ENTRY 23134 20180921 227123134 0 1 SUBENT 23134001 20180921 227123134 1 1 BIB 15 89 23134 1 2 TITLE Inelastic scattering of fast neutrons from excited 23134 1 3 states in 56Fe. 23134 1 4 AUTHOR (R.Beyer,R.Schwengner, R.Hannaske, A.R.Junghans, 23134 1 5 R.Massarczyk,M.Anders,D.Bemmerer, A.Ferrari,A.Hartmann,23134 1 6 T.Koegler, M.Roeder, K.Schmidt, A.Wagner) 23134 1 7 INSTITUTE (2GERZFK,2GERDRE,2GERPTB) 23134 1 8 REFERENCE (J,NP/A,927,41,2014) CS data on figures. 23134 1 9 #doi:10.1016/j.nuclphysa.2014.03.010 23134 1 10 (J,EPJ/A,54,58,2018) 23134 1 11 #doi:10.1140/epja/i2018-12492-7 23134 1 12 Gamma-rays angular distributions. Inelastic scattering 23134 1 13 cross section of 56Fe for the first excited state 23134 1 14 corrected for the gamma-ray angular distribution. 23134 1 15 (T,BEYER,2014) In German. Data on figures. 23134 1 16 (J,EPJ/CS,8,07007,2010) Preliminary. 23134 1 17 #doi:10.1051/epjconf/201000807007 23134 1 18 (S,ISINN-18,127,2011) First author A.Wagner. Prelim. 23134 1 19 (R,EUR-23883,27,2010) Preliminary. 23134 1 20 #doi:10.2787/23116 23134 1 21 Proc. of Scientific Workshop on Neutron Measurements, 23134 1 22 Theory and Applications. Nuclear Data for Sustainable 23134 1 23 Nuclear Energy. 28-30 April, 2009, Geel, Belgium. 23134 1 24 Edited by F.-J. Hambsch. 23134 1 25 Preliminary c-s on Fig.5 . 23134 1 26 REL-REF (I,,R.Beyer+,J,NIM/A,575,449,2007) 23134 1 27 Details of setup. 23134 1 28 (I,,R.Beyer+,J,NIM/A,723,151,2013) 23134 1 29 Details of the neutron-beam profile, the determination23134 1 30 of the neutron flux and the neutron spectrum; 23134 1 31 details of the acquisition system and of the dead-time23134 1 32 correction. 23134 1 33 (O,,R.Beyer+,J,EPJ/A,54,58,2018) The gamma-ray 23134 1 34 angular distribution in fast neutron inelastic 23134 1 35 scattering from iron. 23134 1 36 FACILITY (LINAC,2GERZFK) Superconducting Electron Linac. 23134 1 37 Electron beam energy 30 MeV; average current 15 microA.23134 1 38 INC-SOURCE (PHOTO) nELBE Electron Linac for beams with high 23134 1 39 Brilliance and low Emittance at Helmholtz-Zentrum 23134 1 40 Dresden-Rossendorf. Electrons are accelerated up to 23134 1 41 40 MeV. Bremsstrahlung radiation is induced by 23134 1 42 impinging a high intensity electron beam on a liquid 23134 1 43 lead loop. 23134 1 44 Fast neutrons from 0.1 to 10 MeV are generated via 23134 1 45 photonuclear reactions on lead. 23134 1 46 INC-SPECT Neutron energy distribution of the nELBE neutron source23134 1 47 was measured with U-235 fission chamber. 23134 1 48 Neutron intensity on target was ~2*10**4 n/s/cm**2. 23134 1 49 Neutron fluence is on Fig.5 of NP/A,927,41,2014. 23134 1 50 SAMPLE Natural iron, diameter 20mm, thickness 8mm, mass 23134 1 51 19.787g, areal density 6.211E-2 56-Fe atoms per barn. 23134 1 52 Isotopic composition: Fe-54 - 5.85%, Fe-56 - 91.75%, 23134 1 53 Fe-57 - 2.12%, Fe-58 - 0.28%. Mass 19.82 g. 23134 1 54 (26-FE-56,NAT=0.9175) 23134 1 55 DETECTOR (FISCH) U-235 fission chamber to measure primary 23134 1 56 neutron flux. 23134 1 57 (HPGE) HPGe detector, efficiency of 100% relative to a 23134 1 58 NaI detector of 7.6 cm diameter and 7.6 cm length was 23134 1 59 used to measure gamma rays. Positioned at a distance 23134 1 60 20 cm from the target and at an angle 125 deg relative 23134 1 61 to the beam direction. The energy and efficiency 23134 1 62 calibration was performed using 22Na, 60Co, 226Ra 23134 1 63 standard calibration sources. 23134 1 64 METHOD (TOF) Time-of-flight method. 23134 1 65 Time resolution of 10 ns (FWHM); flight path 6175 mm. 23134 1 66 (COINC) Gammas-neutrons coincidence. 23134 1 67 CORRECTION Gamma-ray spectra were extracted by setting gates of 1223134 1 68 channels width, corresponding to 11.72 ns, on the time 23134 1 69 axis in the net matrix after background subtraction. 23134 1 70 Corecctions applied: for backgrounds; 23134 1 71 for dead time; 23134 1 72 for the attenuation of the emitted gamma rays in the 23134 1 73 target material ( correction factors are in Table 1 of 23134 1 74 J,NP/A,927,41,2014); 23134 1 75 for neutron multiple scattering. 23134 1 76 The neutron flux was corrected for attenuation of the 23134 1 77 neutron beam in the target. 23134 1 78 ERR-ANALYS (ERR-T) Total uncertainty includes the statistical 23134 1 79 uncertainty of the peak areas in the gamma spectra and 23134 1 80 (ERR-1,,4.) the uncertainties of the neutron flux 23134 1 81 ( value was received from the author). 23134 1 82 STATUS (APRVD) Approved by the author R.Schwengner 28.07.2016 23134 1 83 HISTORY (20110719C) M.M. 23134 1 84 (20160628A) M.M. 23134 1 85 NP/A,927,41,2014 and T,BEYER were added in REFERENCE. 23134 1 86 (20160708R) Data were received from the author 23134 1 87 R.Schwengner. Subents 003-018 were added. 23134 1 88 (20180920A) VS. Ref. Eur.Phys.J.A,54(2018)58 added. 23134 1 89 Inl. scatt. cr. sec. to the first exited state 23134 1 90 corrected for the angular distr. compiled in subent.01923134 1 91 ENDBIB 89 0 23134 1 92 NOCOMMON 0 0 23134 1 93 ENDSUBENT 92 0 23134 199999 SUBENT 23134002 20160628 225123134 2 1 BIB 4 16 23134 2 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG) 23134 2 3 Inelastic neutron scattering cross section to the first23134 2 4 excited state 2+ 847.keV. 23134 2 5 REL-REF (A,10529004,F.G.Perey+,C,71KNOX,1,191,197103) 23134 2 6 Good agreement with measurements by Perey+ up to the 23134 2 7 threshold of the second excited level at 2085 keV. 23134 2 8 STATUS (TABLE) From author R.Schwengner. 23134 2 9 Request of data was sent to R.Beyer and A.Junghans, 23134 2 10 roland.beyer@fzd.de , a.junghans@fzd.de 20-07-2011; 23134 2 11 to A.Wagner a.wagner@fzd.de 22-09-2011. 23134 2 12 Fig.12 of J,NP/A,927,41,2014. 23134 2 13 Preliminary data on: 23134 2 14 Fig.6 of S,ISINN-18,127,2011, 23134 2 15 Fig.4 of J,EPJ/CS,8,07006,2010, 23134 2 16 Fig.5 of R,EUR-23883,27,2010. 23134 2 17 HISTORY (20160708A) M.M. Data were added. 23134 2 18 ENDBIB 16 0 23134 2 19 COMMON 1 3 23134 2 20 E-LVL 23134 2 21 KEV 23134 2 22 847. 23134 2 23 ENDCOMMON 3 0 23134 2 24 DATA 3 30 23134 2 25 EN DATA ERR-T 23134 2 26 MEV B B 23134 2 27 0.847 0.085 0.009 23134 2 28 0.889 0.251 0.023 23134 2 29 0.934 0.341 0.032 23134 2 30 0.984 0.519 0.041 23134 2 31 1.038 0.547 0.046 23134 2 32 1.095 0.607 0.045 23134 2 33 1.158 0.617 0.050 23134 2 34 1.227 0.567 0.045 23134 2 35 1.301 0.507 0.041 23134 2 36 1.383 0.710 0.053 23134 2 37 1.472 0.836 0.058 23134 2 38 1.571 0.845 0.058 23134 2 39 1.680 0.811 0.056 23134 2 40 1.800 0.734 0.050 23134 2 41 1.934 0.974 0.064 23134 2 42 2.084 1.067 0.069 23134 2 43 2.252 1.051 0.069 23134 2 44 2.442 1.079 0.072 23134 2 45 2.655 1.005 0.070 23134 2 46 2.899 0.959 0.078 23134 2 47 3.177 0.879 0.088 23134 2 48 3.498 0.722 0.093 23134 2 49 3.870 0.681 0.098 23134 2 50 4.305 0.589 0.098 23134 2 51 4.818 0.494 0.100 23134 2 52 5.428 0.470 0.104 23134 2 53 6.163 0.465 0.110 23134 2 54 7.060 0.439 0.110 23134 2 55 8.168 0.392 0.105 23134 2 56 9.562 0.390 0.118 23134 2 57 ENDDATA 32 0 23134 2 58 ENDSUBENT 57 0 23134 299999 SUBENT 23134003 20160628 225123134 3 1 BIB 3 6 23134 3 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG) 23134 3 3 Inelastic neutron scattering cross section to the 23134 3 4 excited state 4+ 2085.keV. 23134 3 5 STATUS (TABLE) From author R.Schwengner. 23134 3 6 Fig.12 of J,NP/A,927,41,2014. 23134 3 7 HISTORY (20160628C) M.M. Subent was added. 23134 3 8 ENDBIB 6 0 23134 3 9 COMMON 1 3 23134 3 10 E-LVL 23134 3 11 KEV 23134 3 12 2085. 23134 3 13 ENDCOMMON 3 0 23134 3 14 DATA 3 14 23134 3 15 EN DATA ERR-T 23134 3 16 MEV B B 23134 3 17 2.252 0.021 0.002 23134 3 18 2.442 0.064 0.006 23134 3 19 2.655 0.074 0.006 23134 3 20 2.899 0.137 0.011 23134 3 21 3.177 0.148 0.011 23134 3 22 3.498 0.144 0.015 23134 3 23 3.870 0.168 0.018 23134 3 24 4.305 0.187 0.021 23134 3 25 4.818 0.154 0.027 23134 3 26 5.428 0.250 0.030 23134 3 27 6.163 0.294 0.035 23134 3 28 7.060 0.326 0.038 23134 3 29 8.168 0.335 0.041 23134 3 30 9.562 0.402 0.054 23134 3 31 ENDDATA 16 0 23134 3 32 ENDSUBENT 31 0 23134 399999 SUBENT 23134004 20160628 225123134 4 1 BIB 3 6 23134 4 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG) 23134 4 3 Inelastic neutron scattering cross section to the 23134 4 4 excited state 6+ 3388.keV. 23134 4 5 STATUS (TABLE) From author R.Schwengner. 23134 4 6 Fig.12 of J,NP/A,927,41,2014. 23134 4 7 HISTORY (20160628C) M.M. Subent was added. 23134 4 8 ENDBIB 6 0 23134 4 9 COMMON 1 3 23134 4 10 E-LVL 23134 4 11 KEV 23134 4 12 3388. 23134 4 13 ENDCOMMON 3 0 23134 4 14 DATA 3 6 23134 4 15 EN DATA ERR-T 23134 4 16 MEV B B 23134 4 17 4.818 0.026 0.007 23134 4 18 5.428 0.021 0.005 23134 4 19 6.163 0.021 0.004 23134 4 20 7.060 0.037 0.006 23134 4 21 8.168 0.051 0.007 23134 4 22 9.562 0.051 0.018 23134 4 23 ENDDATA 8 0 23134 4 24 ENDSUBENT 23 0 23134 499999 SUBENT 23134005 20160628 225123134 5 1 BIB 4 7 23134 5 2 REACTION (26-FE-56(N,INL)26-FE-56,,SIG) 23134 5 3 Total inelastic neutron scattering cross section . 23134 5 4 ANALYSIS Deduced from the measured intensities of the 847 keV 23134 5 5 transition. 23134 5 6 STATUS (TABLE) From author R.Schwengner. 23134 5 7 Fig.7 of J,NP/A,927,41,2014. 23134 5 8 HISTORY (20160628C) M.M. Subent was added. 23134 5 9 ENDBIB 7 0 23134 5 10 NOCOMMON 0 0 3 23134 5 11 DATA 3 31 23134 5 12 EN DATA ERR-T 23134 5 13 MEV B B 23134 5 14 0.847 0.085 0.009 23134 5 15 0.889 0.251 0.023 23134 5 16 0.934 0.341 0.032 23134 5 17 0.984 0.519 0.041 23134 5 18 1.038 0.547 0.046 23134 5 19 1.095 0.607 0.045 23134 5 20 1.158 0.617 0.050 23134 5 21 1.227 0.567 0.045 23134 5 22 1.301 0.507 0.041 23134 5 23 1.383 0.710 0.053 23134 5 24 1.472 0.836 0.058 23134 5 25 1.571 0.845 0.058 23134 5 26 1.680 0.811 0.056 23134 5 27 1.800 0.734 0.050 23134 5 28 1.934 0.974 0.064 23134 5 29 2.084 1.067 0.069 23134 5 30 2.252 1.072 0.069 23134 5 31 2.442 1.143 0.072 23134 5 32 2.655 1.099 0.070 23134 5 33 2.899 1.208 0.077 23134 5 34 3.177 1.291 0.083 23134 5 35 3.498 1.320 0.085 23134 5 36 3.870 1.434 0.094 23134 5 37 4.305 1.422 0.093 23134 5 38 4.818 1.434 0.094 23134 5 39 5.428 1.526 0.098 23134 5 40 6.163 1.490 0.099 23134 5 41 7.060 1.494 0.099 23134 5 42 8.168 1.319 0.090 23134 5 43 9.562 1.345 0.103 23134 5 44 11.348 1.316 0.126 23134 5 45 ENDDATA 33 0 23134 5 46 ENDSUBENT 45 0 23134 599999 SUBENT 23134006 20160628 225123134 6 1 BIB 5 9 23134 6 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 6 3 Gamma-ray production cross section feeding the 23134 6 4 2+ 847keV state of Fe-56. 23134 6 5 EN-SEC (E,G) Gamma energy 23134 6 6 ANALYSIS Deduced from the measured intensities of the 23134 6 7 corresponding depopulating gamma-rays. 23134 6 8 STATUS (TABLE) From author R.Schwengner. 23134 6 9 Fig.10 of J,NP/A,927,41,2014. 23134 6 10 HISTORY (20160628C) M.M. Subent was added. 23134 6 11 ENDBIB 9 0 23134 6 12 COMMON 2 3 23134 6 13 E LVL-FIN 23134 6 14 KEV KEV 23134 6 15 1238. 847. 23134 6 16 ENDCOMMON 3 0 23134 6 17 DATA 3 15 23134 6 18 EN DATA ERR-T 23134 6 19 MEV B B 23134 6 20 2.252 0.021 0.002 23134 6 21 2.442 0.064 0.006 23134 6 22 2.655 0.074 0.006 23134 6 23 2.899 0.137 0.011 23134 6 24 3.177 0.148 0.011 23134 6 25 3.498 0.178 0.014 23134 6 26 3.870 0.228 0.016 23134 6 27 4.305 0.287 0.020 23134 6 28 4.818 0.342 0.023 23134 6 29 5.428 0.418 0.028 23134 6 30 6.163 0.483 0.033 23134 6 31 7.060 0.533 0.036 23134 6 32 8.168 0.509 0.037 23134 6 33 9.562 0.581 0.046 23134 6 34 11.348 0.578 0.059 23134 6 35 ENDDATA 17 0 23134 6 36 ENDSUBENT 35 0 23134 699999 SUBENT 23134007 20160628 225123134 7 1 BIB 5 9 23134 7 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 7 3 Gamma-ray production cross section feeding the 23134 7 4 2+ 847keV state of Fe-56. 23134 7 5 EN-SEC (E,G) Gamma energy 23134 7 6 ANALYSIS Deduced from the measured intensities of the 23134 7 7 corresponding depopulating gamma-rays. 23134 7 8 STATUS (TABLE) From author R.Schwengner. 23134 7 9 Fig.10 of J,NP/A,927,41,2014. 23134 7 10 HISTORY (20160628C) M.M. Subent was added. 23134 7 11 ENDBIB 9 0 23134 7 12 COMMON 2 3 23134 7 13 E LVL-FIN 23134 7 14 KEV KEV 23134 7 15 1811. 847. 23134 7 16 ENDCOMMON 3 0 23134 7 17 DATA 3 13 23134 7 18 EN DATA ERR-T 23134 7 19 MEV B B 23134 7 20 2.655 0.020 0.006 23134 7 21 2.899 0.112 0.008 23134 7 22 3.177 0.145 0.025 23134 7 23 3.498 0.174 0.033 23134 7 24 3.870 0.152 0.021 23134 7 25 4.305 0.126 0.019 23134 7 26 4.818 0.158 0.026 23134 7 27 5.428 0.184 0.015 23134 7 28 6.163 0.151 0.033 23134 7 29 7.060 0.175 0.021 23134 7 30 8.168 0.148 0.029 23134 7 31 9.562 0.164 0.020 23134 7 32 11.348 0.127 0.025 23134 7 33 ENDDATA 15 0 23134 7 34 ENDSUBENT 33 0 23134 799999 SUBENT 23134008 20160628 225123134 8 1 BIB 5 9 23134 8 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 8 3 Gamma-ray production cross section feeding the 23134 8 4 2+ 847keV state of Fe-56. 23134 8 5 EN-SEC (E,G) Gamma energy 23134 8 6 ANALYSIS Deduced from the measured intensities of the 23134 8 7 corresponding depopulating gamma-rays. 23134 8 8 STATUS (TABLE) From author R.Schwengner. 23134 8 9 Fig.10 of J,NP/A,927,41,2014. 23134 8 10 HISTORY (20160628C) M.M. Subent was added. 23134 8 11 ENDBIB 9 0 23134 8 12 COMMON 2 3 23134 8 13 E LVL-FIN 23134 8 14 KEV KEV 23134 8 15 2095. 847. 23134 8 16 ENDCOMMON 3 0 23134 8 17 DATA 3 6 23134 8 18 EN DATA ERR-T 23134 8 19 MEV B B 23134 8 20 3.177 0.027 0.005 23134 8 21 3.498 0.031 0.006 23134 8 22 3.870 0.036 0.005 23134 8 23 4.305 0.034 0.006 23134 8 24 4.818 0.028 0.005 23134 8 25 5.428 0.015 0.004 23134 8 26 ENDDATA 8 0 23134 8 27 ENDSUBENT 26 0 23134 899999 SUBENT 23134009 20160628 225123134 9 1 BIB 5 9 23134 9 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 9 3 Gamma-ray production cross section feeding the 23134 9 4 2+ 847keV state of Fe-56. 23134 9 5 EN-SEC (E,G) Gamma energy 23134 9 6 ANALYSIS Deduced from the measured intensities of the 23134 9 7 corresponding depopulating gamma-rays. 23134 9 8 STATUS (TABLE) From author R.Schwengner. 23134 9 9 Fig.10 of J,NP/A,927,41,2014. 23134 9 10 HISTORY (20160628C) M.M. Subent was added. 23134 9 11 ENDBIB 9 0 23134 9 12 COMMON 2 3 23134 9 13 E LVL-FIN 23134 9 14 KEV KEV 23134 9 15 2113. 847. 23134 9 16 ENDCOMMON 3 0 23134 9 17 DATA 3 11 23134 9 18 EN DATA ERR-T 23134 9 19 MEV B B 23134 9 20 3.177 0.073 0.007 23134 9 21 3.498 0.120 0.013 23134 9 22 3.870 0.125 0.011 23134 9 23 4.305 0.102 0.012 23134 9 24 4.818 0.111 0.009 23134 9 25 5.428 0.100 0.011 23134 9 26 6.163 0.088 0.009 23134 9 27 7.060 0.073 0.011 23134 9 28 8.168 0.066 0.015 23134 9 29 9.562 0.061 0.013 23134 9 30 11.348 0.041 0.014 23134 9 31 ENDDATA 13 0 23134 9 32 ENDSUBENT 31 0 23134 999999 SUBENT 23134010 20160628 225123134 10 1 BIB 5 9 23134 10 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 10 3 Gamma-ray production cross section feeding the 23134 10 4 2+ 847keV state of Fe-56. 23134 10 5 EN-SEC (E,G) Gamma energy 23134 10 6 ANALYSIS Deduced from the measured intensities of the 23134 10 7 corresponding depopulating gamma-rays. 23134 10 8 STATUS (TABLE) From author R.Schwengner. 23134 10 9 Fig.10 of J,NP/A,927,41,2014. 23134 10 10 HISTORY (20160628C) M.M. Subent was added. 23134 10 11 ENDBIB 9 0 23134 10 12 COMMON 2 3 23134 10 13 E LVL-FIN 23134 10 14 KEV KEV 23134 10 15 2273. 847. 23134 10 16 ENDCOMMON 3 0 23134 10 17 DATA 3 11 23134 10 18 EN DATA ERR-T 23134 10 19 MEV B B 23134 10 20 3.177 0.019 0.002 23134 10 21 3.498 0.071 0.008 23134 10 22 3.870 0.083 0.009 23134 10 23 4.305 0.080 0.009 23134 10 24 4.818 0.062 0.007 23134 10 25 5.428 0.061 0.008 23134 10 26 6.163 0.043 0.006 23134 10 27 7.060 0.045 0.009 23134 10 28 8.168 0.042 0.011 23134 10 29 9.562 0.026 0.008 23134 10 30 11.348 0.030 0.008 23134 10 31 ENDDATA 13 0 23134 10 32 ENDSUBENT 31 0 23134 1099999 SUBENT 23134011 20160628 225123134 11 1 BIB 5 9 23134 11 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 11 3 Gamma-ray production cross section feeding the 23134 11 4 2+ 847keV state of Fe-56. 23134 11 5 EN-SEC (E,G) Gamma energy 23134 11 6 ANALYSIS Deduced from the measured intensities of the 23134 11 7 corresponding depopulating gamma-rays. 23134 11 8 STATUS (TABLE) From author R.Schwengner. 23134 11 9 Fig.10 of J,NP/A,927,41,2014. 23134 11 10 HISTORY (20160628C) M.M. Subent was added. 23134 11 11 ENDBIB 9 0 23134 11 12 COMMON 2 3 23134 11 13 E LVL-FIN 23134 11 14 KEV KEV 23134 11 15 2523. 847. 23134 11 16 ENDCOMMON 3 0 23134 11 17 DATA 3 9 23134 11 18 EN DATA ERR-T 23134 11 19 MEV B B 23134 11 20 3.498 0.024 0.003 23134 11 21 3.870 0.056 0.006 23134 11 22 4.305 0.066 0.007 23134 11 23 4.818 0.064 0.006 23134 11 24 5.428 0.100 0.008 23134 11 25 6.163 0.106 0.013 23134 11 26 7.060 0.048 0.008 23134 11 27 8.168 0.086 0.017 23134 11 28 9.562 0.038 0.008 23134 11 29 ENDDATA 11 0 23134 11 30 ENDSUBENT 29 0 23134 1199999 SUBENT 23134012 20160628 225123134 12 1 BIB 5 9 23134 12 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 12 3 Gamma-ray production cross section feeding the 23134 12 4 2+ 847keV state of Fe-56. 23134 12 5 EN-SEC (E,G) Gamma energy 23134 12 6 ANALYSIS Deduced from the measured intensities of the 23134 12 7 corresponding depopulating gamma-rays. 23134 12 8 STATUS (TABLE) From author R.Schwengner. 23134 12 9 Fig.10 of J,NP/A,927,41,2014. 23134 12 10 HISTORY (20160628C) M.M. Subent was added. 23134 12 11 ENDBIB 9 0 23134 12 12 COMMON 2 3 23134 12 13 E LVL-FIN 23134 12 14 KEV KEV 23134 12 15 2600. 847. 23134 12 16 ENDCOMMON 3 0 23134 12 17 DATA 3 8 23134 12 18 EN DATA ERR-T 23134 12 19 MEV B B 23134 12 20 3.870 0.045 0.006 23134 12 21 4.305 0.059 0.007 23134 12 22 4.818 0.056 0.008 23134 12 23 5.428 0.066 0.008 23134 12 24 6.163 0.071 0.008 23134 12 25 7.060 0.108 0.021 23134 12 26 8.168 0.076 0.012 23134 12 27 9.562 0.085 0.020 23134 12 28 ENDDATA 10 0 23134 12 29 ENDSUBENT 28 0 23134 1299999 SUBENT 23134013 20160628 225123134 13 1 BIB 5 9 23134 13 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 13 3 Gamma-ray production cross section feeding the 23134 13 4 2+ 847keV state of Fe-56. 23134 13 5 EN-SEC (E,G) Gamma energy 23134 13 6 ANALYSIS Deduced from the measured intensities of the 23134 13 7 corresponding depopulating gamma-rays. 23134 13 8 STATUS (TABLE) From author R.Schwengner. 23134 13 9 Fig.10 of J,NP/A,927,41,2014. 23134 13 10 HISTORY (20160628C) M.M. Subent was added. 23134 13 11 ENDBIB 9 0 23134 13 12 COMMON 2 3 23134 13 13 E LVL-FIN 23134 13 14 KEV KEV 23134 13 15 2760. 847. 23134 13 16 ENDCOMMON 3 0 23134 13 17 DATA 3 5 23134 13 18 EN DATA ERR-T 23134 13 19 MEV B B 23134 13 20 4.305 0.024 0.005 23134 13 21 4.818 0.050 0.007 23134 13 22 5.428 0.034 0.008 23134 13 23 6.163 0.019 0.005 23134 13 24 7.060 0.028 0.007 23134 13 25 ENDDATA 7 0 23134 13 26 ENDSUBENT 25 0 23134 1399999 SUBENT 23134014 20160628 225123134 14 1 BIB 5 9 23134 14 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 14 3 Gamma-ray production cross section feeding the 23134 14 4 2+ 847keV state of Fe-56. 23134 14 5 EN-SEC (E,G) Gamma energy 23134 14 6 ANALYSIS Deduced from the measured intensities of the 23134 14 7 corresponding depopulating gamma-rays. 23134 14 8 STATUS (TABLE) From author R.Schwengner. 23134 14 9 Fig.10 of J,NP/A,927,41,2014. 23134 14 10 HISTORY (20160628C) M.M. Subent was added. 23134 14 11 ENDBIB 9 0 23134 14 12 COMMON 2 3 23134 14 13 E LVL-FIN 23134 14 14 KEV KEV 23134 14 15 2985. 847. 23134 14 16 ENDCOMMON 3 0 23134 14 17 DATA 3 4 23134 14 18 EN DATA ERR-T 23134 14 19 MEV B B 23134 14 20 4.305 0.022 0.005 23134 14 21 4.818 0.037 0.006 23134 14 22 5.428 0.045 0.007 23134 14 23 6.163 0.030 0.006 23134 14 24 ENDDATA 6 0 23134 14 25 ENDSUBENT 24 0 23134 1499999 SUBENT 23134015 20160628 225123134 15 1 BIB 5 9 23134 15 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 15 3 Gamma-ray production cross section feeding the 23134 15 4 2+ 847keV state of Fe-56. 23134 15 5 EN-SEC (E,G) Gamma energy 23134 15 6 ANALYSIS Deduced from the measured intensities of the 23134 15 7 corresponding depopulating gamma-rays. 23134 15 8 STATUS (TABLE) From author R.Schwengner. 23134 15 9 Fig.10 of J,NP/A,927,41,2014. 23134 15 10 HISTORY (20160628C) M.M. Subent was added. 23134 15 11 ENDBIB 9 0 23134 15 12 COMMON 2 3 23134 15 13 E LVL-FIN 23134 15 14 KEV KEV 23134 15 15 3455. 847. 23134 15 16 ENDCOMMON 3 0 23134 15 17 DATA 3 6 23134 15 18 EN DATA ERR-T 23134 15 19 MEV B B 23134 15 20 3.870 0.028 0.003 23134 15 21 4.305 0.033 0.003 23134 15 22 4.818 0.032 0.003 23134 15 23 5.428 0.033 0.003 23134 15 24 6.163 0.034 0.003 23134 15 25 7.060 0.045 0.006 23134 15 26 ENDDATA 8 0 23134 15 27 ENDSUBENT 26 0 23134 1599999 SUBENT 23134016 20160628 225123134 16 1 BIB 5 9 23134 16 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 16 3 Gamma-ray production cross section of states feeding 23134 16 4 the 4+ 2085 keV state 23134 16 5 EN-SEC (E,G) Gamma energy 23134 16 6 ANALYSIS Deduced from the measured intensities of the 23134 16 7 corresponding depopulating gamma-rays. 23134 16 8 STATUS (TABLE) From author R.Schwengner. 23134 16 9 Fig.11 of J,NP/A,927,41,2014. 23134 16 10 HISTORY (20160628C) M.M. Subent was added. 23134 16 11 ENDBIB 9 0 23134 16 12 COMMON 2 3 23134 16 13 E LVL-FIN 23134 16 14 KEV KEV 23134 16 15 1038. 2085. 23134 16 16 ENDCOMMON 3 0 23134 16 17 DATA 3 10 23134 16 18 EN DATA ERR-T 23134 16 19 MEV B B 23134 16 20 3.498 0.034 0.005 23134 16 21 3.870 0.060 0.009 23134 16 22 4.305 0.074 0.006 23134 16 23 4.818 0.096 0.009 23134 16 24 5.428 0.105 0.009 23134 16 25 6.163 0.127 0.010 23134 16 26 7.060 0.127 0.010 23134 16 27 8.168 0.123 0.014 23134 16 28 9.562 0.128 0.021 23134 16 29 11.348 0.148 0.025 23134 16 30 ENDDATA 12 0 23134 16 31 ENDSUBENT 30 0 23134 1699999 SUBENT 23134017 20160628 225123134 17 1 BIB 5 9 23134 17 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 17 3 Gamma-ray production cross section of states feeding 23134 17 4 the 4+ 2085 keV state 23134 17 5 EN-SEC (E,G) Gamma energy 23134 17 6 ANALYSIS Deduced from the measured intensities of the 23134 17 7 corresponding depopulating gamma-rays. 23134 17 8 STATUS (TABLE) From author R.Schwengner. 23134 17 9 Fig.11 of J,NP/A,927,41,2014. 23134 17 10 HISTORY (20160628C) M.M. Subent was added. 23134 17 11 ENDBIB 9 0 23134 17 12 COMMON 2 3 23134 17 13 E LVL-FIN 23134 17 14 KEV KEV 23134 17 15 1303. 2085. 23134 17 16 ENDCOMMON 3 0 23134 17 17 DATA 3 7 23134 17 18 EN DATA ERR-T 23134 17 19 MEV B B 23134 17 20 4.818 0.026 0.007 23134 17 21 5.428 0.021 0.005 23134 17 22 6.163 0.021 0.004 23134 17 23 7.060 0.037 0.006 23134 17 24 8.168 0.051 0.007 23134 17 25 9.562 0.051 0.018 23134 17 26 11.348 0.100 0.021 23134 17 27 ENDDATA 9 0 23134 17 28 ENDSUBENT 27 0 23134 1799999 SUBENT 23134018 20160628 225123134 18 1 BIB 5 9 23134 18 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) 23134 18 3 Gamma-ray production cross section of states feeding 23134 18 4 the 4+ 2085 keV state. 23134 18 5 EN-SEC (E,G) Gamma energy 23134 18 6 ANALYSIS Deduced from the measured intensities of the 23134 18 7 corresponding depopulating gamma-rays. 23134 18 8 STATUS (TABLE) From author R.Schwengner. 23134 18 9 Fig.11 of J,NP/A,927,41,2014. 23134 18 10 HISTORY (20160628C) M.M. Subent was added. 23134 18 11 ENDBIB 9 0 23134 18 12 COMMON 2 3 23134 18 13 E LVL-FIN 23134 18 14 KEV KEV 23134 18 15 1771. 2085. 23134 18 16 ENDCOMMON 3 0 23134 18 17 DATA 3 5 23134 18 18 EN DATA ERR-T 23134 18 19 MEV B B 23134 18 20 4.305 0.026 0.004 23134 18 21 4.818 0.066 0.007 23134 18 22 5.428 0.042 0.007 23134 18 23 6.163 0.041 0.008 23134 18 24 7.060 0.043 0.008 23134 18 25 ENDDATA 7 0 23134 18 26 ENDSUBENT 25 0 23134 1899999 SUBENT 23134019 20180921 227123134 19 1 BIB 5 10 23134 19 2 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG) 23134 19 3 REL-REF (R,20005002,R.Beyer+,J,EPJ/A,54,58,2018) 23134 19 4 Legendre coefficient a2 and a4 of the 56Fe 847 keV 23134 19 5 gamma rays angular distribution. 23134 19 6 CORRECTION The data were corrected for the gamma-ray angular 23134 19 7 distribution W(teta=125degree) using the results 23134 19 8 publised in Eur. Phys. J. A 54(2018)58 23134 19 9 STATUS (TABLE) Plotted on Fig.12 of Eur. Phys. J. A 54(2018)5823134 19 10 HISTORY (20180919R) Numerical data received from R.Beyer. 23134 19 11 (20180920C) VS. 23134 19 12 ENDBIB 10 0 23134 19 13 COMMON 1 3 23134 19 14 E-LVL 23134 19 15 KEV 23134 19 16 847. 23134 19 17 ENDCOMMON 3 0 23134 19 18 DATA 3 16 23134 19 19 EN DATA ERR-T 23134 19 20 KEV B B 23134 19 21 847. 6.53E-02 8.52E-03 23134 19 22 889. 1.97E-01 2.19E-02 23134 19 23 934. 2.73E-01 2.95E-02 23134 19 24 984. 4.35E-01 3.91E-02 23134 19 25 1038. 4.88E-01 4.59E-02 23134 19 26 1095. 5.48E-01 4.51E-02 23134 19 27 1158. 5.35E-01 4.75E-02 23134 19 28 1227. 5.25E-01 4.60E-02 23134 19 29 1301. 4.96E-01 4.40E-02 23134 19 30 1383. 6.87E-01 5.60E-02 23134 19 31 1472. 7.79E-01 5.84E-02 23134 19 32 1571. 7.77E-01 5.76E-02 23134 19 33 1680. 7.53E-01 5.62E-02 23134 19 34 1800. 6.82E-01 5.03E-02 23134 19 35 1934. 9.04E-01 6.36E-02 23134 19 36 2084. 1.02E+00 7.09E-02 23134 19 37 ENDDATA 18 0 23134 19 38 ENDSUBENT 37 0 23134 1999999 ENDENTRY 19 0 2313499999999