 4147000200070 4147000200071 5596.9 0.5 0.845 0.164 762.8 -1. 4147000200072 4147000200073 5565.9 0.5 1.29 0.24 793.8 -1. 4147000200074 4147000200075 5550.4 0.5 1.46 0.27 809.3 -1. 4147000200076 4147000200077 5422.7 0.5 0.107 0.057 937.2 +1. 4147000200078 4147000200079 5386.0 0.5 0.107 0.060 974.0 +1. 4147000200080 4147000200081 5318.1 0.5 1.06 0.21 1041.6 -1. 4147000200082 4147000200083 5266.8 1.5 0.097 0.068 1093.0 +1. 4147000200084 4147000200085 5251.6 1.5 0.184 0.077 1108.3 +1. 4147000200086 1. 4147000200087 5201.9 1.5 0.124 0.075 1157.3 +1. 4147000200088 4147000200089 5183.1 1.5 0.125 0.076 1166.8 +1. 4147000200090 4147000200091 5121.8 1.5 0.149 0.091 1238.1 +1. 4147000200092 4147000200093 5112.8 1.5 -0.060 0.079 1247.1 +1. 4147000200094 4147000200095 5074.1 1.5 0.285 0.101 1284.1 4147000200096 4147000200097 5062.4 1.5 0.235 0.096 1297.5 4147000200098 4147000200099 5042.9 1.5 0.774 0.172 1316.5 -1. 4147000200100 1. 4147000200101 5026.1 1.5 0.215 0.102 1333.8 +1. 4147000200102 1. 4147000200103 5009.7 1.5 1.37 0.27 1349.6 -1. 4147000200104 4147000200105 4972.8 1.5 0.40 0.12 1386.9 4147000200106 4147000200107 4946.2 1.5 0.728 0.168 1413.7 -1. 4147000200108 2. 4147000200109 4881.8 1.5 0.16 0.12 1478.1 +1. 4147000200110 1. 4147000200111 4870.5 1.5 0.32 0.13 1488.0 4147000200112 4147000200113 4837.8 1.5 0.71 0.18 1521.5 -1. 4147000200114 3. 4147000200115 4832.5 1.5 0.42 0.15 1526.8 4147000200116 4147000200117 4823.4 1.5 0.04 0.12 1538.2 +1. 4147000200118 4147000200119 4791.5 1.5 0.10 0.13 1568.4 +1. 4147000200120 1. 4147000200121 4769.3 1.5 0.618 0.175 1590.2 4147000200122 4147000200123 4744.4 1.5 1.13 0.25 1614.8 -1. 4147000200124 4147000200125 4721.2 1.5 0.24 0.15 1638.7 4147000200126 4147000200127 4700.7 1.5 1.03 0.25 1658.6 -1. 4147000200128 4. 4147000200129 4691.7 1.5 1.00 0.23 1668.2 -1. 4147000200130 1. 4147000200131 4665.4 1.5 0.018 0.015 1694.5 +1. 4147000200132 1. 4147000200133 4653.0 1.5 -0.074 0.015 1706.9 +1. 4147000200134 4147000200135 4641.5 1.5 1.19 0.27 1718.1 -1. 4147000200136 4147000200137 4621.4 1.5 1.42 0.31 1738.5 -1. 4147000200138 4147000200139 4607.5 1.5 0.84 0.30 1751.3 4147000200140 4147000200141 4593.4 1.5 0.125 0.175 1766.5 +1. 4147000200142 1. 4147000200143 4561.0 1.5 1.32 0.30 1798.8 -1. 4147000200144 4147000200145 4534.9 1.5 0.49 0.21 1824.5 4147000200146 4147000200147 4513.4 1.5 0.28 0.30 1845.8 4147000200148 4147000200149 4504.9 1.5 0.36 0.31 1855.7 4147000200150 4147000200151 4495.9 1.5 0.63 0.33 1864.0 4147000200152 4147000200153 ENDDATA 100 0 4147000200154 ENDSUBENT 153 0 4147000299999 SUBENT 41470003 20190325 41824147000300001 BIB 10 29 4147000300002 REACTION ((64-GD-156(N,G)64-GD-157,,SPC,,RES)// 4147000300003 (64-GD-156(N,G)64-GD-157,,SPC,,RES)) 4147000300004 Secondary gamma-ray transition in Gd-157 in radiative 4147000300005 capture. 4147000300006 Relative intensity of gamma-rays was 4147000300007 normalized to 100. units for 370. keV line; 4147000300008 DATA and DATA-ERR were multiplied by 1.E-2 to 4147000300009 obtain NO-DIM units. 4147000300010 FACILITY (REAC,4ZZZDUB)Fast Pulse Reactor IBR-30 In Booster Mode4147000300011 (LINAC,4ZZZDUB)40MeV Linear Electron Accelerator LUE-404147000300012 METHOD (TOF) Resolution power - 70 ns/m. 4147000300013 SAMPLE 2 g gadolinium oxide of isotopical composition: 4147000300014 Gd-152 <= 0.1 %, Gd-154 <= 0.1 %, Gd-155 - 0.7 %, 4147000300015 Gd-156 - 94.2 %, Gd-157 - 3.6 %, Gd-158 - 1.2 %, 4147000300016 Gd-160 - 0.3 %. 4147000300017 For measurements of low-energy parts of gamma-spectra 4147000300018 for isolated resonances to have information about 4147000300019 secondary transitions. 4147000300020 DETECTOR (GELI)Ge(Li) detector of resolution 5.8 keV at 5.5 MeV.4147000300021 Detector surrounded by (Li-6)2-C-O3 shielding. 4147000300022 EN-SEC (E,G) Gamma Energy 4147000300023 LVL-INI,64-GD-157 - Initial level energy 4147000300024 LVL-FIN,64-GD-157 - Final level energy 4147000300025 ANALYSIS Analysis of secondary transitions was based on the use4147000300026 of gamma-ray spectrum for most pronounced neutron 4147000300027 resonance at 33.23 eV. 4147000300028 ERR-ANALYS (DATA-ERR) Not Specified 4147000300029 STATUS (TABLE) Table 3 of Nucl.Phys.A,726,175,2003 4147000300030 HISTORY (20190325A) Reaction was corrected as ratio. 4147000300031 ENDBIB 29 0 4147000300032 COMMON 2 3 4147000300033 EN-RES E-DN 4147000300034 EV KEV 4147000300035 33.23 370. 4147000300036 ENDCOMMON 3 0 4147000300037 DATA 6 55 4147000300038 E-NM E-NM-ERR DATA DATA-ERR LVL-INI LVL-FIN 4147000300039 KEV KEV NO-DIM NO-DIM KEV KEV 4147000300040 76.82 0.16 9.6 E-02 1.7 E-02 131.4 54.5 4147000300041 131.89 0.15 4.2 E-02 0.6 E-02 131.4 0.0 4147000300042 161.81 0.45 1.7 E-02 0.4 E-02 686.6 524.8 4147000300043 172.58 0.33 2.6 E-02 0.6 E-02 226.8 54.5 4147000300044 208.23 0.12 52.0 E-02 1.0 E-02 682.8 474.6 4147000300045 211.53 0.50 1.9 E-02 0.6 E-02 686.6 474.6 4147000300046 227.22 0.37 3.4 E-02 0.8 E-02 751.3 524.8 4147000300047 238.13 0.23 4.6 E-02 1.0 E-02 762.7 524.8 4147000300048 284.09 0.23 6.0 E-02 1.3 E-02 809.1 524.8 4147000300049 288.22 0.17 16.0 E-02 1.3 E-02 762.7 474.6 4147000300050 302.38 0.62 2.2 E-02 1.1 E-02 4147000300051 309.13 0.31 7.0 E-02 1.1 E-02 4147000300052 318.89 0.17 44.8 E-02 1.7 E-02 434.4 115.7 4147000300053 327.85 0.34 3.4 E-02 1.3 E-02 762.7 434.4 4147000300054 334.36 0.21 10.8 E-02 1.6 E-02 809.1 474.6 4147000300055 339.58 0.26 7.2 E-02 1.6 E-02 814.2 474.2 4147000300056 359.10 0.38 4.7 E-02 1.3 E-02 793.6 434.4 4147000300057 370.55 0.16 100. E-02 2.0 E-02 434.4 63.9 4147000300058 393.00 0.32 6.2 E-02 1.4 E-02 524.8 131.4 4147000300059 399.50 0.21 10.1 E-02 1.9 E-02 514.6 115.7 4147000300060 409.00 0.15 94.7 E-02 2.8 E-02 524.8 131.4 4147000300061 410.69 0.15 350. E-02 3. E-02 474.6 63.9 4147000300062 413.35 0.23 9.5 E-02 2.0 E-02 4147000300063 420.24 0.18 18.6 E-02 2.0 E-02 474.6 54.5 4147000300064 427.43 0.16 27.1 E-02 2.0 E-02 607.5 180.2 4147000300065 451.00 0.21 12.0 E-02 2.0 E-02 514.6 63.9 4147000300066 461.18 0.13 34.6 E-02 2.3 E-02 524.8 63.9 4147000300067 470.94 0.29 7.7 E-02 2.2 E-02 4147000300068 474.87 0.13 45.3 E-02 2.3 E-02 474.6 0.0 4147000300069 491.98 0.24 11.3 E-02 2.2 E-02 607.5 115.7 4147000300070 515.68 0.34 10.0 E-02 2.4 E-02 4147000300071 524.70 0.28 7.0 E-02 2.1 E-02 524.8 0.0 4147000300072 559.32 0.44 7.6 E-02 2.0 E-02 1247.1 686.6 4147000300073 567.23 0.23 17.0 E-02 2.6 E-02 683.1 115.7 4147000300074 571.18 0.10 49.9 E-02 2.8 E-02 686.6 115.7 4147000300075 591.06 0.57 6.1 E-02 2.1 E-02 771.2 180.2 4147000300076 608.21 0.24 10.2 E-02 2.3 E-02 4147000300077 615.33 0.26 16.3 E-02 2.8 E-02 1049.8 434.4 4147000300078 619.21 0.08 217. E-02 4. E-02 683.1 63.9 4147000300079 622.55 0.12 33.6 E-02 2.9 E-02 686.6 63.9 4147000300080 656.99 0.12 33.2 E-02 3.1 E-02 4147000300081 674.82 0.08 133. E-02 4. E-02 729.1 54.5 4147000300082 683.02 0.14 27.4 E-02 3.2 E-02 682.8 0.0 4147000300083 687.62 0.08 99.5 E-02 3.6 E-02 751.3 63.9 4147000300084 698.59 0.16 26.1 E-02 3.3 E-02 814.2 115.7 4147000300085 701.54 0.07 184. E-02 4. E-02 701.4 0.0 4147000300086 722.47 0.19 17.2 E-02 3.3 E-02 1247.1 524.8 4147000300087 729.38 0.08 70.4 E-02 3.6 E-02 729.1 0.0 4147000300088 734.04 0.12 31.3 E-02 3.5 E-02 788.5 54.5 4147000300089 738.83 0.43 7.3 E-02 2.8 E-02 793.6 54.5 4147000300090 751.19 0.16 32.0 E-02 3.6 E-02 4147000300091 754.51 0.08 87.5 E-02 3.9 E-02 809.1 54.5 4147000300092 762.71 0.07 85.6 E-02 3.9 E-02 762.7 0.0 4147000300093 793.74 0.08 69.7 E-02 3.9 E-02 793.6 0.0 4147000300094 809.37 0.23 13.8 E-02 3.6 E-02 809.1 0.0 4147000300095 ENDDATA 57 0 4147000300096 ENDSUBENT 95 0 4147000399999 SUBENT 41470004 20190325 41824147000400001 BIB 14 37 4147000400002 REACTION ((64-GD-157(N,INL)64-GD-157,,SPC)// 4147000400003 (64-GD-157(N,INL)64-GD-157,,SPC)) 4147000400004 Secondary gamma-ray transition in Gd-157 in radiative 4147000400005 capture. 4147000400006 Relative intensity of gamma-rays was 4147000400007 normalized to 100. units for 370. keV line; 4147000400008 DATA and DATA-ERR were multiplied by 1.E-2 to 4147000400009 obtain NO-DIM units. 4147000400010 REL-REF (C,,R.C.Greenwood+,J,NP/A,304,327,1978) Data for 4147000400011 gamma-ray energies calibration. 4147000400012 FACILITY (REAC,4LATULR)5MW light-water IRT Reactor at Salaspils.4147000400013 8 mm thick B-10 Filter. B4C layer. 4147000400014 INC-SOURCE (REAC) 4147000400015 INC-SPECT Neutron spectrum of exponential shape obtained with 4147000400016 B-10 filter.Total integratedFlux about 3.E+7 n/cm2/sec4147000400017 SAMPLE Gd2-O3 oxide samples of weight in range 15-23g. 4147000400018 Isotopic composition: 4147000400019 Gd-152 <= 0.1 %, Gd-154 <= 0.1 %, Gd-155 - 0.1 %, 4147000400020 Gd-156 - 1.9 %, Gd-157 - 92.3 %, Gd-158 - 5.4 %, 4147000400021 Gd-160 - 0.3 %. 4147000400022 DETECTOR (GE) Ge detectors, best resolution FWHM=2.0 keV at 4147000400023 1332 keV gmma-ray energy. Used for spectra measuremant4147000400024 CORRECTION Gamma-ray Intensities were corrected for 4147000400025 self-absorption in sample. 4147000400026 ADD-RES (ANGD) Gamma-ray angular distribution at 5 angles 4147000400027 between 90 and 145 degrees.Deduced angular 4147000400028 anisotropies were found to be small. 4147000400029 EN-SEC (E,G) Gamma Energy 4147000400030 LVL-INI,64-GD-157 - Initial Level Energy 4147000400031 LVL-FIN,64-GD-157 - Final Level Energy 4147000400032 ERR-ANALYS (DATA-ERR) Not Specified 4147000400033 STATUS (TABLE) Table 3 of Nucl.Phys.A,726,175,2003 4147000400034 COMMENT E-GAMMA=77.16+-0.30 keV From LVL-INI=131.4 to 4147000400035 LVL-FIN=54.5 keV was included in Table 3 of Ref. 4147000400036 without Intensity value because of large error due 4147000400037 selfabsorbtion in sample. 4147000400038 HISTORY (20190325A) Reaction was corrected as ratio. 4147000400039 ENDBIB 37 0 4147000400040 COMMON 2 3 4147000400041 EN-DUMMY E-DN 4147000400042 MEV KEV 4147000400043 1. 370. 4147000400044 ENDCOMMON 3 0 4147000400045 DATA 6 136 4147000400046 E-NM E-NM-ERR DATA DATA-ERR LVL-INI LVL-FIN 4147000400047 KEV KEV NO-DIM NO-DIM KEV KEV 4147000400048 91.96 0.08 27.6 E-02 1.3 E-02 272.2 180.2 4147000400049 95.47 0.25 28.3 E-02 1.5 E-02 226.8 131.4 4147000400050 116.28 0.15 4.4 E-02 0.3 E-02 180.2 63.9 4147000400051 120.12 0.05 18.2 E-02 0.9 E-02 347.0 226.8 4147000400052 131.42 0.04 26.3 E-02 1.4 E-02 131.4 0.0 4147000400053 147.93 0.11 5.4 E-02 0.9 E-02 508.9 361.0 4147000400054 152.86 0.07 10.6 E-02 0.6 E-02 579.4 426.5 4147000400055 156.50 0.04 16.0 E-02 0.8 E-02 272.2 115.7 4147000400056 161.55 0.22 2.6 E-02 0.4 E-02 686.6 524.8 4147000400057 172.37 0.02 42.2 E-02 2.1 E-02 226.8 54.5 4147000400058 180.84 0.10 30.0 E-02 1.5 E-02 361.0 180.2 4147000400059 208.18 0.03 23.8 E-02 1.2 E-02 682.8 474.6 4147000400060 215.63 0.02 29.3 E-02 1.4 E-02 346.9 131.4 4147000400061 226.46 0.38 2.4 E-02 5.1 E-02 741.7 514.6 4147000400062 236.62 0.16 8.0 E-02 0.4 E-02 508.9 272.2 4147000400063 238.49 0.19 3.1 E-02 0.2 E-02 762.7 524.8 4147000400064 246.31 0.02 32.4 E-02 1.6 E-02 426.5 180.2 4147000400065 251.63 0.03 15.1 E-02 0.8 E-02 478.4 226.8 4147000400066 284.44 0.11 4.3 E-02 0.2 E-02 809.1 524.8 4147000400067 288.06 0.05 7.9 E-02 0.4 E-02 762.7 474.6 4147000400068 293.30 0.08 4.9 E-02 0.3 E-02 640.2 346.9 4147000400069 309.33 0.13 2.9 E-02 0.2 E-02 4147000400070 318.72 0.02 31.4 E-02 1.7 E-02 434.4 115.7 4147000400071 322.7 0.5 0.7 E-02 801.1 478.4 4147000400072 328.83 0.41 0.8 E-02 762.7 434.4 4147000400073 334.16 0.12 22.4 E-02 1.1 E-02 809.1 474.6 4147000400074 339.16 0.12 3.7 E-02 0.2 E-02 814.2 474.6 4147000400075 344.37 0.13 3.4 E-02 0.2 E-02 524.8 180.2 4147000400076 345.16 0.06 8.8 E-02 0.5 E-02 617.3 272.2 4147000400077 358.93 0.15 2.6 E-02 0.2 E-02 793.6 434.4 4147000400078 370.48 0.02 100. E-02 5. E-02 434.4 63.9 4147000400079 380.38 0.06 7.7 E-02 1.2 E-02 434.4 54.5 4147000400080 392.19 0.04 20.0 E-02 1.0 E-02 664.5 272.2 4147000400081 393.61 0.16 4.0 E-02 2.0 E-02 524.8 131.4 4147000400082 398.91 0.03 31.8 E-02 1.6 E-02 514.6 115.7 4147000400083 409.13 0.03 89.5 E-02 4.5 E-02 524.8 131.4 4147000400084 410.71 0.03 143. E-02 7. E-02 474.6 63.9 4147000400085 420.18 0.07 8.1 E-02 0.4 E-02 474.6 54.5 4147000400086 427.32 0.03 38.8 E-02 1.9 E-02 607.5 180.2 4147000400087 434.49 0.12 3.2 E-02 0.2 E-02 434.4 0.0 4147000400088 437.06 0.06 7.8 E-02 0.4 E-02 617.3 180.2 4147000400089 442.03 0.10 3.9 E-02 0.2 E-02 4147000400090 450.74 0.03 31.6 E-02 1.6 E-02 514.6 63.9 4147000400091 460.94 0.03 27.0 E-02 1.4 E-02 524.8 63.9 4147000400092 474.58 0.06 28.3 E-02 1.4 E-02 474.6 0.0 4147000400093 491.60 0.07 8.9 E-02 0.6 E-02 607.5 115.7 4147000400094 501.70 0.04 18.2 E-02 1.2 E-02 617.3 115.7 4147000400095 524.88 0.06 7.1 E-02 0.4 E-02 524.8 0.0 4147000400096 533.18 0.14 3.3 E-02 1.9 E-02 664.5 131.4 4147000400097 534.45 0.11 3.9 E-02 1.4 E-02 806.5 272.2 4147000400098 543.43 0.12 2.9 E-02 0.3 E-02 607.5 63.9 4147000400099 548.83 0.12 2.6 E-02 0.3 E-02 664.5 115.7 4147000400100 553.03 0.07 6.7 E-02 0.4 E-02 607.5 54.5 4147000400101 561.40 0.05 11.4 E-02 0.6 E-02 741.7 180.2 4147000400102 567.03 0.15 5.9 E-02 0.7 E-02 683.1 115.7 4147000400103 570.94 0.04 36.6 E-02 1.9 E-02 686.6 115.7 4147000400104 584.92 0.21 2.3 E-02 0.2 E-02 1059.7 474.6 4147000400105 591.07 0.05 14.3 E-02 0.7 E-02 771.2 180.2 4147000400106 606.52 0.07 9.4 E-02 0.5 E-02 4147000400107 608.45 0.05 15.2 E-02 1.0 E-02 4147000400108 613.20 0.21 2.8 E-02 0.3 E-02 840.3 226.8 4147000400109 615.40 0.11 7.1 E-02 0.4 E-02 1049.8 434.4 4147000400110 617.47 0.16 7.7 E-02 0.4 E-02 4147000400111 619.20 0.04 70.6 E-02 3.5 E-02 683.1 63.9 4147000400112 622.75 0.05 17.9 E-02 0.9 E-02 686.6 63.9 4147000400113 626.19 0.07 11.0 E-02 0.6 E-02 741.7 115.7 4147000400114 633.00 0.17 1.8 E-02 0.1 E-02 4147000400115 635.78 0.18 1.8 E-02 0.1 E-02 751.3 115.7 4147000400116 637.35 0.11 3.5 E-02 0.2 E-02 4147000400117 647.57 0.17 1.2 E-02 0.2 E-02 919.5 272.2 4147000400118 655.56 0.05 16.6 E-02 0.8 E-02 771.2 115.7 4147000400119 657.07 0.04 16.6 E-02 0.9 E-02 788.5 131.4 4147000400120 674.65 0.04 48.1 E-02 2.4 E-02 729.1 54.5 4147000400121 682.80 0.05 11.1 E-02 0.6 E-02 682.8 0.0 4147000400122 685.14 0.10 4.6 E-02 0.2 E-02 816.5 131.4 4147000400123 687.56 0.04 39.2 E-02 1.9 E-02 751.3 63.9 4147000400124 698.32 0.10 7.6 E-02 0.4 E-02 814.2 115.7 4147000400125 700.56 0.19 4.9 E-02 0.3 E-02 816.5 115.7 4147000400126 701.36 0.03 45.0 E-02 2.3 E-02 701.4 0.0 4147000400127 703.98 0.09 7.3 E-02 0.4 E-02 4147000400128 707.26 0.11 4.7 E-02 0.3 E-02 771.2 63.9 4147000400129 717.1 0.3 2.5 E-02 0.3 E-02 771.2 54.5 4147000400130 719.77 0.05 9.1 E-02 0.5 E-02 4147000400131 722.59 0.12 3.1 E-02 0.2 E-02 1247.1 524.8 4147000400132 726.18 0.23 2.0 E-02 0.1 E-02 4147000400133 729.23 0.04 22.4 E-02 1.2 E-02 729.1 0.0 4147000400134 734.05 0.04 30.6 E-02 1.6 E-02 788.5 54.5 4147000400135 739.20 0.10 5.3 E-02 0.6 E-02 793.6 54.5 4147000400136 750.32 0.09 16.7 E-02 0.8 E-02 814.2 63.9 4147000400137 752.55 0.08 11.3 E-02 0.6 E-02 816.5 63.9 4147000400138 754.59 0.04 30.1 E-02 1.5 E-02 809.1 54.5 4147000400139 759.88 0.22 2.6 E-02 0.2 E-02 814.2 54.5 4147000400140 762.70 0.03 39.1 E-02 2.0 E-02 762.7 0.0 4147000400141 784.99 0.08 10.2 E-02 0.6 E-02 4147000400142 785.90 0.09 8.6 E-02 0.4 E-02 840.3 63.9 4147000400143 788.48 0.06 11.0 E-02 0.6 E-02 788.5 0.0 4147000400144 791.20 0.21 2.3 E-02 0.2 E-02 4147000400145 793.67 0.05 15.1 E-02 0.8 E-02 793.6 0.0 4147000400146 801.01 0.08 9.4 E-02 0.5 E-02 4147000400147 803.35 0.05 8.6 E-02 0.7 E-02 919.5 115.7 4147000400148 809.12 0.06 7.0 E-02 0.4 E-02 809.1 0.0 4147000400149 814.29 0.06 7.9 E-02 0.5 E-02 814.2 0.0 4147000400150 816.50 0.09 5.4 E-02 0.3 E-02 816.5 0.0 4147000400151 829.82 0.13 6.1 E-02 0.9 E-02 4147000400152 833.19 0.13 7.8 E-02 1.4 E-02 887.8 54.5 4147000400153 838.31 0.16 7.7 E-02 0.5 E-02 4147000400154 840.68 0.09 14.2 E-02 1.8 E-02 840.3 0.0 4147000400155 852.58 0.24 2.3 E-02 0.7 E-02 4147000400156 865.22 0.05 10.8 E-02 0.7 E-02 919.5 54.5 4147000400157 887.97 0.06 7.1 E-02 0.4 E-02 887.8 0.0 4147000400158 927.82 0.22 2.4 E-02 0.2 E-02 4147000400159 930.9 0.4 2.1 E-02 0.4 E-02 4147000400160 934.17 0.11 8.2 E-02 0.4 E-02 1049.8 115.7 4147000400161 948.6 0.3 2.2 E-02 0.7 E-02 4147000400162 982.7 0.5 1.4 E-02 0.7 E-02 4147000400163 985.96 0.08 16.8 E-02 0.9 E-02 1049.8 63.9 4147000400164 988.3 0.4 3.1 E-02 0.2 E-02 4147000400165 996.13 0.14 6.3 E-02 1.1 E-02 1059.7 63.9 4147000400166 997.28 0.22 3.4 E-02 0.2 E-02 4147000400167 1021.00 0.25 2.5 E-02 0.1 E-02 4147000400168 1036.04 0.09 8.2 E-02 0.4 E-02 4147000400169 1041.71 0.15 8.1 E-02 0.4 E-02 1041.6 0.0 4147000400170 1046.30 0.22 4.3 E-02 0.3 E-02 4147000400171 1048.70 0.15 5.0 E-02 0.3 E-02 4147000400172 1051.88 0.10 7.1 E-02 0.4 E-02 1231.5 180.2 4147000400173 1059.53 0.11 5.2 E-02 0.7 E-02 1059.7 0.0 4147000400174 1061.10 0.11 6.2 E-02 0.9 E-02 4147000400175 1112.46 0.23 3.7 E-02 0.4 E-02 4147000400176 1116.35 0.04 8.2 E-02 1.5 E-02 4147000400177 1149.43 0.35 1.4 E-02 0.2 E-02 4147000400178 1153.57 0.15 4.5 E-02 0.6 E-02 4147000400179 1156.23 0.27 1.9 E-02 0.4 E-02 4147000400180 1158.91 0.15 3.9 E-02 0.5 E-02 4147000400181 1167.26 0.06 12.0 E-02 1.1 E-02 1231.5 63.9 4147000400182 1207.63 0.24 5.0 E-02 0.6 E-02 4147000400183 1218.66 0.18 7.2 E-02 0.5 E-02 4147000400184 ENDDATA 138 0 4147000400185 ENDSUBENT 184 0 4147000499999 ENDENTRY 4 0 4147099999999