ENTRY 10577 20230707 150710577000 1 SUBENT 10577001 20230707 150710577001 1 BIB 8 35 10577001 2 TITLE Experimental Investigation of the Resonance Self- 10577001 3 Shielding and Doppler Effect in Uranium and Tantalum 10577001 4 AUTHOR (T.Y.Byoun,R.C.Block,T.Semler) 10577001 5 REFERENCE (R,NASA-TM-X-69565,1973) Journal style reference. 10577001 6 (P,COO-3058-34,7,197303) Experimental details. 10577001 7 (T,BYOUN,197305) RPI Thesis. 10577001 8 INSTITUTE (1USARPI,1USALRC) 10577001 9 FACILITY (LINAC,1USARPI) Gaerttner LINAC Laboratory. 10577001 10 INC-SOURCE (PHOTO) Neutron production beam: Electron. Nominal 10577001 11 beam energy: 45 to 70 MeV. Repetition rate 10577001 12 (pulse/sec), Pulse width: 20 ns. Nominal beam power: 10577001 13 450 to 980 W. Primary neutron production target: 10577001 14 Tantalum. Neutron source position in moderator: 10577001 15 Bounce target. Moderator Material: polyethylene. 10577001 16 Dimension (thickness, height x width x depth,...): 10577001 17 50.8 mm thick, 177.8 mm diameter. 10577001 18 STATUS (APRVD) Approved by R.C.Block on July 12, 2021. 10577001 19 HISTORY (19760211C) 10577001 20 (19780913U) Reference update. 10577001 21 (19781212A) Converted to reaction formalism. 10577001 22 (19830922A) BIB correction. 10577001 23 (20040702A) Updated to new date formats, lower case. 10577001 24 Superseded subentries 36, 37 deleted. 10577001 25 (20210608A) BP: Replaced the previously listed cross 10577001 26 section data for U and Ta with the transmission and 10577001 27 SIR data from the RPI thesis. Corrected reaction 10577001 28 strings from cross sections to transmission and self 10577001 29 indication functions, added ERR-ANALYS and 10577001 30 resolution data supplied by Prof. R.C.Block. 10577001 31 Corrected author list, changed subentry 11 from 10577001 32 transmission to SIF, otherwise it is a duplicate of 10577001 33 subentry 4. Deleted derived subentries 2-3 and 18-19 10577001 34 per Prof. R. Block request. 10577001 35 (20230525A) OS. Data headings corrections in 10577001 36 subs. 4-17 and 41-44 10577001 37 ENDBIB 35 0 10577001 38 NOCOMMON 0 0 10577001 39 ENDSUBENT 38 0 1057700199999 NOSUBENT 10577002 20210608 148810577 2 1 NOSUBENT 10577003 20210608 148810577 3 1 SUBENT 10577004 20230707 150710577004 1 BIB 9 33 10577004 2 REACTION (92-U-238(N,TOT),,TRN,,AV) 10577004 3 DETECTOR (SCIN) A 12.7-mm-thick 10B4C slab in the beam that is 10577004 4 viewed by two 203.2-mm-dia. by 50.8-mm thick NaI 10577004 5 crystals. Surface Dimensions: 101.6 mm x 101.6 mm. 10577004 6 10B4C Thickness (mm): 12.7. Distance from samples (mm):10577004 7 10000. 10577004 8 SAMPLE (92-U-238,ENR=0.998) 10577004 9 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577004 10 diameter in mm,...) Thickness (atom/barn): 0.00758+- 10577004 11 0.00008. Nominal thickness (mm): 1.58+-0.02. Sample 10577004 12 thermodynamic temperature was 293+-2 K, and effective 10577004 13 temperature was 301K (Thesis table VII-III, page 158). 10577004 14 METHOD (TRN) Flight path is 28.27+-0.005. The measurement 10577004 15 utilized electron burst widths and time-of-flight 10577004 16 channel widths that together resulted in 10577004 17 time-of-flight data that had an energy resolution 10577004 18 dE/E much smaller than 10%. Background subtraction 10577004 19 shape determined from a separate measurement of 10577004 20 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577004 21 0.337 keV and cobalt at 0.132 keV. 10577004 22 ANALYSIS The measured time-of-flight data were grouped into 10577004 23 10% wide energy bins. 10577004 24 ERR-ANALYS (DATA-ERR) Error in transmission (1 sigma error). 10577004 25 CORRECTION Dead time correction: <2.5%. 10577004 26 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577004 27 shown in Appendix D, pages 207-220 of the main 10577004 28 reference. 10577004 29 HISTORY (19781212A) BIB correction. Common correction. 10577004 30 (19830922A) Reaction corrected. 10577004 31 (20040702A) Temperature unit updated. 10577004 32 (20210623A) BP: Replaced data, corrected reaction 10577004 33 string, corrected experimental details. 10577004 34 (20230525A) Headings EN-MIN, EN-MAX swapped 10577004 35 ENDBIB 33 0 10577004 36 COMMON 2 3 10577004 37 TEMP THICKNESS 10577004 38 K ATOMS/B 10577004 39 301. 0.00758 10577004 40 ENDCOMMON 3 0 10577004 41 DATA 4 65 10577004 42 EN-MAX EN-MIN DATA DATA-ERR 10577004 43 EV EV NO-DIM NO-DIM 10577004 44 101566.030 91893.060 0.898 0.013 10577004 45 91893.060 83142.340 0.914 0.007 10577004 46 83142.340 75223.100 0.912 0.007 10577004 47 75223.100 68059.000 0.911 0.006 10577004 48 68059.000 61577.170 0.909 0.006 10577004 49 61577.170 55712.680 0.902 0.006 10577004 50 55712.680 50406.710 0.908 0.006 10577004 51 50406.710 45606.070 0.891 0.006 10577004 52 45606.070 41262.630 0.894 0.006 10577004 53 41262.630 37332.850 0.901 0.006 10577004 54 37332.850 33777.330 0.895 0.006 10577004 55 33777.330 30560.440 0.899 0.006 10577004 56 30560.440 27649.920 0.896 0.006 10577004 57 27649.920 25016.590 0.885 0.006 10577004 58 25016.590 22634.050 0.893 0.006 10577004 59 22634.050 20478.430 0.896 0.006 10577004 60 20478.430 18528.100 0.898 0.006 10577004 61 18528.100 16763.520 0.884 0.006 10577004 62 16763.520 15166.990 0.881 0.005 10577004 63 15166.990 13722.510 0.890 0.005 10577004 64 13722.510 12415.600 0.891 0.005 10577004 65 12415.600 11233.340 0.887 0.005 10577004 66 11233.340 10163.340 0.890 0.005 10577004 67 10163.340 9195.400 0.894 0.005 10577004 68 9195.400 8319.640 0.894 0.005 10577004 69 8319.640 7524.290 0.879 0.005 10577004 70 7524.290 6810.410 0.878 0.005 10577004 71 6810.410 6161.800 0.883 0.005 10577004 72 6161.800 5574.960 0.895 0.005 10577004 73 5574.960 5044.010 0.895 0.005 10577004 74 5044.010 4563.630 0.892 0.005 10577004 75 4563.630 4128.990 0.892 0.005 10577004 76 4128.990 3735.760 0.870 0.005 10577004 77 3735.760 3379.970 0.860 0.005 10577004 78 3379.970 3058.070 0.872 0.005 10577004 79 3058.070 2766.820 0.873 0.005 10577004 80 2766.820 2503.310 0.844 0.005 10577004 81 2503.310 2264.900 0.876 0.005 10577004 82 2264.900 2049.200 0.871 0.005 10577004 83 2049.200 1854.030 0.848 0.004 10577004 84 1854.030 1677.460 0.862 0.005 10577004 85 1677.460 1517.700 0.866 0.005 10577004 86 1517.700 1373.160 0.880 0.005 10577004 87 1373.160 1242.380 0.885 0.005 10577004 88 1242.380 1124.060 0.858 0.005 10577004 89 1124.060 1017.000 0.882 0.005 10577004 90 1017.000 920.140 0.835 0.004 10577004 91 920.140 832.510 0.868 0.005 10577004 92 832.510 753.220 0.894 0.005 10577004 93 753.220 681.490 0.881 0.005 10577004 94 681.490 616.580 0.870 0.005 10577004 95 616.580 557.860 0.871 0.005 10577004 96 557.860 504.730 0.874 0.005 10577004 97 504.730 456.660 0.907 0.005 10577004 98 456.660 413.170 0.893 0.005 10577004 99 413.170 373.820 0.878 0.005 10577004 100 373.820 338.220 0.861 0.005 10577004 101 338.220 306.000 0.900 0.005 10577004 102 306.000 276.860 0.869 0.005 10577004 103 276.860 250.490 0.863 0.005 10577004 104 250.490 226.640 0.857 0.005 10577004 105 226.640 205.050 0.882 0.005 10577004 106 205.050 185.520 0.744 0.005 10577004 107 185.520 167.850 0.950 0.006 10577004 108 167.850 151.870 0.892 0.006 10577004 109 ENDDATA 67 0 10577004 110 ENDSUBENT 109 0 1057700499999 SUBENT 10577005 20230707 150710577005 1 BIB 9 33 10577005 2 REACTION (92-U-238(N,TOT),,TRN,,AV) 10577005 3 DETECTOR (SCIN) A 12.7-mm-thick 10B4C slab in the beam that is 10577005 4 viewed by two 203.2-mm-dia. by 50.8-mm thick NaI 10577005 5 crystals. Surface Dimensions: 101.6 mm x 101.6 mm. 10577005 6 10B4C Thickness (mm): 12.7. Distance from samples (mm):10577005 7 10000. 10577005 8 SAMPLE (92-U-238,ENR=0.998) 10577005 9 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577005 10 diameter in mm,...) Thickness (atom/barn): 0.0155+- 10577005 11 0.0001. Nominal thickness (mm): 3.24+-0.03. Sample 10577005 12 thermodynamic temperature was 293+-2 K, and effective 10577005 13 temperature was 301K (Thesis table VII-III, page 158). 10577005 14 METHOD (TRN) Flight path is 28.27+-0.005. The measurement 10577005 15 utilized electron burst widths and time-of-flight 10577005 16 channel widths that together resulted in 10577005 17 time-of-flight data that had an energy resolution 10577005 18 dE/E much smaller than 10%. Background subtraction 10577005 19 shape determined from a separate measurement of 10577005 20 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577005 21 0.337 keV and cobalt at 0.132 keV. 10577005 22 ANALYSIS The measured time-of-flight data were grouped into 10577005 23 10% wide energy bins. 10577005 24 ERR-ANALYS (DATA-ERR) Error in transmission (1 sigma error). 10577005 25 CORRECTION Dead time correction: <2.5%. 10577005 26 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577005 27 shown in Appendix D, pages 207-220 of the main 10577005 28 reference. 10577005 29 HISTORY (19781212A) BIB correction. Common correction. 10577005 30 (19830922A) Reaction corrected. 10577005 31 (20040702A) Temperature unit updated. 10577005 32 (20210623A) BP: Replaced data, corrected reaction 10577005 33 string, corrected experimental details. 10577005 34 (20230525A) Headings EN-MIN, EN-MAX swapped 10577005 35 ENDBIB 33 0 10577005 36 COMMON 2 3 10577005 37 TEMP THICKNESS 10577005 38 K ATOMS/B 10577005 39 301. 0.0155 10577005 40 ENDCOMMON 3 0 10577005 41 DATA 4 65 10577005 42 EN-MAX EN-MIN DATA DATA-ERR 10577005 43 EV EV NO-DIM NO-DIM 10577005 44 101566.000 91893.060 0.826 0.012 10577005 45 91893.060 83142.340 0.837 0.007 10577005 46 83142.340 75223.100 0.825 0.006 10577005 47 75223.100 68059.000 0.828 0.006 10577005 48 68059.000 61577.170 0.826 0.006 10577005 49 61577.170 55712.680 0.818 0.006 10577005 50 55712.680 50406.710 0.831 0.006 10577005 51 50406.710 45606.070 0.818 0.006 10577005 52 45606.070 41262.630 0.815 0.006 10577005 53 41262.630 37332.850 0.821 0.006 10577005 54 37332.850 33777.330 0.809 0.006 10577005 55 33777.330 30560.440 0.818 0.006 10577005 56 30560.440 27649.920 0.805 0.005 10577005 57 27649.920 25016.590 0.808 0.005 10577005 58 25016.590 22634.050 0.807 0.005 10577005 59 22634.050 20478.430 0.808 0.005 10577005 60 20478.430 18528.100 0.809 0.005 10577005 61 18528.100 16763.520 0.792 0.005 10577005 62 16763.520 15166.990 0.796 0.005 10577005 63 15166.990 13722.510 0.793 0.005 10577005 64 13722.510 12415.600 0.798 0.005 10577005 65 12415.600 11233.340 0.801 0.005 10577005 66 11233.340 10163.340 0.798 0.005 10577005 67 10163.340 9195.400 0.811 0.005 10577005 68 9195.400 8319.640 0.798 0.005 10577005 69 8319.640 7524.290 0.780 0.004 10577005 70 7524.290 6810.410 0.795 0.004 10577005 71 6810.410 6161.800 0.789 0.004 10577005 72 6161.800 5574.960 0.798 0.004 10577005 73 5574.960 5044.010 0.805 0.004 10577005 74 5044.010 4563.630 0.797 0.004 10577005 75 4563.630 4128.990 0.798 0.004 10577005 76 4128.990 3735.760 0.771 0.004 10577005 77 3735.760 3379.970 0.764 0.004 10577005 78 3379.970 3058.070 0.777 0.004 10577005 79 3058.070 2766.820 0.776 0.004 10577005 80 2766.820 2503.310 0.735 0.004 10577005 81 2503.310 2264.900 0.779 0.004 10577005 82 2264.900 2049.200 0.772 0.004 10577005 83 2049.200 1854.030 0.766 0.004 10577005 84 1854.030 1677.460 0.776 0.004 10577005 85 1677.460 1517.700 0.782 0.004 10577005 86 1517.700 1373.160 0.798 0.004 10577005 87 1373.160 1242.380 0.791 0.004 10577005 88 1242.380 1124.060 0.769 0.004 10577005 89 1124.060 1017.000 0.793 0.004 10577005 90 1017.000 920.140 0.744 0.004 10577005 91 920.140 832.510 0.789 0.004 10577005 92 832.510 753.220 0.815 0.004 10577005 93 753.220 681.490 0.794 0.004 10577005 94 681.490 616.580 0.782 0.004 10577005 95 616.580 557.860 0.781 0.004 10577005 96 557.860 504.730 0.787 0.004 10577005 97 504.730 456.660 0.821 0.004 10577005 98 456.660 413.170 0.804 0.004 10577005 99 413.170 373.820 0.793 0.004 10577005 100 373.820 338.220 0.768 0.004 10577005 101 338.220 306.000 0.825 0.005 10577005 102 306.000 276.860 0.784 0.005 10577005 103 276.860 250.490 0.766 0.005 10577005 104 250.490 226.640 0.750 0.005 10577005 105 226.640 205.050 0.725 0.005 10577005 106 205.050 185.520 0.620 0.004 10577005 107 185.520 167.850 0.900 0.006 10577005 108 167.850 151.870 0.819 0.005 10577005 109 ENDDATA 67 0 10577005 110 ENDSUBENT 109 0 1057700599999 SUBENT 10577006 20230707 150710577006 1 BIB 9 33 10577006 2 REACTION (92-U-238(N,TOT),,TRN,,AV) 10577006 3 DETECTOR (SCIN) A 12.7-mm-thick 10B4C slab in the beam that is 10577006 4 viewed by two 203.2-mm-dia. by 50.8-mm thick NaI 10577006 5 crystals. Surface Dimensions: 101.6 mm x 101.6 mm. 10577006 6 10B4C Thickness (mm): 12.7. Distance from samples (mm):10577006 7 10000. 10577006 8 SAMPLE (92-U-238,ENR=0.998) 10577006 9 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577006 10 diameter in mm,...) Thickness (atom/barn): 0.0310+- 10577006 11 0.0003. Nominal thickness (mm): 6.64+-0.07. Sample 10577006 12 thermodynamic temperature was 973+-4 K, and effective 10577006 13 temperature was 975K (Thesis table VII-III, page 158). 10577006 14 METHOD (TRN) Flight path is 28.27+-0.005. The measurement 10577006 15 utilized electron burst widths and time-of-flight 10577006 16 channel widths that together resulted in 10577006 17 time-of-flight data that had an energy resolution 10577006 18 dE/E much smaller than 10%. Background subtraction 10577006 19 shape determined from a separate measurement of 10577006 20 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577006 21 0.337 keV and cobalt at 0.132 keV. 10577006 22 ANALYSIS The measured time-of-flight data were grouped into 10577006 23 10% wide energy bins. 10577006 24 ERR-ANALYS (DATA-ERR) Error in transmission (1 sigma error). 10577006 25 CORRECTION Dead time correction: <2.5%. 10577006 26 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577006 27 shown in Appendix D, pages 207-220 of the main 10577006 28 reference. 10577006 29 HISTORY (19781212A) BIB correction. COMMON correction. 10577006 30 (19830922A) Reaction corrected. 10577006 31 (20040702A) Temperature unit updated. 10577006 32 (20210623A) BP: Replaced data, corrected reaction 10577006 33 string, corrected experimental details. 10577006 34 (20230525A) Headings EN-MIN, EN-MAX swapped 10577006 35 ENDBIB 33 0 10577006 36 COMMON 2 3 10577006 37 TEMP THICKNESS 10577006 38 K ATOMS/B 10577006 39 975. 0.0310 10577006 40 ENDCOMMON 3 0 10577006 41 DATA 4 65 10577006 42 EN-MAX EN-MIN DATA DATA-ERR 10577006 43 EV EV NO-DIM NO-DIM 10577006 44 101566.000 91893.060 0.709 0.013 10577006 45 91893.060 83142.340 0.704 0.008 10577006 46 83142.340 75223.100 0.694 0.007 10577006 47 75223.100 68059.000 0.713 0.006 10577006 48 68059.000 61577.170 0.697 0.006 10577006 49 61577.170 55712.680 0.694 0.006 10577006 50 55712.680 50406.710 0.705 0.006 10577006 51 50406.710 45606.070 0.697 0.006 10577006 52 45606.070 41262.630 0.693 0.007 10577006 53 41262.630 37332.850 0.677 0.006 10577006 54 37332.850 33777.330 0.680 0.007 10577006 55 33777.330 30560.440 0.664 0.006 10577006 56 30560.440 27649.920 0.667 0.006 10577006 57 27649.920 25016.590 0.662 0.006 10577006 58 25016.590 22634.050 0.673 0.006 10577006 59 22634.050 20478.430 0.666 0.006 10577006 60 20478.430 18528.100 0.673 0.006 10577006 61 18528.100 16763.520 0.650 0.005 10577006 62 16763.520 15166.990 0.655 0.005 10577006 63 15166.990 13722.510 0.660 0.005 10577006 64 13722.510 12415.600 0.647 0.005 10577006 65 12415.600 11233.340 0.663 0.005 10577006 66 11233.340 10163.340 0.658 0.005 10577006 67 10163.340 9195.400 0.669 0.005 10577006 68 9195.400 8319.640 0.654 0.005 10577006 69 8319.640 7524.290 0.649 0.005 10577006 70 7524.290 6810.410 0.648 0.005 10577006 71 6810.410 6161.800 0.640 0.005 10577006 72 6161.800 5574.960 0.659 0.005 10577006 73 5574.960 5044.010 0.668 0.005 10577006 74 5044.010 4563.630 0.647 0.005 10577006 75 4563.630 4128.990 0.644 0.005 10577006 76 4128.990 3735.760 0.600 0.004 10577006 77 3735.760 3379.970 0.603 0.004 10577006 78 3379.970 3058.070 0.633 0.005 10577006 79 3058.070 2766.820 0.635 0.005 10577006 80 2766.820 2503.310 0.572 0.004 10577006 81 2503.310 2264.900 0.624 0.004 10577006 82 2264.900 2049.200 0.629 0.004 10577006 83 2049.200 1854.030 0.638 0.004 10577006 84 1854.030 1677.460 0.630 0.004 10577006 85 1677.460 1517.700 0.630 0.004 10577006 86 1517.700 1373.160 0.665 0.005 10577006 87 1373.160 1242.380 0.652 0.004 10577006 88 1242.380 1124.060 0.620 0.004 10577006 89 1124.060 1017.000 0.650 0.004 10577006 90 1017.000 920.140 0.597 0.004 10577006 91 920.140 832.510 0.650 0.005 10577006 92 832.510 753.220 0.693 0.005 10577006 93 753.220 681.490 0.659 0.005 10577006 94 681.490 616.580 0.636 0.005 10577006 95 616.580 557.860 0.647 0.005 10577006 96 557.860 504.730 0.652 0.005 10577006 97 504.730 456.660 0.689 0.005 10577006 98 456.660 413.170 0.677 0.005 10577006 99 413.170 373.820 0.645 0.005 10577006 100 373.820 338.220 0.623 0.005 10577006 101 338.220 306.000 0.699 0.005 10577006 102 306.000 276.860 0.640 0.005 10577006 103 276.860 250.490 0.628 0.005 10577006 104 250.490 226.640 0.604 0.005 10577006 105 226.640 205.050 0.553 0.005 10577006 106 205.050 185.520 0.481 0.004 10577006 107 185.520 167.850 0.825 0.006 10577006 108 167.850 151.870 0.683 0.006 10577006 109 ENDDATA 67 0 10577006 110 ENDSUBENT 109 0 1057700699999 SUBENT 10577007 20230707 150710577007 1 BIB 9 35 10577007 2 REACTION (92-U-238(N,TOT),,TRN,,AV) 10577007 3 DETECTOR (SCIN) A 12.7-mm-thick 10B4C slab in the beam that is 10577007 4 viewed by two 203.2-mm-dia. by 50.8-mm thick NaI 10577007 5 crystals. Surface Dimensions: 101.6 mm x 101.6 mm. 10577007 6 10B4C Thickness (mm): 12.7. Distance from samples (mm):10577007 7 10000. 10577007 8 SAMPLE (92-U-238,ENR=0.998) 10577007 9 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577007 10 diameter in mm,...) Thickness (atom/barn): 0.0317+- 10577007 11 0.0003. Nominal thickness (mm): 6.56+-0.07. Sample 10577007 12 thermodynamic temperature was 79+-2 K, and effective 10577007 13 temperature was 101K (Thesis table VII-III, page 158). 10577007 14 METHOD (TRN) Flight path is 28.27+-0.005. The measurement 10577007 15 utilized electron burst widths and time-of-flight 10577007 16 channel widths that together resulted in 10577007 17 time-of-flight data that had an energy resolution 10577007 18 dE/E much smaller than 10%. Background subtraction 10577007 19 shape determined from a separate measurement of 10577007 20 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577007 21 0.337 keV and cobalt at 0.132 keV. 10577007 22 ANALYSIS The measured time-of-flight data were grouped into 10577007 23 10% wide energy bins. 10577007 24 ERR-ANALYS (DATA-ERR) Error in transmission (1 sigma error). 10577007 25 CORRECTION Dead time correction: <2.5%. 10577007 26 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577007 27 shown in Appendix D, pages 207-220 of the main 10577007 28 reference. 10577007 29 HISTORY (19781212A) BIB correction. COMMON correction. 10577007 30 (19830922A) Reaction corrected. 10577007 31 (20040702A) Temperature unit updated. 10577007 32 (20210623A) BP: Replaced data, corrected reaction 10577007 33 string, corrected experimental details, moved 301 K 10577007 34 into a separate subentry 41 because of sample 10577007 35 differences. 10577007 36 (20230525A) Headings EN-MIN, EN-MAX swapped 10577007 37 ENDBIB 35 0 10577007 38 COMMON 2 3 10577007 39 TEMP THICKNESS 10577007 40 K ATOMS/B 10577007 41 101. 0.0317 10577007 42 ENDCOMMON 3 0 10577007 43 DATA 4 65 10577007 44 EN-MAX EN-MIN DATA DATA-ERR 10577007 45 EV EV NO-DIM NO-DIM 10577007 46 101566.000 91893.060 0.684 0.013 10577007 47 91893.060 83142.340 0.687 0.008 10577007 48 83142.340 75223.100 0.682 0.007 10577007 49 75223.100 68059.000 0.684 0.006 10577007 50 68059.000 61577.170 0.678 0.006 10577007 51 61577.170 55712.680 0.666 0.007 10577007 52 55712.680 50406.710 0.683 0.007 10577007 53 50406.710 45606.070 0.670 0.007 10577007 54 45606.070 41262.630 0.661 0.007 10577007 55 41262.630 37332.850 0.676 0.007 10577007 56 37332.850 33777.330 0.662 0.007 10577007 57 33777.330 30560.440 0.659 0.007 10577007 58 30560.440 27649.920 0.657 0.007 10577007 59 27649.920 25016.590 0.646 0.006 10577007 60 25016.590 22634.050 0.659 0.006 10577007 61 22634.050 20478.430 0.656 0.006 10577007 62 20478.430 18528.100 0.657 0.006 10577007 63 18528.100 16763.520 0.639 0.006 10577007 64 16763.520 15166.990 0.641 0.006 10577007 65 15166.990 13722.510 0.646 0.006 10577007 66 13722.510 12415.600 0.640 0.006 10577007 67 12415.600 11233.340 0.650 0.006 10577007 68 11233.340 10163.340 0.650 0.006 10577007 69 10163.340 9195.400 0.658 0.006 10577007 70 9195.400 8319.640 0.645 0.006 10577007 71 8319.640 7524.290 0.641 0.006 10577007 72 7524.290 6810.410 0.644 0.005 10577007 73 6810.410 6161.800 0.649 0.005 10577007 74 6161.800 5574.960 0.657 0.005 10577007 75 5574.960 5044.010 0.666 0.005 10577007 76 5044.010 4563.630 0.645 0.005 10577007 77 4563.630 4128.990 0.642 0.005 10577007 78 4128.990 3735.760 0.606 0.005 10577007 79 3735.760 3379.970 0.617 0.005 10577007 80 3379.970 3058.070 0.630 0.005 10577007 81 3058.070 2766.820 0.633 0.006 10577007 82 2766.820 2503.310 0.593 0.005 10577007 83 2503.310 2264.900 0.631 0.005 10577007 84 2264.900 2049.200 0.637 0.005 10577007 85 2049.200 1854.030 0.643 0.005 10577007 86 1854.030 1677.460 0.637 0.005 10577007 87 1677.460 1517.700 0.649 0.005 10577007 88 1517.700 1373.160 0.677 0.005 10577007 89 1373.160 1242.380 0.655 0.005 10577007 90 1242.380 1124.060 0.640 0.005 10577007 91 1124.060 1017.000 0.646 0.005 10577007 92 1017.000 920.140 0.619 0.005 10577007 93 920.140 832.510 0.678 0.005 10577007 94 832.510 753.220 0.693 0.005 10577007 95 753.220 681.490 0.660 0.005 10577007 96 681.490 616.580 0.650 0.005 10577007 97 616.580 557.860 0.672 0.005 10577007 98 557.860 504.730 0.667 0.005 10577007 99 504.730 456.660 0.688 0.006 10577007 100 456.660 413.170 0.672 0.005 10577007 101 413.170 373.820 0.657 0.005 10577007 102 373.820 338.220 0.632 0.005 10577007 103 338.220 306.000 0.678 0.006 10577007 104 306.000 276.860 0.640 0.006 10577007 105 276.860 250.490 0.631 0.006 10577007 106 250.490 226.640 0.614 0.006 10577007 107 226.640 205.050 0.568 0.005 10577007 108 205.050 185.520 0.474 0.005 10577007 109 185.520 167.850 0.822 0.007 10577007 110 167.850 151.870 0.691 0.006 10577007 111 ENDDATA 67 0 10577007 112 ENDSUBENT 111 0 1057700799999 SUBENT 10577008 20230707 150710577008 1 BIB 9 33 10577008 2 REACTION (92-U-238(N,TOT),,TRN,,AV) 10577008 3 DETECTOR (SCIN) A 12.7-mm-thick 10B4C slab in the beam that is 10577008 4 viewed by two 203.2-mm-dia. by 50.8-mm thick NaI 10577008 5 crystals. Surface Dimensions: 101.6 mm x 101.6 mm. 10577008 6 10B4C Thickness (mm): 12.7. Distance from samples (mm):10577008 7 10000. 10577008 8 SAMPLE (92-U-238,ENR=0.998) 10577008 9 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577008 10 diameter in mm,...) Thickness (atom/barn): 0.0467+- 10577008 11 0.0005. Nominal thickness (mm): 9.74+0.10. Sample 10577008 12 thermodynamic temperature was 293+-2 K, and effective 10577008 13 temperature was 301K (Thesis table VII-III, page 158). 10577008 14 METHOD (TRN) Flight path is 28.27+-0.005. The measurement 10577008 15 utilized electron burst widths and time-of-flight 10577008 16 channel widths that together resulted in 10577008 17 time-of-flight data that had an energy resolution 10577008 18 dE/E much smaller than 10%. Background subtraction 10577008 19 shape determined from a separate measurement of 10577008 20 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577008 21 0.337 keV and cobalt at 0.132 keV. 10577008 22 ANALYSIS The measured time-of-flight data were grouped into 10577008 23 10% wide energy bins. 10577008 24 ERR-ANALYS (DATA-ERR) Error in transmission (1 sigma error). 10577008 25 CORRECTION Dead time correction: <2.5%. 10577008 26 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577008 27 shown in Appendix D, pages 207-220 of the main 10577008 28 reference. 10577008 29 HISTORY (19781212A) BIB correction. COMMON correction. 10577008 30 (19830922A) Reaction corrected. 10577008 31 (20040702A) Temperature unit updated. 10577008 32 (20210623A) BP: Replaced data, corrected reaction 10577008 33 string, corrected experimental details. 10577008 34 (20230525A) Headings EN-MIN, EN-MAX swapped 10577008 35 ENDBIB 33 0 10577008 36 COMMON 2 3 10577008 37 TEMP THICKNESS 10577008 38 K ATOMS/B 10577008 39 301. 0.04670 10577008 40 ENDCOMMON 3 0 10577008 41 DATA 4 65 10577008 42 EN-MAX EN-MIN DATA DATA-ERR 10577008 43 EV EV NO-DIM NO-DIM 10577008 44 101566.000 91893.060 0.584 0.008 10577008 45 91893.060 83142.340 0.574 0.005 10577008 46 83142.340 75223.100 0.576 0.004 10577008 47 75223.100 68059.000 0.576 0.004 10577008 48 68059.000 61577.170 0.571 0.004 10577008 49 61577.170 55712.680 0.555 0.004 10577008 50 55712.680 50406.710 0.566 0.004 10577008 51 50406.710 45606.070 0.562 0.004 10577008 52 45606.070 41262.630 0.546 0.004 10577008 53 41262.630 37332.850 0.555 0.004 10577008 54 37332.850 33777.330 0.548 0.004 10577008 55 33777.330 30560.440 0.545 0.004 10577008 56 30560.440 27649.920 0.529 0.004 10577008 57 27649.920 25016.590 0.543 0.003 10577008 58 25016.590 22634.050 0.538 0.003 10577008 59 22634.050 20478.430 0.533 0.003 10577008 60 20478.430 18528.100 0.544 0.003 10577008 61 18528.100 16763.520 0.521 0.003 10577008 62 16763.520 15166.990 0.522 0.003 10577008 63 15166.990 13722.510 0.536 0.003 10577008 64 13722.510 12415.600 0.526 0.003 10577008 65 12415.600 11233.340 0.532 0.003 10577008 66 11233.340 10163.340 0.531 0.003 10577008 67 10163.340 9195.400 0.544 0.003 10577008 68 9195.400 8319.640 0.531 0.003 10577008 69 8319.640 7524.290 0.523 0.003 10577008 70 7524.290 6810.410 0.530 0.003 10577008 71 6810.410 6161.800 0.520 0.003 10577008 72 6161.800 5574.960 0.535 0.003 10577008 73 5574.960 5044.010 0.547 0.003 10577008 74 5044.010 4563.630 0.528 0.003 10577008 75 4563.630 4128.990 0.531 0.003 10577008 76 4128.990 3735.760 0.488 0.003 10577008 77 3735.760 3379.970 0.502 0.003 10577008 78 3379.970 3058.070 0.514 0.003 10577008 79 3058.070 2766.820 0.518 0.003 10577008 80 2766.820 2503.310 0.484 0.003 10577008 81 2503.310 2264.900 0.516 0.003 10577008 82 2264.900 2049.200 0.527 0.003 10577008 83 2049.200 1854.030 0.535 0.003 10577008 84 1854.030 1677.460 0.528 0.003 10577008 85 1677.460 1517.700 0.541 0.003 10577008 86 1517.700 1373.160 0.560 0.003 10577008 87 1373.160 1242.380 0.541 0.003 10577008 88 1242.380 1124.060 0.532 0.003 10577008 89 1124.060 1017.000 0.537 0.003 10577008 90 1017.000 920.140 0.516 0.003 10577008 91 920.140 832.510 0.563 0.003 10577008 92 832.510 753.220 0.581 0.003 10577008 93 753.220 681.490 0.541 0.003 10577008 94 681.490 616.580 0.541 0.003 10577008 95 616.580 557.860 0.559 0.003 10577008 96 557.860 504.730 0.558 0.003 10577008 97 504.730 456.660 0.573 0.003 10577008 98 456.660 413.170 0.556 0.003 10577008 99 413.170 373.820 0.533 0.003 10577008 100 373.820 338.220 0.518 0.003 10577008 101 338.220 306.000 0.576 0.003 10577008 102 306.000 276.860 0.519 0.003 10577008 103 276.860 250.490 0.517 0.003 10577008 104 250.490 226.640 0.486 0.003 10577008 105 226.640 205.050 0.434 0.003 10577008 106 205.050 185.520 0.366 0.002 10577008 107 185.520 167.850 0.745 0.004 10577008 108 167.850 151.870 0.589 0.004 10577008 109 ENDDATA 67 0 10577008 110 ENDSUBENT 109 0 1057700899999 SUBENT 10577009 20230707 150710577009 1 BIB 9 33 10577009 2 REACTION (92-U-238(N,TOT),,TRN,,AV) 10577009 3 DETECTOR (SCIN) A 12.7-mm-thick 10B4C slab in the beam that is 10577009 4 viewed by two 203.2-mm-dia. by 50.8-mm thick NaI 10577009 5 crystals. Surface Dimensions: 101.6 mm x 101.6 mm. 10577009 6 10B4C Thickness (mm): 12.7. Distance from samples (mm):10577009 7 10000. 10577009 8 SAMPLE (92-U-238,ENR=0.998) 10577009 9 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577009 10 diameter in mm,...) Thickness (atom/barn): 0.0609+- 10577009 11 0.0006. Nominal thickness (mm): 13.1+-0.1. Sample 10577009 12 thermodynamic temperature was 973+-4 K, and effective 10577009 13 temperature was 975K (Thesis table VII-III, page 158). 10577009 14 METHOD (TRN) Flight path is 28.27+-0.005. The measurement 10577009 15 utilized electron burst widths and time-of-flight 10577009 16 channel widths that together resulted in 10577009 17 time-of-flight data that had an energy resolution 10577009 18 dE/E much smaller than 10%. Background subtraction 10577009 19 shape determined from a separate measurement of 10577009 20 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577009 21 0.337 keV and cobalt at 0.132 keV. 10577009 22 ANALYSIS The measured time-of-flight data were grouped into 10577009 23 10% wide energy bins. 10577009 24 ERR-ANALYS (DATA-ERR) Error in transmission (1 sigma error). 10577009 25 CORRECTION Dead time correction: <2.5%. 10577009 26 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577009 27 shown in Appendix D, pages 207-220 of the main 10577009 28 reference. 10577009 29 HISTORY (19781212A) BIB correction. COMMON correction. 10577009 30 (19830922A) Reaction corrected. 10577009 31 (20040702A) Temperature unit updated. 10577009 32 (20210623A) BP: Replaced data, corrected reaction 10577009 33 string, corrected experimental details. 10577009 34 (20230525A) Headings EN-MIN, EN-MAX swapped 10577009 35 ENDBIB 33 0 10577009 36 COMMON 2 3 10577009 37 TEMP THICKNESS 10577009 38 K ATOMS/B 10577009 39 975. 0.0609 10577009 40 ENDCOMMON 3 0 10577009 41 DATA 4 65 10577009 42 EN-MAX EN-MIN DATA DATA-ERR 10577009 43 EV EV NO-DIM NO-DIM 10577009 44 101566.000 91893.060 0.510 0.009 10577009 45 91893.060 83142.340 0.490 0.005 10577009 46 83142.340 75223.100 0.488 0.005 10577009 47 75223.100 68059.000 0.489 0.004 10577009 48 68059.000 61577.170 0.482 0.004 10577009 49 61577.170 55712.680 0.470 0.004 10577009 50 55712.680 50406.710 0.480 0.004 10577009 51 50406.710 45606.070 0.477 0.004 10577009 52 45606.070 41262.630 0.459 0.004 10577009 53 41262.630 37332.850 0.460 0.004 10577009 54 37332.850 33777.330 0.466 0.005 10577009 55 33777.330 30560.440 0.457 0.004 10577009 56 30560.440 27649.920 0.440 0.004 10577009 57 27649.920 25016.590 0.444 0.004 10577009 58 25016.590 22634.050 0.453 0.004 10577009 59 22634.050 20478.430 0.440 0.004 10577009 60 20478.430 18528.100 0.457 0.004 10577009 61 18528.100 16763.520 0.426 0.003 10577009 62 16763.520 15166.990 0.443 0.003 10577009 63 15166.990 13722.510 0.434 0.003 10577009 64 13722.510 12415.600 0.427 0.003 10577009 65 12415.600 11233.340 0.442 0.003 10577009 66 11233.340 10163.340 0.442 0.003 10577009 67 10163.340 9195.400 0.448 0.003 10577009 68 9195.400 8319.640 0.435 0.003 10577009 69 8319.640 7524.290 0.433 0.002 10577009 70 7524.290 6810.410 0.434 0.003 10577009 71 6810.410 6161.800 0.430 0.002 10577009 72 6161.800 5574.960 0.442 0.003 10577009 73 5574.960 5044.010 0.456 0.003 10577009 74 5044.010 4563.630 0.427 0.003 10577009 75 4563.630 4128.990 0.436 0.003 10577009 76 4128.990 3735.760 0.391 0.003 10577009 77 3735.760 3379.970 0.399 0.003 10577009 78 3379.970 3058.070 0.411 0.003 10577009 79 3058.070 2766.820 0.421 0.003 10577009 80 2766.820 2503.310 0.380 0.003 10577009 81 2503.310 2264.900 0.416 0.003 10577009 82 2264.900 2049.200 0.431 0.003 10577009 83 2049.200 1854.030 0.448 0.003 10577009 84 1854.030 1677.460 0.434 0.003 10577009 85 1677.460 1517.700 0.447 0.003 10577009 86 1517.700 1373.160 0.464 0.003 10577009 87 1373.160 1242.380 0.444 0.003 10577009 88 1242.380 1124.060 0.429 0.003 10577009 89 1124.060 1017.000 0.439 0.003 10577009 90 1017.000 920.140 0.420 0.003 10577009 91 920.140 832.510 0.466 0.003 10577009 92 832.510 753.220 0.492 0.003 10577009 93 753.220 681.490 0.446 0.003 10577009 94 681.490 616.580 0.434 0.003 10577009 95 616.580 557.860 0.460 0.003 10577009 96 557.860 504.730 0.451 0.003 10577009 97 504.730 456.660 0.479 0.003 10577009 98 456.660 413.170 0.466 0.003 10577009 99 413.170 373.820 0.426 0.003 10577009 100 373.820 338.220 0.425 0.003 10577009 101 338.220 306.000 0.485 0.003 10577009 102 306.000 276.860 0.419 0.003 10577009 103 276.860 250.490 0.420 0.003 10577009 104 250.490 226.640 0.393 0.003 10577009 105 226.640 205.050 0.335 0.003 10577009 106 205.050 185.520 0.293 0.003 10577009 107 185.520 167.850 0.677 0.005 10577009 108 167.850 151.870 0.496 0.004 10577009 109 ENDDATA 67 0 10577009 110 ENDSUBENT 109 0 1057700999999 SUBENT 10577010 20230707 150710577010 1 BIB 9 35 10577010 2 REACTION (92-U-238(N,TOT),,TRN,,AV) 10577010 3 DETECTOR (SCIN) A 12.7-mm-thick 10B4C slab in the beam that is 10577010 4 viewed by two 203.2-mm-dia. by 50.8-mm thick NaI 10577010 5 crystals. Surface Dimensions: 101.6 mm x 101.6 mm. 10577010 6 10B4C Thickness (mm): 12.7. Distance from samples (mm):10577010 7 10000. 10577010 8 SAMPLE (92-U-238,ENR=0.998) 10577010 9 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577010 10 diameter in mm,...) Thickness (atom/barn): 0.0624+- 10577010 11 0.0006. Nominal thickness (mm): 12.9+-0.1. Sample 10577010 12 thermodynamic temperature was 79+-2 K, and effective 10577010 13 temperature was 101K (Thesis table VII-III, page 158). 10577010 14 METHOD (TRN) Flight path is 28.27+-0.005. The measurement 10577010 15 utilized electron burst widths and time-of-flight 10577010 16 channel widths that together resulted in 10577010 17 time-of-flight data that had an energy resolution 10577010 18 dE/E much smaller than 10%. Background subtraction 10577010 19 shape determined from a separate measurement of 10577010 20 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577010 21 0.337 keV and cobalt at 0.132 keV. 10577010 22 ANALYSIS The measured time-of-flight data were grouped into 10577010 23 10% wide energy bins. 10577010 24 ERR-ANALYS (DATA-ERR) Error in transmission (1 sigma error). 10577010 25 CORRECTION Dead time correction: <2.5%. 10577010 26 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577010 27 shown in Appendix D, pages 207-220 of the main 10577010 28 reference. 10577010 29 HISTORY (19781212A) BIB correction. COMMON correction. 10577010 30 (19830922A) Reaction corrected. 10577010 31 (20040702A) Temperature unit updated. 10577010 32 (20210623A) BP: Replaced data, corrected reaction 10577010 33 string, corrected experimental details, moved 301 K 10577010 34 into a separate subentry 42 because of sample 10577010 35 differences. 10577010 36 (20230525A) Headings EN-MIN, EN-MAX swapped 10577010 37 ENDBIB 35 0 10577010 38 COMMON 2 3 10577010 39 TEMP THICKNESS 10577010 40 K ATOMS/B 10577010 41 101. 0.0624 10577010 42 ENDCOMMON 3 0 10577010 43 DATA 4 65 10577010 44 EN-MAX EN-MIN DATA DATA-ERR 10577010 45 EV EV NO-DIM NO-DIM 10577010 46 101566.000 91893.060 0.491 0.008 10577010 47 91893.060 83142.340 0.476 0.005 10577010 48 83142.340 75223.100 0.479 0.004 10577010 49 75223.100 68059.000 0.481 0.004 10577010 50 68059.000 61577.170 0.479 0.004 10577010 51 61577.170 55712.680 0.459 0.004 10577010 52 55712.680 50406.710 0.470 0.004 10577010 53 50406.710 45606.070 0.469 0.004 10577010 54 45606.070 41262.630 0.467 0.004 10577010 55 41262.630 37332.850 0.461 0.004 10577010 56 37332.850 33777.330 0.463 0.004 10577010 57 33777.330 30560.440 0.448 0.004 10577010 58 30560.440 27649.920 0.437 0.004 10577010 59 27649.920 25016.590 0.445 0.004 10577010 60 25016.590 22634.050 0.447 0.004 10577010 61 22634.050 20478.430 0.436 0.004 10577010 62 20478.430 18528.100 0.459 0.004 10577010 63 18528.100 16763.520 0.432 0.003 10577010 64 16763.520 15166.990 0.443 0.003 10577010 65 15166.990 13722.510 0.450 0.003 10577010 66 13722.510 12415.600 0.439 0.003 10577010 67 12415.600 11233.340 0.451 0.003 10577010 68 11233.340 10163.340 0.448 0.003 10577010 69 10163.340 9195.400 0.463 0.003 10577010 70 9195.400 8319.640 0.446 0.003 10577010 71 8319.640 7524.290 0.446 0.003 10577010 72 7524.290 6810.410 0.438 0.003 10577010 73 6810.410 6161.800 0.438 0.003 10577010 74 6161.800 5574.960 0.458 0.003 10577010 75 5574.960 5044.010 0.456 0.003 10577010 76 5044.010 4563.630 0.442 0.003 10577010 77 4563.630 4128.990 0.440 0.003 10577010 78 4128.990 3735.760 0.410 0.003 10577010 79 3735.760 3379.970 0.428 0.003 10577010 80 3379.970 3058.070 0.437 0.003 10577010 81 3058.070 2766.820 0.436 0.004 10577010 82 2766.820 2503.310 0.411 0.003 10577010 83 2503.310 2264.900 0.439 0.003 10577010 84 2264.900 2049.200 0.449 0.003 10577010 85 2049.200 1854.030 0.466 0.003 10577010 86 1854.030 1677.460 0.450 0.003 10577010 87 1677.460 1517.700 0.469 0.003 10577010 88 1517.700 1373.160 0.490 0.003 10577010 89 1373.160 1242.380 0.446 0.003 10577010 90 1242.380 1124.060 0.457 0.003 10577010 91 1124.060 1017.000 0.455 0.003 10577010 92 1017.000 920.140 0.446 0.003 10577010 93 920.140 832.510 0.494 0.003 10577010 94 832.510 753.220 0.503 0.003 10577010 95 753.220 681.490 0.453 0.003 10577010 96 681.490 616.580 0.455 0.003 10577010 97 616.580 557.860 0.481 0.003 10577010 98 557.860 504.730 0.471 0.003 10577010 99 504.730 456.660 0.475 0.003 10577010 100 456.660 413.170 0.463 0.003 10577010 101 413.170 373.820 0.445 0.003 10577010 102 373.820 338.220 0.427 0.003 10577010 103 338.220 306.000 0.474 0.003 10577010 104 306.000 276.860 0.423 0.003 10577010 105 276.860 250.490 0.428 0.003 10577010 106 250.490 226.640 0.398 0.003 10577010 107 226.640 205.050 0.342 0.003 10577010 108 205.050 185.520 0.294 0.003 10577010 109 185.520 167.850 0.667 0.005 10577010 110 167.850 151.870 0.510 0.004 10577010 111 ENDDATA 67 0 10577010 112 ENDSUBENT 111 0 1057701099999 SUBENT 10577011 20230707 150710577011 1 BIB 9 42 10577011 2 REACTION (92-U-238(N,G)92-U-239,,SIF,,AV) 10577011 3 DETECTOR (SCIN) Liquid scintillator detector. Scintillator 10577011 4 composition: Xylene, alphaNPO and methyl borate. 10577011 5 Dimensions: 1.25-m-dia. sphere with a 17.8-cm-dia. 10577011 6 cylindrical beam hole. Neutron absorption liner 10577011 7 (inside beam hole): 6LiH annulus 1.25-m-long by 10577011 8 17.8-cm-OD by 7.6-cm-ID. 10577011 9 SAMPLE (92-U-238,ENR=0.998) 10577011 10 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577011 11 diameter in mm,...) Transmission thickness 10577011 12 (atom/barn) : 0.00758+-0.00008. Nominal thickness 10577011 13 (mm) : 1.58+-0.02. Capture thickness (atom/barn): 10577011 14 0.00379+-0.00004. Nominal thickness (mm): 0.790+- 10577011 15 0.008. In the self indication measurements the 10577011 16 transmission sample is at different temperatures but 10577011 17 the self indication sample is always at room 10577011 18 temperature. Sample thermodynamic temperature was 10577011 19 293+-2 K, and effective temperature was 301K (Thesis 10577011 20 table VII-III, page 158). 10577011 21 METHOD (TOF) Flight path is 25.69+-0.005. The measurement 10577011 22 utilized electron burst widths and time-of-flight 10577011 23 channel widths that together resulted in 10577011 24 time-of-flight data that had an energy resolution 10577011 25 dE/E much smaller than 10%. Background subtraction 10577011 26 shape determined from a separate measurement of 10577011 27 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577011 28 0.337 keV and cobalt at 0.132 keV. 10577011 29 ANALYSIS The measured time-of-flight data were grouped into 10577011 30 10% wide energy bins. 10577011 31 ERR-ANALYS (DATA-ERR) Error in self-indication ratio (1 sigma 10577011 32 error). 10577011 33 CORRECTION Dead time correction: <2.5%. 10577011 34 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577011 35 shown in Appendix D, pages 207-220 of the main 10577011 36 reference. 10577011 37 HISTORY (19781212A) BIB correction. COMMON correction. 10577011 38 (19830922A) Reaction corrected. 10577011 39 (20040702A) Temperature unit updated. 10577011 40 (20210623A) BP: Changed from transmission to self- 10577011 41 indication ratio, otherwise it is a duplicate of 10577011 42 subentry 4. 10577011 43 (20230525A) Headings EN-MIN, EN-MAX swapped 10577011 44 ENDBIB 42 0 10577011 45 COMMON 3 3 10577011 46 TEMP THICKNESS THICKNESS 10577011 47 K ATOMS/B ATOMS/B 10577011 48 301. 0.00758 0.00379 10577011 49 ENDCOMMON 3 0 10577011 50 DATA 4 65 10577011 51 EN-MAX EN-MIN DATA DATA-ERR 10577011 52 EV EV NO-DIM NO-DIM 10577011 53 101566.000 91893.060 0.878 0.030 10577011 54 91893.060 83142.340 0.893 0.020 10577011 55 83142.340 75223.100 0.886 0.018 10577011 56 75223.100 68059.000 0.884 0.017 10577011 57 68059.000 61577.170 0.883 0.016 10577011 58 61577.170 55712.680 0.874 0.015 10577011 59 55712.680 50406.710 0.872 0.015 10577011 60 50406.710 45606.070 0.904 0.015 10577011 61 45606.070 41262.630 0.908 0.015 10577011 62 41262.630 37332.850 0.876 0.014 10577011 63 37332.850 33777.330 0.895 0.014 10577011 64 33777.330 30560.440 0.892 0.014 10577011 65 30560.440 27649.920 0.875 0.013 10577011 66 27649.920 25016.590 0.890 0.013 10577011 67 25016.590 22634.050 0.901 0.013 10577011 68 22634.050 20478.430 0.887 0.012 10577011 69 20478.430 18528.100 0.863 0.012 10577011 70 18528.100 16763.520 0.857 0.012 10577011 71 16763.520 15166.990 0.863 0.012 10577011 72 15166.990 13722.510 0.873 0.011 10577011 73 13722.510 12415.600 0.841 0.011 10577011 74 12415.600 11233.340 0.862 0.011 10577011 75 11233.340 10163.340 0.867 0.011 10577011 76 10163.340 9195.400 0.864 0.011 10577011 77 9195.400 8319.640 0.853 0.011 10577011 78 8319.640 7524.290 0.839 0.011 10577011 79 7524.290 6810.410 0.840 0.010 10577011 80 6810.410 6161.800 0.798 0.010 10577011 81 6161.800 5574.960 0.821 0.009 10577011 82 5574.960 5044.010 0.859 0.010 10577011 83 5044.010 4563.630 0.829 0.009 10577011 84 4563.630 4128.990 0.825 0.010 10577011 85 4128.990 3735.760 0.748 0.009 10577011 86 3735.760 3379.970 0.698 0.008 10577011 87 3379.970 3058.070 0.749 0.007 10577011 88 3058.070 2766.820 0.743 0.008 10577011 89 2766.820 2503.310 0.596 0.007 10577011 90 2503.310 2264.900 0.685 0.007 10577011 91 2264.900 2049.200 0.687 0.008 10577011 92 2049.200 1854.030 0.687 0.008 10577011 93 1854.030 1677.460 0.580 0.006 10577011 94 1677.460 1517.700 0.584 0.006 10577011 95 1517.700 1373.160 0.595 0.006 10577011 96 1373.160 1242.380 0.655 0.007 10577011 97 1242.380 1124.060 0.554 0.004 10577011 98 1124.060 1017.000 0.703 0.006 10577011 99 1017.000 920.140 0.415 0.004 10577011 100 920.140 832.510 0.453 0.004 10577011 101 832.510 753.220 0.621 0.006 10577011 102 753.220 681.490 0.556 0.005 10577011 103 681.490 616.580 0.469 0.004 10577011 104 616.580 557.860 0.348 0.004 10577011 105 557.860 504.730 0.339 0.003 10577011 106 504.730 456.660 0.722 0.008 10577011 107 456.660 413.170 0.630 0.007 10577011 108 413.170 373.820 0.504 0.004 10577011 109 373.820 338.220 0.347 0.004 10577011 110 338.220 306.000 0.865 0.013 10577011 111 306.000 276.860 0.342 0.003 10577011 112 276.860 250.490 0.290 0.003 10577011 113 250.490 226.640 0.246 0.002 10577011 114 226.640 205.050 0.228 0.002 10577011 115 205.050 185.520 0.252 0.002 10577011 116 185.520 167.850 0.796 0.023 10577011 117 167.850 151.870 0.468 0.004 10577011 118 ENDDATA 67 0 10577011 119 ENDSUBENT 118 0 1057701199999 SUBENT 10577012 20230707 150710577012 1 BIB 9 40 10577012 2 REACTION (92-U-238(N,G)92-U-239,,SIF,,AV) 10577012 3 DETECTOR (SCIN) Liquid scintillator detector. Scintillator 10577012 4 composition: Xylene, alphaNPO and methyl borate. 10577012 5 Dimensions: 1.25-m-dia. sphere with a 17.8-cm-dia. 10577012 6 cylindrical beam hole. Neutron absorption liner 10577012 7 (inside beam hole): 6LiH annulus 1.25-m-long by 10577012 8 17.8-cm-OD by 7.6-cm-ID. 10577012 9 SAMPLE (92-U-238,ENR=0.998) 10577012 10 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577012 11 diameter in mm,...) Transmission thickness 10577012 12 (atom/barn) : 0.0155+-0.0002. Nominal thickness (mm): 10577012 13 3.24+-0.03. Capture thickness (atom/barn): 0.0379+- 10577012 14 0.0004. Nominal thickness (mm): 0.790+-0.008. In the 10577012 15 self indication measurements the transmission sample 10577012 16 is at different temperatures but the self indication 10577012 17 sample is always at room temperature. Sample 10577012 18 thermodynamic temperature was 293+-2 K, and effective 10577012 19 temperature was 301K (Thesis table VII-III, page 158). 10577012 20 METHOD (TOF) Flight path is 25.69+-0.005. The measurement 10577012 21 utilized electron burst widths and time-of-flight 10577012 22 channel widths that together resulted in 10577012 23 time-of-flight data that had an energy resolution 10577012 24 dE/E much smaller than 10%. Background subtraction 10577012 25 shape determined from a separate measurement of 10577012 26 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577012 27 0.337 keV and cobalt at 0.132 keV. 10577012 28 ANALYSIS The measured time-of-flight data were grouped into 10577012 29 10% wide energy bins. 10577012 30 ERR-ANALYS (DATA-ERR) Error in self-indication ratio (1 sigma 10577012 31 error). 10577012 32 CORRECTION Dead time correction: <2.5%. 10577012 33 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577012 34 shown in Appendix D, pages 207-220 of the main 10577012 35 reference. 10577012 36 HISTORY (19781212A) BIB correction. COMMON correction. 10577012 37 (19830922A) Reaction corrected. 10577012 38 (20040702A) Temperature unit updated. 10577012 39 (20210623A) BP: Replaced data, corrected reaction 10577012 40 string, corrected experimental details. 10577012 41 (20230525A) Headings EN-MIN, EN-MAX swapped 10577012 42 ENDBIB 40 0 10577012 43 COMMON 3 3 10577012 44 TEMP THICKNESS THICKNESS 10577012 45 K ATOMS/B ATOMS/B 10577012 46 301. 0.0155 0.0379 10577012 47 ENDCOMMON 3 0 10577012 48 DATA 4 65 10577012 49 EN-MAX EN-MIN DATA DATA-ERR 10577012 50 EV EV NO-DIM NO-DIM 10577012 51 101566.000 91893.060 0.851 0.029 10577012 52 91893.060 83142.340 0.799 0.018 10577012 53 83142.340 75223.100 0.802 0.016 10577012 54 75223.100 68059.000 0.818 0.016 10577012 55 68059.000 61577.170 0.775 0.014 10577012 56 61577.170 55712.680 0.806 0.014 10577012 57 55712.680 50406.710 0.809 0.014 10577012 58 50406.710 45606.070 0.795 0.013 10577012 59 45606.070 41262.630 0.840 0.014 10577012 60 41262.630 37332.850 0.781 0.013 10577012 61 37332.850 33777.330 0.805 0.013 10577012 62 33777.330 30560.440 0.812 0.013 10577012 63 30560.440 27649.920 0.775 0.012 10577012 64 27649.920 25016.590 0.773 0.011 10577012 65 25016.590 22634.050 0.790 0.012 10577012 66 22634.050 20478.430 0.785 0.012 10577012 67 20478.430 18528.100 0.778 0.011 10577012 68 18528.100 16763.520 0.744 0.010 10577012 69 16763.520 15166.990 0.768 0.011 10577012 70 15166.990 13722.510 0.766 0.010 10577012 71 13722.510 12415.600 0.725 0.009 10577012 72 12415.600 11233.340 0.763 0.010 10577012 73 11233.340 10163.340 0.749 0.010 10577012 74 10163.340 9195.400 0.765 0.010 10577012 75 9195.400 8319.640 0.740 0.010 10577012 76 8319.640 7524.290 0.718 0.009 10577012 77 7524.290 6810.410 0.728 0.009 10577012 78 6810.410 6161.800 0.670 0.008 10577012 79 6161.800 5574.960 0.694 0.008 10577012 80 5574.960 5044.010 0.758 0.009 10577012 81 5044.010 4563.630 0.698 0.008 10577012 82 4563.630 4128.990 0.688 0.009 10577012 83 4128.990 3735.760 0.586 0.007 10577012 84 3735.760 3379.970 0.558 0.007 10577012 85 3379.970 3058.070 0.588 0.006 10577012 86 3058.070 2766.820 0.620 0.007 10577012 87 2766.820 2503.310 0.461 0.005 10577012 88 2503.310 2264.900 0.522 0.005 10577012 89 2264.900 2049.200 0.551 0.007 10577012 90 2049.200 1854.030 0.551 0.007 10577012 91 1854.030 1677.460 0.430 0.005 10577012 92 1677.460 1517.700 0.459 0.005 10577012 93 1517.700 1373.160 0.453 0.005 10577012 94 1373.160 1242.380 0.523 0.006 10577012 95 1242.380 1124.060 0.421 0.004 10577012 96 1124.060 1017.000 0.555 0.005 10577012 97 1017.000 920.140 0.320 0.003 10577012 98 920.140 832.510 0.307 0.003 10577012 99 832.510 753.220 0.498 0.005 10577012 100 753.220 681.490 0.397 0.004 10577012 101 681.490 616.580 0.331 0.003 10577012 102 616.580 557.860 0.229 0.003 10577012 103 557.860 504.730 0.220 0.002 10577012 104 504.730 456.660 0.578 0.007 10577012 105 456.660 413.170 0.456 0.006 10577012 106 413.170 373.820 0.328 0.003 10577012 107 373.820 338.220 0.287 0.003 10577012 108 338.220 306.000 0.821 0.013 10577012 109 306.000 276.860 0.225 0.002 10577012 110 276.860 250.490 0.216 0.002 10577012 111 250.490 226.640 0.175 0.002 10577012 112 226.640 205.050 0.171 0.002 10577012 113 205.050 185.520 0.177 0.002 10577012 114 185.520 167.850 0.938 0.026 10577012 115 167.850 151.870 0.281 0.003 10577012 116 ENDDATA 67 0 10577012 117 ENDSUBENT 116 0 1057701299999 SUBENT 10577013 20230707 150710577013 1 BIB 9 41 10577013 2 REACTION (92-U-238(N,G)92-U-239,,SIF,,AV) 10577013 3 DETECTOR (SCIN) Liquid scintillator detector. Scintillator 10577013 4 composition: Xylene, alphaNPO and methyl borate. 10577013 5 Dimensions: 1.25-m-dia. sphere with a 17.8-cm-dia. 10577013 6 cylindrical beam hole. Neutron absorption liner 10577013 7 (inside beam hole): 6LiH annulus 1.25-m-long by 10577013 8 17.8-cm-OD by 7.6-cm-ID. 10577013 9 SAMPLE (92-U-238,ENR=0.998) 10577013 10 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577013 11 diameter in mm,...) Transmission thickness 10577013 12 (atom/barn) : 0.0310+-0.0003. Nominal thickness (mm): 10577013 13 6.64+-0.07. Capture thickness (atom/barn): 10577013 14 0.00379+-0.00004. Nominal thickness (mm): 0.790+- 10577013 15 0.008. In the self indication measurements the 10577013 16 transmission sample is at different temperatures but 10577013 17 the self indication sample is always at room 10577013 18 temperature. Sample thermodynamic temperature was 10577013 19 973+-4 K, and effective temperature was 975K (Thesis 10577013 20 table VII-III, page 158). 10577013 21 METHOD (TOF) Flight path is 25.69+-0.005. The measurement 10577013 22 utilized electron burst widths and time-of-flight 10577013 23 channel widths that together resulted in 10577013 24 time-of-flight data that had an energy resolution 10577013 25 dE/E much smaller than 10%. Background subtraction 10577013 26 shape determined from a separate measurement of 10577013 27 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577013 28 0.337 keV and cobalt at 0.132 keV. 10577013 29 ANALYSIS The measured time-of-flight data were grouped into 10577013 30 10% wide energy bins. 10577013 31 ERR-ANALYS (DATA-ERR) Error in self-indication ratio (1 sigma 10577013 32 error). 10577013 33 CORRECTION Dead time correction: <2.5%. 10577013 34 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577013 35 shown in Appendix D, pages 207-220 of the main 10577013 36 reference. 10577013 37 HISTORY (19781212A) BIB correction. COMMON correction. 10577013 38 (19830922A) Reaction corrected. 10577013 39 (20040702A) Temperature unit updated. 10577013 40 (20210623A) BP: Replaced data, corrected reaction 10577013 41 string SIG->SIF, updated experimental details. 10577013 42 (20230525A) Headings EN-MIN, EN-MAX swapped 10577013 43 ENDBIB 41 0 10577013 44 COMMON 3 3 10577013 45 TEMP THICKNESS THICKNESS 10577013 46 K ATOMS/B ATOMS/B 10577013 47 975. 0.0310 0.00379 10577013 48 ENDCOMMON 3 0 10577013 49 DATA 4 65 10577013 50 EN-MAX EN-MIN DATA DATA-ERR 10577013 51 EV EV NO-DIM NO-DIM 10577013 52 101566.000 91893.060 0.716 0.036 10577013 53 91893.060 83142.340 0.720 0.025 10577013 54 83142.340 75223.100 0.691 0.021 10577013 55 75223.100 68059.000 0.707 0.020 10577013 56 68059.000 61577.170 0.658 0.018 10577013 57 61577.170 55712.680 0.684 0.018 10577013 58 55712.680 50406.710 0.677 0.017 10577013 59 50406.710 45606.070 0.696 0.017 10577013 60 45606.070 41262.630 0.674 0.017 10577013 61 41262.630 37332.850 0.652 0.016 10577013 62 37332.850 33777.330 0.680 0.017 10577013 63 33777.330 30560.440 0.676 0.016 10577013 64 30560.440 27649.920 0.661 0.015 10577013 65 27649.920 25016.590 0.623 0.013 10577013 66 25016.590 22634.050 0.679 0.014 10577013 67 22634.050 20478.430 0.635 0.012 10577013 68 20478.430 18528.100 0.655 0.013 10577013 69 18528.100 16763.520 0.600 0.012 10577013 70 16763.520 15166.990 0.636 0.013 10577013 71 15166.990 13722.510 0.640 0.013 10577013 72 13722.510 12415.600 0.587 0.011 10577013 73 12415.600 11233.340 0.619 0.012 10577013 74 11233.340 10163.340 0.618 0.012 10577013 75 10163.340 9195.400 0.626 0.012 10577013 76 9195.400 8319.640 0.594 0.012 10577013 77 8319.640 7524.290 0.593 0.011 10577013 78 7524.290 6810.410 0.585 0.011 10577013 79 6810.410 6161.800 0.537 0.010 10577013 80 6161.800 5574.960 0.547 0.010 10577013 81 5574.960 5044.010 0.609 0.011 10577013 82 5044.010 4563.630 0.544 0.010 10577013 83 4563.630 4128.990 0.543 0.010 10577013 84 4128.990 3735.760 0.466 0.009 10577013 85 3735.760 3379.970 0.417 0.008 10577013 86 3379.970 3058.070 0.460 0.007 10577013 87 3058.070 2766.820 0.487 0.009 10577013 88 2766.820 2503.310 0.327 0.006 10577013 89 2503.310 2264.900 0.385 0.006 10577013 90 2264.900 2049.200 0.243 0.004 10577013 91 2049.200 1854.030 0.428 0.008 10577013 92 1854.030 1677.460 0.304 0.006 10577013 93 1677.460 1517.700 0.328 0.006 10577013 94 1517.700 1373.160 0.301 0.005 10577013 95 1373.160 1242.380 0.383 0.007 10577013 96 1242.380 1124.060 0.290 0.004 10577013 97 1124.060 1017.000 0.441 0.006 10577013 98 1017.000 920.140 0.210 0.004 10577013 99 920.140 832.510 0.195 0.003 10577013 100 832.510 753.220 0.368 0.006 10577013 101 753.220 681.490 0.265 0.004 10577013 102 681.490 616.580 0.210 0.003 10577013 103 616.580 557.860 0.132 0.002 10577013 104 557.860 504.730 0.119 0.002 10577013 105 504.730 456.660 0.435 0.008 10577013 106 456.660 413.170 0.308 0.006 10577013 107 413.170 373.820 0.207 0.003 10577013 108 373.820 338.220 0.158 0.003 10577013 109 338.220 306.000 0.637 0.016 10577013 110 306.000 276.860 0.115 0.002 10577013 111 276.860 250.490 0.105 0.002 10577013 112 250.490 226.640 0.083 0.001 10577013 113 226.640 205.050 0.079 0.001 10577013 114 205.050 185.520 0.098 0.001 10577013 115 185.520 167.850 0.658 0.024 10577013 116 167.850 151.870 0.154 0.003 10577013 117 ENDDATA 67 0 10577013 118 ENDSUBENT 117 0 1057701399999 SUBENT 10577014 20230707 150710577014 1 BIB 9 43 10577014 2 REACTION (92-U-238(N,G)92-U-239,,SIF,,AV) 10577014 3 DETECTOR (SCIN) Liquid scintillator detector. Scintillator 10577014 4 composition: Xylene, alphaNPO and methyl borate. 10577014 5 Dimensions: 1.25-m-dia. sphere with a 17.8-cm-dia. 10577014 6 cylindrical beam hole. Neutron absorption liner 10577014 7 (inside beam hole): 6LiH annulus 1.25-m-long by 10577014 8 17.8-cm-OD by 7.6-cm-ID. 10577014 9 SAMPLE (92-U-238,ENR=0.998) 10577014 10 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577014 11 diameter in mm,...) Transmission thickness 10577014 12 (atom/barn) : 0.0317+-0.0003. Nominal thickness (mm): 10577014 13 6.56+-0.07. Capture thickness (atom/barn): 10577014 14 0.00379+-0.00004. Nominal thickness (mm): 0.790+- 10577014 15 0.008. In the self indication measurements the 10577014 16 transmission sample is at different temperatures but 10577014 17 the self indication sample is always at room 10577014 18 temperature. Sample thermodynamic temperature was 10577014 19 79+-2 K, and effective temperature was 101K (Thesis 10577014 20 table VII-III, page 158). 10577014 21 METHOD (TOF) Flight path is 25.69+-0.005. The measurement 10577014 22 utilized electron burst widths and time-of-flight 10577014 23 channel widths that together resulted in 10577014 24 time-of-flight data that had an energy resolution 10577014 25 dE/E much smaller than 10%. Background subtraction 10577014 26 shape determined from a separate measurement of 10577014 27 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577014 28 0.337 keV and cobalt at 0.132 keV. 10577014 29 ANALYSIS The measured time-of-flight data were grouped into 10577014 30 10% wide energy bins. 10577014 31 ERR-ANALYS (DATA-ERR) Error in self-indication ratio (1 sigma 10577014 32 error). 10577014 33 CORRECTION Dead time correction: <2.5%. 10577014 34 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577014 35 shown in Appendix D, pages 207-220 of the main 10577014 36 reference. 10577014 37 HISTORY (19781212A) BIB correction. COMMON correction. 10577014 38 (19830922A) Reaction corrected. 10577014 39 (20040702A) Temperature unit updated. 10577014 40 (20210623A) BP: Replaced data, corrected reaction 10577014 41 string, corrected experimental details, moved 301 K 10577014 42 into a separate subentry 43 because of sample 10577014 43 differences. 10577014 44 (20230525A) Headings EN-MIN, EN-MAX swapped 10577014 45 ENDBIB 43 0 10577014 46 COMMON 3 3 10577014 47 TEMP THICKNESS THICKNESS 10577014 48 K ATOMS/B ATOMS/B 10577014 49 101. 0.0317 0.00379 10577014 50 ENDCOMMON 3 0 10577014 51 DATA 4 65 10577014 52 EN-MAX EN-MIN DATA DATA-ERR 10577014 53 EV EV NO-DIM NO-DIM 10577014 54 101566.000 91893.060 0.712 0.037 10577014 55 91893.060 83142.340 0.680 0.024 10577014 56 83142.340 75223.100 0.670 0.021 10577014 57 75223.100 68059.000 0.678 0.020 10577014 58 68059.000 61577.170 0.643 0.018 10577014 59 61577.170 55712.680 0.662 0.019 10577014 60 55712.680 50406.710 0.624 0.017 10577014 61 50406.710 45606.070 0.649 0.017 10577014 62 45606.070 41262.630 0.671 0.018 10577014 63 41262.630 37332.850 0.638 0.017 10577014 64 37332.850 33777.330 0.639 0.017 10577014 65 33777.330 30560.440 0.637 0.018 10577014 66 30560.440 27649.920 0.613 0.017 10577014 67 27649.920 25016.590 0.588 0.014 10577014 68 25016.590 22634.050 0.639 0.014 10577014 69 22634.050 20478.430 0.613 0.012 10577014 70 20478.430 18528.100 0.615 0.014 10577014 71 18528.100 16763.520 0.576 0.013 10577014 72 16763.520 15166.990 0.589 0.014 10577014 73 15166.990 13722.510 0.594 0.013 10577014 74 13722.510 12415.600 0.549 0.012 10577014 75 12415.600 11233.340 0.571 0.013 10577014 76 11233.340 10163.340 0.572 0.013 10577014 77 10163.340 9195.400 0.588 0.013 10577014 78 9195.400 8319.640 0.546 0.013 10577014 79 8319.640 7524.290 0.559 0.013 10577014 80 7524.290 6810.410 0.531 0.011 10577014 81 6810.410 6161.800 0.486 0.010 10577014 82 6161.800 5574.960 0.495 0.010 10577014 83 5574.960 5044.010 0.559 0.011 10577014 84 5044.010 4563.630 0.515 0.010 10577014 85 4563.630 4128.990 0.506 0.011 10577014 86 4128.990 3735.760 0.437 0.010 10577014 87 3735.760 3379.970 0.432 0.010 10577014 88 3379.970 3058.070 0.435 0.009 10577014 89 3058.070 2766.820 0.435 0.011 10577014 90 2766.820 2503.310 0.334 0.008 10577014 91 2503.310 2264.900 0.385 0.008 10577014 92 2264.900 2049.200 0.405 0.009 10577014 93 2049.200 1854.030 0.405 0.009 10577014 94 1854.030 1677.460 0.328 0.007 10577014 95 1677.460 1517.700 0.346 0.007 10577014 96 1517.700 1373.160 0.292 0.006 10577014 97 1373.160 1242.380 0.359 0.008 10577014 98 1242.380 1124.060 0.330 0.005 10577014 99 1124.060 1017.000 0.408 0.006 10577014 100 1017.000 920.140 0.260 0.006 10577014 101 920.140 832.510 0.246 0.005 10577014 102 832.510 753.220 0.359 0.007 10577014 103 753.220 681.490 0.272 0.006 10577014 104 681.490 616.580 0.245 0.005 10577014 105 616.580 557.860 0.194 0.004 10577014 106 557.860 504.730 0.213 0.005 10577014 107 504.730 456.660 0.376 0.008 10577014 108 456.660 413.170 0.322 0.008 10577014 109 413.170 373.820 0.233 0.005 10577014 110 373.820 338.220 0.232 0.005 10577014 111 338.220 306.000 0.584 0.015 10577014 112 306.000 276.860 0.189 0.004 10577014 113 276.860 250.490 0.183 0.004 10577014 114 250.490 226.640 0.161 0.003 10577014 115 226.640 205.050 0.144 0.003 10577014 116 205.050 185.520 0.111 0.002 10577014 117 185.520 167.850 0.760 0.032 10577014 118 167.850 151.870 0.194 0.005 10577014 119 ENDDATA 67 0 10577014 120 ENDSUBENT 119 0 1057701499999 SUBENT 10577015 20230707 150710577015 1 BIB 9 41 10577015 2 REACTION (92-U-238(N,G)92-U-239,,SIF,,AV) 10577015 3 DETECTOR (SCIN) Liquid scintillator detector. Scintillator 10577015 4 composition: Xylene, alphaNPO and methyl borate. 10577015 5 Dimensions: 1.25-m-dia. sphere with a 17.8-cm-dia. 10577015 6 cylindrical beam hole. Neutron absorption liner 10577015 7 (inside beam hole): 6LiH annulus 1.25-m-long by 10577015 8 17.8-cm-OD by 7.6-cm-ID. 10577015 9 SAMPLE (92-U-238,ENR=0.998) 10577015 10 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577015 11 diameter in mm,...) Transmission thickness 10577015 12 (atom/barn) : 0.0467+-0.0005. Nominal thickness (mm): 10577015 13 9.74+-0.010. Capture thickness (atom/barn): 10577015 14 0.00379+-0.00004. Nominal thickness (mm): 0.790+- 10577015 15 0.008. In the self indication measurements the 10577015 16 transmission sample is at different temperatures but 10577015 17 the self indication sample is always at room 10577015 18 temperature. Sample thermodynamic temperature was 10577015 19 293+-2 K, and effective temperature was 301K (Thesis 10577015 20 table VII-III, page 158). 10577015 21 METHOD (TOF) Flight path is 25.69+-0.005. The measurement 10577015 22 utilized electron burst widths and time-of-flight 10577015 23 channel widths that together resulted in 10577015 24 time-of-flight data that had an energy resolution 10577015 25 dE/E much smaller than 10%. Background subtraction 10577015 26 shape determined from a separate measurement of 10577015 27 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577015 28 0.337 keV and cobalt at 0.132 keV. 10577015 29 ANALYSIS The measured time-of-flight data were grouped into 10577015 30 10% wide energy bins. 10577015 31 ERR-ANALYS (DATA-ERR) Error in self-indication ratio (1 sigma 10577015 32 error). 10577015 33 CORRECTION Dead time correction: <2.5%. 10577015 34 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577015 35 shown in Appendix D, pages 207-220 of the main 10577015 36 reference. 10577015 37 HISTORY (19781212A) BIB correction. COMMON correction. 10577015 38 (19830922A) Reaction corrected. 10577015 39 (20040702A) Temperature unit updated. 10577015 40 (20210623A) BP: Replaced data, corrected reaction 10577015 41 string SIG->SIF, updated experimental details. 10577015 42 (20230525A) Headings EN-MIN, EN-MAX swapped 10577015 43 ENDBIB 41 0 10577015 44 COMMON 3 3 10577015 45 TEMP THICKNESS THICKNESS 10577015 46 K ATOMS/B ATOMS/B 10577015 47 301. 0.04670 0.00379 10577015 48 ENDCOMMON 3 0 10577015 49 DATA 4 65 10577015 50 EN-MAX EN-MIN DATA DATA-ERR 10577015 51 EV EV NO-DIM NO-DIM 10577015 52 101566.000 91893.060 0.613 0.023 10577015 53 91893.060 83142.340 0.548 0.014 10577015 54 83142.340 75223.100 0.556 0.012 10577015 55 75223.100 68059.000 0.562 0.012 10577015 56 68059.000 61577.170 0.539 0.011 10577015 57 61577.170 55712.680 0.515 0.010 10577015 58 55712.680 50406.710 0.547 0.010 10577015 59 50406.710 45606.070 0.548 0.010 10577015 60 45606.070 41262.630 0.540 0.010 10577015 61 41262.630 37332.850 0.530 0.010 10577015 62 37332.850 33777.330 0.514 0.009 10577015 63 33777.330 30560.440 0.515 0.009 10577015 64 30560.440 27649.920 0.508 0.009 10577015 65 27649.920 25016.590 0.500 0.008 10577015 66 25016.590 22634.050 0.524 0.009 10577015 67 22634.050 20478.430 0.481 0.012 10577015 68 20478.430 18528.100 0.494 0.008 10577015 69 18528.100 16763.520 0.463 0.007 10577015 70 16763.520 15166.990 0.479 0.008 10577015 71 15166.990 13722.510 0.469 0.007 10577015 72 13722.510 12415.600 0.438 0.006 10577015 73 12415.600 11233.340 0.462 0.007 10577015 74 11233.340 10163.340 0.446 0.007 10577015 75 10163.340 9195.400 0.463 0.007 10577015 76 9195.400 8319.640 0.427 0.006 10577015 77 8319.640 7524.290 0.441 0.006 10577015 78 7524.290 6810.410 0.428 0.006 10577015 79 6810.410 6161.800 0.384 0.005 10577015 80 6161.800 5574.960 0.389 0.005 10577015 81 5574.960 5044.010 0.443 0.006 10577015 82 5044.010 4563.630 0.391 0.005 10577015 83 4563.630 4128.990 0.394 0.006 10577015 84 4128.990 3735.760 0.309 0.004 10577015 85 3735.760 3379.970 0.322 0.005 10577015 86 3379.970 3058.070 0.310 0.004 10577015 87 3058.070 2766.820 0.348 0.005 10577015 88 2766.820 2503.310 0.243 0.003 10577015 89 2503.310 2264.900 0.270 0.003 10577015 90 2264.900 2049.200 0.292 0.004 10577015 91 2049.200 1854.030 0.292 0.004 10577015 92 1854.030 1677.460 0.229 0.003 10577015 93 1677.460 1517.700 0.263 0.003 10577015 94 1517.700 1373.160 0.218 0.003 10577015 95 1373.160 1242.380 0.263 0.004 10577015 96 1242.380 1124.060 0.236 0.002 10577015 97 1124.060 1017.000 0.303 0.003 10577015 98 1017.000 920.140 0.172 0.002 10577015 99 920.140 832.510 0.159 0.002 10577015 100 832.510 753.220 0.260 0.003 10577015 101 753.220 681.490 0.196 0.002 10577015 102 681.490 616.580 0.161 0.002 10577015 103 616.580 557.860 0.129 0.002 10577015 104 557.860 504.730 0.121 0.001 10577015 105 504.730 456.660 0.260 0.004 10577015 106 456.660 413.170 0.218 0.003 10577015 107 413.170 373.820 0.134 0.002 10577015 108 373.820 338.220 0.170 0.002 10577015 109 338.220 306.000 0.511 0.009 10577015 110 306.000 276.860 0.118 0.001 10577015 111 276.860 250.490 0.107 0.001 10577015 112 250.490 226.640 0.086 0.001 10577015 113 226.640 205.050 0.084 0.001 10577015 114 205.050 185.520 0.082 0.001 10577015 115 185.520 167.850 0.831 0.024 10577015 116 167.850 151.870 0.122 0.002 10577015 117 ENDDATA 67 0 10577015 118 ENDSUBENT 117 0 1057701599999 SUBENT 10577016 20230707 150710577016 1 BIB 9 41 10577016 2 REACTION (92-U-238(N,G)92-U-239,,SIF,,AV) 10577016 3 DETECTOR (SCIN) Liquid scintillator detector. Scintillator 10577016 4 composition: Xylene, alphaNPO and methyl borate. 10577016 5 Dimensions: 1.25-m-dia. sphere with a 17.8-cm-dia. 10577016 6 cylindrical beam hole. Neutron absorption liner 10577016 7 (inside beam hole): 6LiH annulus 1.25-m-long by 10577016 8 17.8-cm-OD by 7.6-cm-ID. 10577016 9 SAMPLE (92-U-238,ENR=0.998) 10577016 10 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577016 11 diameter in mm,...) Transmission thickness 10577016 12 (atom/barn) : 0.0609+-0006. Nominal thickness (mm): 10577016 13 13.1+-0.1. Capture thickness (atom/barn): 0.00379+- 10577016 14 0.00004. Nominal thickness (mm) : 0.790+-0.008. In 10577016 15 the self indication measurements the transmission 10577016 16 sample is at different temperatures but the self 10577016 17 indication sample is always at room temperature. 10577016 18 Sample thermodynamic temperature was 973+-4 K, and 10577016 19 effective temperature was 975K (Thesis table VII-III, 10577016 20 page 158). 10577016 21 METHOD (TOF) Flight path is 25.69+-0.005. The measurement 10577016 22 utilized electron burst widths and time-of-flight 10577016 23 channel widths that together resulted in 10577016 24 time-of-flight data that had an energy resolution 10577016 25 dE/E much smaller than 10%. Background subtraction 10577016 26 shape determined from a separate measurement of 10577016 27 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577016 28 0.337 keV and cobalt at 0.132 keV. 10577016 29 ANALYSIS The measured time-of-flight data were grouped into 10577016 30 10% wide energy bins. 10577016 31 ERR-ANALYS (DATA-ERR) Error in self-indication ratio (1 sigma 10577016 32 error). 10577016 33 CORRECTION Dead time correction: <2.5%. 10577016 34 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577016 35 shown in Appendix D, pages 207-220 of the main 10577016 36 reference. 10577016 37 HISTORY (19781212A) BIB correction. COMMON correction. 10577016 38 (19830922A) Reaction corrected. 10577016 39 (20040702A) Temperature unit updated. 10577016 40 (20210623A) BP: Replaced data, corrected reaction 10577016 41 string SIG->SIF, updated experimental details. 10577016 42 (20230525A) Headings EN-MIN, EN-MAX swapped 10577016 43 ENDBIB 41 0 10577016 44 COMMON 3 3 10577016 45 TEMP THICKNESS THICKNESS 10577016 46 K ATOMS/B ATOMS/B 10577016 47 975. 0.0609 0.00379 10577016 48 ENDCOMMON 3 0 10577016 49 DATA 4 65 10577016 50 EN-MAX EN-MIN DATA DATA-ERR 10577016 51 EV EV NO-DIM NO-DIM 10577016 52 101566.000 91893.060 0.530 0.030 10577016 53 91893.060 83142.340 0.452 0.018 10577016 54 83142.340 75223.100 0.446 0.015 10577016 55 75223.100 68059.000 0.456 0.014 10577016 56 68059.000 61577.170 0.478 0.014 10577016 57 61577.170 55712.680 0.440 0.013 10577016 58 55712.680 50406.710 0.463 0.013 10577016 59 50406.710 45606.070 0.451 0.013 10577016 60 45606.070 41262.630 0.435 0.012 10577016 61 41262.630 37332.850 0.428 0.012 10577016 62 37332.850 33777.330 0.415 0.012 10577016 63 33777.330 30560.440 0.427 0.012 10577016 64 30560.440 27649.920 0.409 0.011 10577016 65 27649.920 25016.590 0.406 0.010 10577016 66 25016.590 22634.050 0.428 0.011 10577016 67 22634.050 20478.430 0.639 0.014 10577016 68 20478.430 18528.100 0.402 0.010 10577016 69 18528.100 16763.520 0.375 0.009 10577016 70 16763.520 15166.990 0.389 0.009 10577016 71 15166.990 13722.510 0.401 0.009 10577016 72 13722.510 12415.600 0.369 0.008 10577016 73 12415.600 11233.340 0.388 0.009 10577016 74 11233.340 10163.340 0.376 0.008 10577016 75 10163.340 9195.400 0.393 0.009 10577016 76 9195.400 8319.640 0.356 0.008 10577016 77 8319.640 7524.290 0.355 0.008 10577016 78 7524.290 6810.410 0.355 0.008 10577016 79 6810.410 6161.800 0.323 0.007 10577016 80 6161.800 5574.960 0.315 0.007 10577016 81 5574.960 5044.010 0.367 0.008 10577016 82 5044.010 4563.630 0.322 0.007 10577016 83 4563.630 4128.990 0.312 0.007 10577016 84 4128.990 3735.760 0.245 0.006 10577016 85 3735.760 3379.970 0.248 0.006 10577016 86 3379.970 3058.070 0.242 0.005 10577016 87 3058.070 2766.820 0.298 0.006 10577016 88 2766.820 2503.310 0.180 0.004 10577016 89 2503.310 2264.900 0.205 0.004 10577016 90 2264.900 2049.200 0.233 0.005 10577016 91 2049.200 1854.030 0.211 0.005 10577016 92 1854.030 1677.460 0.166 0.004 10577016 93 1677.460 1517.700 0.194 0.004 10577016 94 1517.700 1373.160 0.161 0.003 10577016 95 1373.160 1242.380 0.207 0.005 10577016 96 1242.380 1124.060 0.164 0.003 10577016 97 1124.060 1017.000 0.240 0.004 10577016 98 1017.000 920.140 0.126 0.003 10577016 99 920.140 832.510 0.115 0.002 10577016 100 832.510 753.220 0.212 0.004 10577016 101 753.220 681.490 0.149 0.003 10577016 102 681.490 616.580 0.117 0.002 10577016 103 616.580 557.860 0.085 0.002 10577016 104 557.860 504.730 0.076 0.002 10577016 105 504.730 456.660 0.223 0.005 10577016 106 456.660 413.170 0.158 0.004 10577016 107 413.170 373.820 0.092 0.002 10577016 108 373.820 338.220 0.105 0.003 10577016 109 338.220 306.000 0.394 0.013 10577016 110 306.000 276.860 0.080 0.002 10577016 111 276.860 250.490 0.070 0.001 10577016 112 250.490 226.640 0.045 0.001 10577016 113 226.640 205.050 0.051 0.001 10577016 114 205.050 185.520 0.056 0.001 10577016 115 185.520 167.850 0.708 0.028 10577016 116 167.850 151.870 0.062 0.001 10577016 117 ENDDATA 67 0 10577016 118 ENDSUBENT 117 0 1057701699999 SUBENT 10577017 20230707 150710577017 1 BIB 9 43 10577017 2 REACTION (92-U-238(N,G)92-U-239,,SIF,,AV) 10577017 3 DETECTOR (SCIN) Liquid scintillator detector. Scintillator 10577017 4 composition: Xylene, alphaNPO and methyl borate. 10577017 5 Dimensions: 1.25-m-dia. sphere with a 17.8-cm-dia. 10577017 6 cylindrical beam hole. Neutron absorption liner 10577017 7 (inside beam hole): 6LiH annulus 1.25-m-long by 10577017 8 17.8-cm-OD by 7.6-cm-ID. 10577017 9 SAMPLE (92-U-238,ENR=0.998) 10577017 10 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577017 11 diameter in mm,...) Transmission thickness 10577017 12 (atom/barn) : 0.0624+-0.0006. Nominal thickness (mm): 10577017 13 12.9+-0.01. Capture thickness (atom/barn): 10577017 14 0.00379+-0.00004. Nominal thickness (mm): 0.790+- 10577017 15 0.008. In the self indication measurements the 10577017 16 transmission sample is at different temperatures but 10577017 17 the self indication sample is always at room 10577017 18 temperature. Sample thermodynamic temperature was 10577017 19 79+-2 K, and effective temperature was 101K (Thesis 10577017 20 table VII-III, page 158). 10577017 21 METHOD (TOF) Flight path is 25.69+-0.005. The measurement 10577017 22 utilized electron burst widths and time-of-flight 10577017 23 channel widths that together resulted in 10577017 24 time-of-flight data that had an energy resolution 10577017 25 dE/E much smaller than 10%. Background subtraction 10577017 26 shape determined from a separate measurement of 10577017 27 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577017 28 0.337 keV and cobalt at 0.132 keV. 10577017 29 ANALYSIS The measured time-of-flight data were grouped into 10577017 30 10% wide energy bins. 10577017 31 ERR-ANALYS (DATA-ERR) Error in self-indication ratio (1 sigma 10577017 32 error). 10577017 33 CORRECTION Dead time correction: <2.5%. 10577017 34 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577017 35 shown in Appendix D, pages 207-220 of the main 10577017 36 reference. 10577017 37 HISTORY (19781212A) BIB correction. COMMON correction. 10577017 38 (19830922A) Reaction corrected. 10577017 39 (20040702A) Temperature unit updated. 10577017 40 (20210623A) BP: Replaced data, corrected reaction 10577017 41 string, corrected experimental details, moved 301 K 10577017 42 into a separate subentry 44 because of sample 10577017 43 differences. 10577017 44 (20230525A) Headings EN-MIN, EN-MAX swapped 10577017 45 ENDBIB 43 0 10577017 46 COMMON 3 3 10577017 47 TEMP THICKNESS THICKNESS 10577017 48 K ATOMS/B ATOMS/B 10577017 49 101. 0.0624 0.00379 10577017 50 ENDCOMMON 3 0 10577017 51 DATA 4 65 10577017 52 EN-MAX EN-MIN DATA DATA-ERR 10577017 53 EV EV NO-DIM NO-DIM 10577017 54 101566.000 91893.060 0.472 0.015 10577017 55 91893.060 83142.340 0.460 0.009 10577017 56 83142.340 75223.100 0.456 0.008 10577017 57 75223.100 68059.000 0.447 0.007 10577017 58 68059.000 61577.170 0.451 0.007 10577017 59 61577.170 55712.680 0.430 0.006 10577017 60 55712.680 50406.710 0.439 0.006 10577017 61 50406.710 45606.070 0.441 0.005 10577017 62 45606.070 41262.630 0.427 0.006 10577017 63 41262.630 37332.850 0.411 0.005 10577017 64 37332.850 33777.330 0.421 0.005 10577017 65 33777.330 30560.440 0.408 0.006 10577017 66 30560.440 27649.920 0.391 0.005 10577017 67 27649.920 25016.590 0.389 0.005 10577017 68 25016.590 22634.050 0.408 0.005 10577017 69 22634.050 20478.430 0.391 0.012 10577017 70 20478.430 18528.100 0.381 0.004 10577017 71 18528.100 16763.520 0.358 0.004 10577017 72 16763.520 15166.990 0.377 0.004 10577017 73 15166.990 13722.510 0.372 0.004 10577017 74 13722.510 12415.600 0.350 0.004 10577017 75 12415.600 11233.340 0.362 0.004 10577017 76 11233.340 10163.340 0.363 0.004 10577017 77 10163.340 9195.400 0.382 0.004 10577017 78 9195.400 8319.640 0.337 0.004 10577017 79 8319.640 7524.290 0.347 0.004 10577017 80 7524.290 6810.410 0.346 0.003 10577017 81 6810.410 6161.800 0.319 0.003 10577017 82 6161.800 5574.960 0.302 0.003 10577017 83 5574.960 5044.010 0.351 0.004 10577017 84 5044.010 4563.630 0.321 0.003 10577017 85 4563.630 4128.990 0.298 0.003 10577017 86 4128.990 3735.760 0.253 0.003 10577017 87 3735.760 3379.970 0.258 0.003 10577017 88 3379.970 3058.070 0.251 0.002 10577017 89 3058.070 2766.820 0.287 0.004 10577017 90 2766.820 2503.310 0.205 0.003 10577017 91 2503.310 2264.900 0.227 0.002 10577017 92 2264.900 2049.200 0.258 0.003 10577017 93 2049.200 1854.030 0.258 0.003 10577017 94 1854.030 1677.460 0.187 0.002 10577017 95 1677.460 1517.700 0.232 0.003 10577017 96 1517.700 1373.160 0.188 0.002 10577017 97 1373.160 1242.380 0.215 0.002 10577017 98 1242.380 1124.060 0.214 0.002 10577017 99 1124.060 1017.000 0.261 0.002 10577017 100 1017.000 920.140 0.157 0.001 10577017 101 920.140 832.510 0.157 0.001 10577017 102 832.510 753.220 0.214 0.002 10577017 103 753.220 681.490 0.179 0.002 10577017 104 681.490 616.580 0.143 0.001 10577017 105 616.580 557.860 0.139 0.001 10577017 106 557.860 504.730 0.124 0.001 10577017 107 504.730 456.660 0.216 0.002 10577017 108 456.660 413.170 0.199 0.003 10577017 109 413.170 373.820 0.127 0.001 10577017 110 373.820 338.220 0.157 0.002 10577017 111 338.220 306.000 0.397 0.006 10577017 112 306.000 276.860 0.134 0.001 10577017 113 276.860 250.490 0.105 0.001 10577017 114 250.490 226.640 0.079 0.001 10577017 115 226.640 205.050 0.080 0.001 10577017 116 205.050 185.520 0.059 0.001 10577017 117 185.520 167.850 0.799 0.011 10577017 118 167.850 151.870 0.122 0.001 10577017 119 ENDDATA 67 0 10577017 120 ENDSUBENT 119 0 1057701799999 NOSUBENT 10577018 20210608 148810577 18 1 NOSUBENT 10577019 20210608 148810577 19 1 SUBENT 10577020 20210608 148810577 20 1 BIB 7 21 10577 20 2 REACTION (73-TA-181(N,TOT),,TRN,,AV) 10577 20 3 SAMPLE Ntransmission sample = 0.00563+-0.00006 a/b. Sample 10577 20 4 thermodynamic temperature was 293+-2 K, and effective 10577 20 5 temperature was 300K (Thesis table VII-III, page 158). 10577 20 6 DETECTOR (SCIN) B4C-NaI neutron detector. 10577 20 7 METHOD (TRN) 28.27+-0.005 m flight path. The measurement 10577 20 8 utilized electron burst widths and time-of-flight 10577 20 9 channel widths that together resulted in 10577 20 10 time-of-flight data that had an energy resolution 10577 20 11 dE/E much smaller than 10%. The measured 10577 20 12 time-of-flight data were then grouped into 10% wide 10577 20 13 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 20 14 energy resolution of 10% can be assumed for all the 10577 20 15 grouped data listed below. 10577 20 16 ERR-ANALYS (DATA-ERR) Uncertainty of transmission. 10577 20 17 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 20 18 shown in Appendix C, pages 188-206 of the main 10577 20 19 reference. 10577 20 20 HISTORY (20040702A) Temperature unit updated. 10577 20 21 (20210623A) BP: Corrected reaction string SIG->TRN, 10577 20 22 replaced data. 10577 20 23 ENDBIB 21 0 10577 20 24 COMMON 2 3 10577 20 25 TEMP THICKNESS 10577 20 26 K ATOMS/B 10577 20 27 300. 0.00563 10577 20 28 ENDCOMMON 3 0 10577 20 29 DATA 4 62 10577 20 30 EN-MIN EN-MAX DATA DATA-ERR 10577 20 31 EV EV NO-DIM NO-DIM 10577 20 32 90476.200 100000.010 0.942 0.010 10577 20 33 81859.420 90476.200 0.938 0.008 10577 20 34 74063.260 81859.420 0.945 0.007 10577 20 35 67009.617 74063.285 0.939 0.012 10577 20 36 60627.749 67009.639 0.943 0.012 10577 20 37 54853.678 60627.769 0.949 0.012 10577 20 38 49629.480 54853.640 0.941 0.007 10577 20 39 44902.850 49629.480 0.929 0.007 10577 20 40 40262.390 44902.850 0.947 0.007 10577 20 41 36757.210 40262.390 0.943 0.007 10577 20 42 33256.510 36757.210 0.938 0.007 10577 20 43 30089.220 33256.510 0.938 0.007 10577 20 44 27223.580 30089.220 0.930 0.006 10577 20 45 24630.850 27223.580 0.931 0.006 10577 20 46 22285.060 24630.850 0.946 0.006 10577 20 47 20162.670 22285.060 0.942 0.006 10577 20 48 18242.410 20162.670 0.933 0.006 10577 20 49 16505.040 18242.410 0.922 0.006 10577 20 50 14933.130 16505.040 0.930 0.006 10577 20 51 13510.920 14933.130 0.921 0.006 10577 20 52 12224.170 13510.920 0.923 0.006 10577 20 53 11059.960 12224.170 0.914 0.006 10577 20 54 10006.630 11059.960 0.926 0.006 10577 20 55 9053.610 10006.630 0.904 0.005 10577 20 56 8191.360 9053.610 0.903 0.005 10577 20 57 7411.230 8191.360 0.901 0.005 10577 20 58 6705.400 7411.230 0.919 0.005 10577 20 59 6066.790 6705.400 0.903 0.005 10577 20 60 5489.000 6066.790 0.908 0.005 10577 20 61 4966.240 5489.000 0.889 0.008 10577 20 62 4493.260 4966.240 0.894 0.005 10577 20 63 4065.330 4493.260 0.881 0.005 10577 20 64 3678.160 4065.330 0.890 0.005 10577 20 65 3327.850 3678.160 0.891 0.005 10577 20 66 3010.910 3327.850 0.880 0.005 10577 20 67 2724.160 3010.910 0.890 0.005 10577 20 68 2464.720 2724.160 0.876 0.005 10577 20 69 2229.980 2464.720 0.865 0.005 10577 20 70 2017.600 2229.980 0.873 0.005 10577 20 71 1825.450 2017.600 0.898 0.005 10577 20 72 1651.590 1825.450 0.858 0.005 10577 20 73 1494.300 1651.590 0.877 0.005 10577 20 74 1351.980 1494.300 0.873 0.005 10577 20 75 1223.220 1351.980 0.848 0.005 10577 20 76 1106.720 1223.220 0.833 0.005 10577 20 77 1001.320 1106.720 0.836 0.005 10577 20 78 905.960 1001.320 0.815 0.005 10577 20 79 819.670 905.960 0.875 0.005 10577 20 80 741.610 819.670 0.861 0.005 10577 20 81 670.980 741.610 0.845 0.005 10577 20 82 607.080 670.980 0.841 0.005 10577 20 83 549.260 607.080 0.841 0.005 10577 20 84 496.950 549.260 0.823 0.005 10577 20 85 449.620 496.950 0.841 0.005 10577 20 86 406.800 449.620 0.791 0.005 10577 20 87 368.050 406.800 0.884 0.005 10577 20 88 333.000 368.050 0.870 0.005 10577 20 89 301.290 333.000 0.830 0.005 10577 20 90 272.590 301.290 0.786 0.005 10577 20 91 246.630 272.590 0.446 0.005 10577 20 92 223.140 246.630 0.429 0.004 10577 20 93 201.890 223.140 0.446 0.003 10577 20 94 ENDDATA 64 0 10577 20 95 ENDSUBENT 94 0 10577 2099999 SUBENT 10577021 20210608 148810577 21 1 BIB 7 22 10577 21 2 REACTION (73-TA-181(N,TOT),,TRN,,AV) 10577 21 3 SAMPLE Ntransmission sample = 0.0275+-0.0003 a/b. Sample 10577 21 4 thermodynamic temperature was 1073+-4 K, and effective 10577 21 5 temperature was 1075K (Thesis table VII-III, page 10577 21 6 158). 10577 21 7 DETECTOR (SCIN) B4C-NaI neutron detector. 10577 21 8 METHOD (TRN) 28.27+-0.005 m flight path. The measurement 10577 21 9 utilized electron burst widths and time-of-flight 10577 21 10 channel widths that together resulted in 10577 21 11 time-of-flight data that had an energy resolution 10577 21 12 dE/E much smaller than 10%. The measured 10577 21 13 time-of-flight data were then grouped into 10% wide 10577 21 14 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 21 15 energy resolution of 10% can be assumed for all the 10577 21 16 grouped data listed below. 10577 21 17 ERR-ANALYS (DATA-ERR) Uncertainty of transmission. 10577 21 18 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 21 19 shown in Appendix C, pages 188-206 of the main 10577 21 20 reference. 10577 21 21 HISTORY (20040702A) Temperature unit updated. 10577 21 22 (20210623A) BP: Corrected reaction string SIG->TRN, 10577 21 23 replaced data. 10577 21 24 ENDBIB 22 0 10577 21 25 COMMON 2 3 10577 21 26 TEMP THICKNESS 10577 21 27 K ATOMS/B 10577 21 28 1075. 0.02750 10577 21 29 ENDCOMMON 3 0 10577 21 30 DATA 4 62 10577 21 31 EN-MIN EN-MAX DATA DATA-ERR 10577 21 32 EV EV NO-DIM NO-DIM 10577 21 33 90476.200 100000.010 0.785 0.020 10577 21 34 81859.420 90476.200 0.793 0.012 10577 21 35 74063.260 81859.420 0.774 0.010 10577 21 36 67009.617 74063.285 0.783 0.012 10577 21 37 60627.749 67009.639 0.764 0.012 10577 21 38 54853.678 60627.769 0.771 0.012 10577 21 39 49629.480 54853.640 0.762 0.009 10577 21 40 44902.850 49629.480 0.757 0.009 10577 21 41 40262.390 44902.850 0.746 0.009 10577 21 42 36757.210 40262.390 0.730 0.009 10577 21 43 33256.510 36757.210 0.735 0.010 10577 21 44 30089.220 33256.510 0.753 0.009 10577 21 45 27223.580 30089.220 0.738 0.009 10577 21 46 24630.850 27223.580 0.731 0.008 10577 21 47 22285.060 24630.850 0.741 0.008 10577 21 48 20162.670 22285.060 0.741 0.008 10577 21 49 18242.410 20162.670 0.728 0.008 10577 21 50 16505.040 18242.410 0.714 0.008 10577 21 51 14933.130 16505.040 0.713 0.008 10577 21 52 13510.920 14933.130 0.706 0.008 10577 21 53 12224.170 13510.920 0.674 0.007 10577 21 54 11059.960 12224.170 0.667 0.007 10577 21 55 10006.630 11059.960 0.669 0.007 10577 21 56 9053.610 10006.630 0.670 0.007 10577 21 57 8191.360 9053.610 0.675 0.007 10577 21 58 7411.230 8191.360 0.643 0.007 10577 21 59 6705.400 7411.230 0.664 0.007 10577 21 60 6066.790 6705.400 0.637 0.006 10577 21 61 5489.000 6066.790 0.644 0.007 10577 21 62 4966.240 5489.000 0.634 0.008 10577 21 63 4493.260 4966.240 0.633 0.006 10577 21 64 4065.330 4493.260 0.609 0.006 10577 21 65 3678.160 4065.330 0.607 0.006 10577 21 66 3327.850 3678.160 0.598 0.006 10577 21 67 3010.910 3327.850 0.563 0.006 10577 21 68 2724.160 3010.910 0.614 0.006 10577 21 69 2464.720 2724.160 0.582 0.006 10577 21 70 2229.980 2464.720 0.566 0.006 10577 21 71 2017.600 2229.980 0.577 0.006 10577 21 72 1825.450 2017.600 0.636 0.006 10577 21 73 1651.590 1825.450 0.542 0.005 10577 21 74 1494.300 1651.590 0.573 0.005 10577 21 75 1351.980 1494.300 0.583 0.006 10577 21 76 1223.220 1351.980 0.523 0.005 10577 21 77 1106.720 1223.220 0.525 0.005 10577 21 78 1001.320 1106.720 0.505 0.005 10577 21 79 905.960 1001.320 0.449 0.005 10577 21 80 819.670 905.960 0.577 0.006 10577 21 81 741.610 819.670 0.558 0.006 10577 21 82 670.980 741.610 0.551 0.005 10577 21 83 607.080 670.980 0.542 0.005 10577 21 84 549.260 607.080 0.582 0.006 10577 21 85 496.950 549.260 0.516 0.005 10577 21 86 449.620 496.950 0.525 0.005 10577 21 87 406.800 449.620 0.472 0.005 10577 21 88 368.050 406.800 0.635 0.006 10577 21 89 333.000 368.050 0.590 0.006 10577 21 90 301.290 333.000 0.535 0.006 10577 21 91 272.590 301.290 0.466 0.005 10577 21 92 246.630 272.590 0.003 0.628 10577 21 93 223.140 246.630 0.004 0.882 10577 21 94 201.890 223.140 0.455 0.005 10577 21 95 ENDDATA 64 0 10577 21 96 ENDSUBENT 95 0 10577 2199999 SUBENT 10577022 20210608 148810577 22 1 BIB 7 21 10577 22 2 REACTION (73-TA-181(N,TOT),,TRN,,AV) 10577 22 3 SAMPLE Ntransmission sample = 0.0278+-0.0003 a/b. Sample 10577 22 4 thermodynamic temperature was 293+-2 K, and effective 10577 22 5 temperature was 300K (Thesis table VII-III, page 158). 10577 22 6 DETECTOR (SCIN) B4C-NaI neutron detector. 10577 22 7 METHOD (TRN) 28.27+-0.005 m flight path. The measurement 10577 22 8 utilized electron burst widths and time-of-flight 10577 22 9 channel widths that together resulted in 10577 22 10 time-of-flight data that had an energy resolution 10577 22 11 dE/E much smaller than 10%. The measured 10577 22 12 time-of-flight data were then grouped into 10% wide 10577 22 13 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 22 14 energy resolution of 10% can be assumed for all the 10577 22 15 grouped data listed below. 10577 22 16 ERR-ANALYS (DATA-ERR) Uncertainty of transmission. 10577 22 17 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 22 18 shown in Appendix C, pages 188-206 of the main 10577 22 19 reference. 10577 22 20 HISTORY (20040702A) Temperature unit updated. 10577 22 21 (20210623A) BP: Corrected reaction string SIG->TRN, 10577 22 22 replaced data. 10577 22 23 ENDBIB 21 0 10577 22 24 COMMON 2 3 10577 22 25 TEMP THICKNESS 10577 22 26 K ATOMS/B 10577 22 27 300. 0.02780 10577 22 28 ENDCOMMON 3 0 10577 22 29 DATA 4 62 10577 22 30 EN-MIN EN-MAX DATA DATA-ERR 10577 22 31 EV EV NO-DIM NO-DIM 10577 22 32 90476.200 100000.010 0.770 0.008 10577 22 33 81859.420 90476.200 0.781 0.006 10577 22 34 74063.260 81859.420 0.772 0.006 10577 22 35 67009.617 74063.285 0.774 0.012 10577 22 36 60627.749 67009.639 0.764 0.012 10577 22 37 54853.678 60627.769 0.768 0.012 10577 22 38 49629.480 54853.640 0.756 0.005 10577 22 39 44902.850 49629.480 0.753 0.005 10577 22 40 40262.390 44902.850 0.746 0.005 10577 22 41 36757.210 40262.390 0.736 0.005 10577 22 42 33256.510 36757.210 0.733 0.005 10577 22 43 30089.220 33256.510 0.741 0.005 10577 22 44 27223.580 30089.220 0.732 0.005 10577 22 45 24630.850 27223.580 0.725 0.005 10577 22 46 22285.060 24630.850 0.726 0.005 10577 22 47 20162.670 22285.060 0.727 0.005 10577 22 48 18242.410 20162.670 0.716 0.005 10577 22 49 16505.040 18242.410 0.712 0.005 10577 22 50 14933.130 16505.040 0.708 0.004 10577 22 51 13510.920 14933.130 0.690 0.004 10577 22 52 12224.170 13510.920 0.675 0.004 10577 22 53 11059.960 12224.170 0.675 0.004 10577 22 54 10006.630 11059.960 0.673 0.004 10577 22 55 9053.610 10006.630 0.664 0.004 10577 22 56 8191.360 9053.610 0.668 0.004 10577 22 57 7411.230 8191.360 0.651 0.004 10577 22 58 6705.400 7411.230 0.671 0.004 10577 22 59 6066.790 6705.400 0.647 0.004 10577 22 60 5489.000 6066.790 0.649 0.004 10577 22 61 4966.240 5489.000 0.642 0.008 10577 22 62 4493.260 4966.240 0.642 0.004 10577 22 63 4065.330 4493.260 0.620 0.003 10577 22 64 3678.160 4065.330 0.622 0.003 10577 22 65 3327.850 3678.160 0.611 0.003 10577 22 66 3010.910 3327.850 0.579 0.003 10577 22 67 2724.160 3010.910 0.633 0.003 10577 22 68 2464.720 2724.160 0.610 0.003 10577 22 69 2229.980 2464.720 0.587 0.003 10577 22 70 2017.600 2229.980 0.604 0.003 10577 22 71 1825.450 2017.600 0.648 0.003 10577 22 72 1651.590 1825.450 0.566 0.003 10577 22 73 1494.300 1651.590 0.607 0.003 10577 22 74 1351.980 1494.300 0.611 0.003 10577 22 75 1223.220 1351.980 0.559 0.003 10577 22 76 1106.720 1223.220 0.572 0.003 10577 22 77 1001.320 1106.720 0.543 0.003 10577 22 78 905.960 1001.320 0.507 0.003 10577 22 79 819.670 905.960 0.615 0.003 10577 22 80 741.610 819.670 0.607 0.003 10577 22 81 670.980 741.610 0.605 0.003 10577 22 82 607.080 670.980 0.577 0.003 10577 22 83 549.260 607.080 0.633 0.004 10577 22 84 496.950 549.260 0.573 0.003 10577 22 85 449.620 496.950 0.584 0.003 10577 22 86 406.800 449.620 0.547 0.003 10577 22 87 368.050 406.800 0.664 0.004 10577 22 88 333.000 368.050 0.633 0.004 10577 22 89 301.290 333.000 0.578 0.004 10577 22 90 272.590 301.290 0.522 0.003 10577 22 91 246.630 272.590 0.005 0.003 10577 22 92 223.140 246.630 0.640 0.003 10577 22 93 201.890 223.140 0.650 0.002 10577 22 94 ENDDATA 64 0 10577 22 95 ENDSUBENT 94 0 10577 2299999 SUBENT 10577023 20210608 148810577 23 1 BIB 7 21 10577 23 2 REACTION (73-TA-181(N,TOT),,TRN,,AV) 10577 23 3 SAMPLE Ntransmission sample = 0.0279+-0.0003 a/b. Sample 10577 23 4 thermodynamic temperature was 79+-2 K, and effective 10577 23 5 temperature was 110K (Thesis table VII-III, page 158). 10577 23 6 DETECTOR (SCIN) B4C-NaI neutron detector. 10577 23 7 METHOD (TRN) 28.27+-0.005 m flight path. The measurement 10577 23 8 utilized electron burst widths and time-of-flight 10577 23 9 channel widths that together resulted in 10577 23 10 time-of-flight data that had an energy resolution 10577 23 11 dE/E much smaller than 10%. The measured 10577 23 12 time-of-flight data were then grouped into 10% wide 10577 23 13 energy groups: (Emax - Emin) / eave = 0.1 Thus an 10577 23 14 energy resolution of 10% can be assumed for all the 10577 23 15 grouped data listed below. 10577 23 16 ERR-ANALYS (DATA-ERR) Uncertainty of transmission. 10577 23 17 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 23 18 shown in Appendix C, pages 188-206 of the main 10577 23 19 reference. 10577 23 20 HISTORY (20040702A) Temperature unit updated. 10577 23 21 (20210623A) BP: Corrected reaction string SIG->TRN, 10577 23 22 replaced data. 10577 23 23 ENDBIB 21 0 10577 23 24 COMMON 2 3 10577 23 25 TEMP THICKNESS 10577 23 26 K ATOMS/B 10577 23 27 110. 0.02790 10577 23 28 ENDCOMMON 3 0 10577 23 29 DATA 4 62 10577 23 30 EN-MIN EN-MAX DATA DATA-ERR 10577 23 31 EV EV NO-DIM NO-DIM 10577 23 32 90476.200 100000.010 0.733 0.015 10577 23 33 81859.420 90476.200 0.778 0.009 10577 23 34 74063.260 81859.420 0.766 0.008 10577 23 35 67009.617 74063.285 0.777 0.012 10577 23 36 60627.749 67009.639 0.764 0.012 10577 23 37 54853.678 60627.769 0.771 0.012 10577 23 38 49629.480 54853.640 0.747 0.007 10577 23 39 44902.850 49629.480 0.743 0.007 10577 23 40 40262.390 44902.850 0.734 0.007 10577 23 41 36757.210 40262.390 0.725 0.007 10577 23 42 33256.510 36757.210 0.725 0.007 10577 23 43 30089.220 33256.510 0.729 0.007 10577 23 44 27223.580 30089.220 0.733 0.006 10577 23 45 24630.850 27223.580 0.717 0.006 10577 23 46 22285.060 24630.850 0.715 0.006 10577 23 47 20162.670 22285.060 0.720 0.006 10577 23 48 18242.410 20162.670 0.711 0.006 10577 23 49 16505.040 18242.410 0.704 0.006 10577 23 50 14933.130 16505.040 0.701 0.006 10577 23 51 13510.920 14933.130 0.683 0.005 10577 23 52 12224.170 13510.920 0.673 0.005 10577 23 53 11059.960 12224.170 0.676 0.005 10577 23 54 10006.630 11059.960 0.672 0.005 10577 23 55 9053.610 10006.630 0.671 0.005 10577 23 56 8191.360 9053.610 0.666 0.005 10577 23 57 7411.230 8191.360 0.643 0.005 10577 23 58 6705.400 7411.230 0.674 0.005 10577 23 59 6066.790 6705.400 0.654 0.005 10577 23 60 5489.000 6066.790 0.643 0.005 10577 23 61 4966.240 5489.000 0.637 0.008 10577 23 62 4493.260 4966.240 0.645 0.004 10577 23 63 4065.330 4493.260 0.622 0.004 10577 23 64 3678.160 4065.330 0.619 0.004 10577 23 65 3327.850 3678.160 0.620 0.004 10577 23 66 3010.910 3327.850 0.579 0.004 10577 23 67 2724.160 3010.910 0.638 0.004 10577 23 68 2464.720 2724.160 0.620 0.004 10577 23 69 2229.980 2464.720 0.595 0.004 10577 23 70 2017.600 2229.980 0.618 0.004 10577 23 71 1825.450 2017.600 0.656 0.004 10577 23 72 1651.590 1825.450 0.582 0.004 10577 23 73 1494.300 1651.590 0.620 0.004 10577 23 74 1351.980 1494.300 0.626 0.004 10577 23 75 1223.220 1351.980 0.583 0.003 10577 23 76 1106.720 1223.220 0.589 0.003 10577 23 77 1001.320 1106.720 0.562 0.003 10577 23 78 905.960 1001.320 0.534 0.003 10577 23 79 819.670 905.960 0.625 0.004 10577 23 80 741.610 819.670 0.625 0.004 10577 23 81 670.980 741.610 0.635 0.004 10577 23 82 607.080 670.980 0.591 0.004 10577 23 83 549.260 607.080 0.657 0.004 10577 23 84 496.950 549.260 0.601 0.004 10577 23 85 449.620 496.950 0.590 0.004 10577 23 86 406.800 449.620 0.579 0.003 10577 23 87 368.050 406.800 0.667 0.005 10577 23 88 333.000 368.050 0.647 0.004 10577 23 89 301.290 333.000 0.589 0.004 10577 23 90 272.590 301.290 0.546 0.003 10577 23 91 246.630 272.590 0.004 0.448 10577 23 92 223.140 246.630 0.003 0.646 10577 23 93 201.890 223.140 0.004 0.835 10577 23 94 ENDDATA 64 0 10577 23 95 ENDSUBENT 94 0 10577 2399999 SUBENT 10577024 20210608 148810577 24 1 BIB 7 22 10577 24 2 REACTION (73-TA-181(N,TOT),,TRN,,AV) 10577 24 3 SAMPLE Ntransmission sample = 0.0542+-0.0005 a/b. Sample 10577 24 4 thermodynamic temperature was 1073+-4 K, and effective 10577 24 5 temperature was 1075K (Thesis table VII-III, page 10577 24 6 158). 10577 24 7 DETECTOR (SCIN) B4C-NaI neutron detector. 10577 24 8 METHOD (TRN) 28.27+-0.005 m flight path. The measurement 10577 24 9 utilized electron burst widths and time-of-flight 10577 24 10 channel widths that together resulted in 10577 24 11 time-of-flight data that had an energy resolution 10577 24 12 dE/E much smaller than 10%. The measured 10577 24 13 time-of-flight data were then grouped into 10% wide 10577 24 14 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 24 15 energy resolution of 10% can be assumed for all the 10577 24 16 grouped data listed below. 10577 24 17 ERR-ANALYS (DATA-ERR) Uncertainty of transmission. 10577 24 18 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 24 19 shown in Appendix C, pages 188-206 of the main 10577 24 20 reference. 10577 24 21 HISTORY (20040702A) Temperature unit updated. 10577 24 22 (20210623A) BP: Corrected reaction string SIG->TRN, 10577 24 23 replaced data. 10577 24 24 ENDBIB 22 0 10577 24 25 COMMON 2 3 10577 24 26 TEMP THICKNESS 10577 24 27 K ATOMS/B 10577 24 28 1075. 0.05420 10577 24 29 ENDCOMMON 3 0 10577 24 30 DATA 4 62 10577 24 31 EN-MIN EN-MAX DATA DATA-ERR 10577 24 32 EV EV NO-DIM NO-DIM 10577 24 33 90476.200 100000.010 0.634 0.047 10577 24 34 81859.420 90476.200 0.629 0.013 10577 24 35 74063.260 81859.420 0.600 0.010 10577 24 36 67009.617 74063.285 0.608 0.012 10577 24 37 60627.749 67009.639 0.611 0.012 10577 24 38 54853.678 60627.769 0.605 0.012 10577 24 39 49629.480 54853.640 0.589 0.009 10577 24 40 44902.850 49629.480 0.590 0.009 10577 24 41 40262.390 44902.850 0.560 0.009 10577 24 42 36757.210 40262.390 0.562 0.009 10577 24 43 33256.510 36757.210 0.555 0.009 10577 24 44 30089.220 33256.510 0.569 0.009 10577 24 45 27223.580 30089.220 0.556 0.009 10577 24 46 24630.850 27223.580 0.547 0.008 10577 24 47 22285.060 24630.850 0.547 0.008 10577 24 48 20162.670 22285.060 0.558 0.008 10577 24 49 18242.410 20162.670 0.526 0.008 10577 24 50 16505.040 18242.410 0.518 0.008 10577 24 51 14933.130 16505.040 0.516 0.008 10577 24 52 13510.920 14933.130 0.498 0.007 10577 24 53 12224.170 13510.920 0.481 0.007 10577 24 54 11059.960 12224.170 0.477 0.007 10577 24 55 10006.630 11059.960 0.485 0.007 10577 24 56 9053.610 10006.630 0.471 0.007 10577 24 57 8191.360 9053.610 0.464 0.007 10577 24 58 7411.230 8191.360 0.454 0.007 10577 24 59 6705.400 7411.230 0.461 0.007 10577 24 60 6066.790 6705.400 0.440 0.007 10577 24 61 5489.000 6066.790 0.457 0.007 10577 24 62 4966.240 5489.000 0.430 0.008 10577 24 63 4493.260 4966.240 0.437 0.006 10577 24 64 4065.330 4493.260 0.396 0.006 10577 24 65 3678.160 4065.330 0.413 0.006 10577 24 66 3327.850 3678.160 0.385 0.006 10577 24 67 3010.910 3327.850 0.361 0.006 10577 24 68 2724.160 3010.910 0.417 0.008 10577 24 69 2464.720 2724.160 0.392 0.007 10577 24 70 2229.980 2464.720 0.390 0.006 10577 24 71 2017.600 2229.980 0.408 0.006 10577 24 72 1825.450 2017.600 0.434 0.006 10577 24 73 1651.590 1825.450 0.364 0.006 10577 24 74 1494.300 1651.590 0.384 0.006 10577 24 75 1351.980 1494.300 0.396 0.006 10577 24 76 1223.220 1351.980 0.336 0.006 10577 24 77 1106.720 1223.220 0.352 0.006 10577 24 78 1001.320 1106.720 0.332 0.006 10577 24 79 905.960 1001.320 0.279 0.006 10577 24 80 819.670 905.960 0.406 0.006 10577 24 81 741.610 819.670 0.379 0.006 10577 24 82 670.980 741.610 0.378 0.006 10577 24 83 607.080 670.980 0.367 0.006 10577 24 84 549.260 607.080 0.431 0.007 10577 24 85 496.950 549.260 0.362 0.006 10577 24 86 449.620 496.950 0.358 0.006 10577 24 87 406.800 449.620 0.326 0.006 10577 24 88 368.050 406.800 0.467 0.007 10577 24 89 333.000 368.050 0.426 0.007 10577 24 90 301.290 333.000 0.372 0.006 10577 24 91 272.590 301.290 0.304 0.006 10577 24 92 246.630 272.590 0.002 0.532 10577 24 93 223.140 246.630 0.003 0.793 10577 24 94 201.890 223.140 0.005 0.003 10577 24 95 ENDDATA 64 0 10577 24 96 ENDSUBENT 95 0 10577 2499999 SUBENT 10577025 20210608 148810577 25 1 BIB 7 21 10577 25 2 REACTION (73-TA-181(N,TOT),,TRN,,AV) 10577 25 3 SAMPLE Ntransmission sample = 0.0549+-0.0005 a/b. Sample 10577 25 4 thermodynamic temperature was 293+-2 K, and effective 10577 25 5 temperature was 300K (Thesis table VII-III, page 158). 10577 25 6 DETECTOR (SCIN) B4C-NaI neutron detector. 10577 25 7 METHOD (TRN) 28.27+-0.005 m flight path. The measurement 10577 25 8 utilized electron burst widths and time-of-flight 10577 25 9 channel widths that together resulted in 10577 25 10 time-of-flight data that had an energy resolution 10577 25 11 dE/E much smaller than 10%. The measured 10577 25 12 time-of-flight data were then grouped into 10% wide 10577 25 13 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 25 14 energy resolution of 10% can be assumed for all the 10577 25 15 grouped data listed below. 10577 25 16 ERR-ANALYS (DATA-ERR) Uncertainty of transmission. 10577 25 17 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 25 18 shown in Appendix C, pages 188-206 of the main 10577 25 19 reference. 10577 25 20 HISTORY (20040702A) Temperature unit updated. 10577 25 21 (20210623A) BP: Corrected reaction string SIG->TRN, 10577 25 22 replaced data. 10577 25 23 ENDBIB 21 0 10577 25 24 COMMON 2 3 10577 25 25 TEMP THICKNESS 10577 25 26 K ATOMS/B 10577 25 27 300. 0.05490 10577 25 28 ENDCOMMON 3 0 10577 25 29 DATA 4 62 10577 25 30 EN-MIN EN-MAX DATA DATA-ERR 10577 25 31 EV EV NO-DIM NO-DIM 10577 25 32 90476.200 100000.010 0.607 0.008 10577 25 33 81859.420 90476.200 0.612 0.006 10577 25 34 74063.260 81859.420 0.597 0.005 10577 25 35 67009.617 74063.285 0.599 0.012 10577 25 36 60627.749 67009.639 0.599 0.012 10577 25 37 54853.678 60627.769 0.596 0.012 10577 25 38 49629.480 54853.640 0.576 0.005 10577 25 39 44902.850 49629.480 0.576 0.005 10577 25 40 40262.390 44902.850 0.562 0.005 10577 25 41 36757.210 40262.390 0.555 0.005 10577 25 42 33256.510 36757.210 0.548 0.005 10577 25 43 30089.220 33256.510 0.552 0.005 10577 25 44 27223.580 30089.220 0.549 0.004 10577 25 45 24630.850 27223.580 0.536 0.004 10577 25 46 22285.060 24630.850 0.533 0.004 10577 25 47 20162.670 22285.060 0.549 0.004 10577 25 48 18242.410 20162.670 0.518 0.004 10577 25 49 16505.040 18242.410 0.516 0.004 10577 25 50 14933.130 16505.040 0.514 0.004 10577 25 51 13510.920 14933.130 0.500 0.004 10577 25 52 12224.170 13510.920 0.475 0.003 10577 25 53 11059.960 12224.170 0.479 0.003 10577 25 54 10006.630 11059.960 0.480 0.003 10577 25 55 9053.610 10006.630 0.475 0.003 10577 25 56 8191.360 9053.610 0.467 0.003 10577 25 57 7411.230 8191.360 0.459 0.003 10577 25 58 6705.400 7411.230 0.469 0.003 10577 25 59 6066.790 6705.400 0.449 0.003 10577 25 60 5489.000 6066.790 0.461 0.003 10577 25 61 4966.240 5489.000 0.452 0.008 10577 25 62 4493.260 4966.240 0.449 0.003 10577 25 63 4065.330 4493.260 0.413 0.003 10577 25 64 3678.160 4065.330 0.435 0.003 10577 25 65 3327.850 3678.160 0.421 0.003 10577 25 66 3010.910 3327.850 0.386 0.003 10577 25 67 2724.160 3010.910 0.451 0.003 10577 25 68 2464.720 2724.160 0.420 0.003 10577 25 69 2229.980 2464.720 0.414 0.003 10577 25 70 2017.600 2229.980 0.441 0.003 10577 25 71 1825.450 2017.600 0.463 0.003 10577 25 72 1651.590 1825.450 0.397 0.003 10577 25 73 1494.300 1651.590 0.434 0.003 10577 25 74 1351.980 1494.300 0.432 0.003 10577 25 75 1223.220 1351.980 0.384 0.002 10577 25 76 1106.720 1223.220 0.411 0.003 10577 25 77 1001.320 1106.720 0.389 0.003 10577 25 78 905.960 1001.320 0.350 0.002 10577 25 79 819.670 905.960 0.452 0.003 10577 25 80 741.610 819.670 0.439 0.003 10577 25 81 670.980 741.610 0.444 0.003 10577 25 82 607.080 670.980 0.407 0.003 10577 25 83 549.260 607.080 0.481 0.003 10577 25 84 496.950 549.260 0.429 0.003 10577 25 85 449.620 496.950 0.416 0.003 10577 25 86 406.800 449.620 0.409 0.003 10577 25 87 368.050 406.800 0.515 0.004 10577 25 88 333.000 368.050 0.475 0.003 10577 25 89 301.290 333.000 0.417 0.003 10577 25 90 272.590 301.290 0.358 0.003 10577 25 91 246.630 272.590 0.004 0.858 10577 25 92 223.140 246.630 0.457 0.005 10577 25 93 201.890 223.140 0.439 0.004 10577 25 94 ENDDATA 64 0 10577 25 95 ENDSUBENT 94 0 10577 2599999 SUBENT 10577026 20210608 148810577 26 1 BIB 7 21 10577 26 2 REACTION (73-TA-181(N,TOT),,TRN,,AV) 10577 26 3 SAMPLE Ntransmission sample = 0.0551+-0.0006 a/b. Sample 10577 26 4 thermodynamic temperature was 79+-2 K, and effective 10577 26 5 temperature was 110K (Thesis table VII-III, page 158). 10577 26 6 DETECTOR (SCIN) B4C-NaI neutron detector. 10577 26 7 METHOD (TRN) 28.27+-0.005 m flight path. The measurement 10577 26 8 utilized electron burst widths and time-of-flight 10577 26 9 channel widths that together resulted in 10577 26 10 time-of-flight data that had an energy resolution 10577 26 11 dE/E much smaller than 10%. The measured 10577 26 12 time-of-flight data were then grouped into 10% wide 10577 26 13 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 26 14 energy resolution of 10% can be assumed for all the 10577 26 15 grouped data listed below. 10577 26 16 ERR-ANALYS (DATA-ERR) Uncertainty of transmission. 10577 26 17 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 26 18 shown in Appendix C, pages 188-206 of the main 10577 26 19 reference. 10577 26 20 HISTORY (20040702A) Temperature unit updated. 10577 26 21 (20210623A) BP: Corrected reaction string SIG->TRN, 10577 26 22 replaced data. 10577 26 23 ENDBIB 21 0 10577 26 24 COMMON 2 3 10577 26 25 TEMP THICKNESS 10577 26 26 K ATOMS/B 10577 26 27 110. 0.05510 10577 26 28 ENDCOMMON 3 0 10577 26 29 DATA 4 62 10577 26 30 EN-MIN EN-MAX DATA DATA-ERR 10577 26 31 EV EV NO-DIM NO-DIM 10577 26 32 90476.200 100000.010 0.609 0.010 10577 26 33 81859.420 90476.200 0.616 0.008 10577 26 34 74063.260 81859.420 0.606 0.008 10577 26 35 67009.617 74063.285 0.605 0.012 10577 26 36 60627.749 67009.639 0.605 0.012 10577 26 37 54853.678 60627.769 0.599 0.012 10577 26 38 49629.480 54853.640 0.590 0.007 10577 26 39 44902.850 49629.480 0.586 0.007 10577 26 40 40262.390 44902.850 0.572 0.007 10577 26 41 36757.210 40262.390 0.555 0.007 10577 26 42 33256.510 36757.210 0.556 0.007 10577 26 43 30089.220 33256.510 0.557 0.007 10577 26 44 27223.580 30089.220 0.552 0.006 10577 26 45 24630.850 27223.580 0.536 0.006 10577 26 46 22285.060 24630.850 0.536 0.006 10577 26 47 20162.670 22285.060 0.549 0.006 10577 26 48 18242.410 20162.670 0.519 0.006 10577 26 49 16505.040 18242.410 0.524 0.006 10577 26 50 14933.130 16505.040 0.520 0.005 10577 26 51 13510.920 14933.130 0.512 0.005 10577 26 52 12224.170 13510.920 0.485 0.005 10577 26 53 11059.960 12224.170 0.492 0.005 10577 26 54 10006.630 11059.960 0.488 0.005 10577 26 55 9053.610 10006.630 0.485 0.005 10577 26 56 8191.360 9053.610 0.475 0.005 10577 26 57 7411.230 8191.360 0.471 0.005 10577 26 58 6705.400 7411.230 0.483 0.005 10577 26 59 6066.790 6705.400 0.464 0.004 10577 26 60 5489.000 6066.790 0.471 0.004 10577 26 61 4966.240 5489.000 0.465 0.008 10577 26 62 4493.260 4966.240 0.460 0.004 10577 26 63 4065.330 4493.260 0.429 0.004 10577 26 64 3678.160 4065.330 0.452 0.004 10577 26 65 3327.850 3678.160 0.442 0.004 10577 26 66 3010.910 3327.850 0.409 0.004 10577 26 67 2724.160 3010.910 0.472 0.005 10577 26 68 2464.720 2724.160 0.442 0.004 10577 26 69 2229.980 2464.720 0.439 0.004 10577 26 70 2017.600 2229.980 0.463 0.004 10577 26 71 1825.450 2017.600 0.483 0.004 10577 26 72 1651.590 1825.450 0.421 0.004 10577 26 73 1494.300 1651.590 0.467 0.004 10577 26 74 1351.980 1494.300 0.455 0.004 10577 26 75 1223.220 1351.980 0.413 0.004 10577 26 76 1106.720 1223.220 0.441 0.004 10577 26 77 1001.320 1106.720 0.420 0.004 10577 26 78 905.960 1001.320 0.394 0.004 10577 26 79 819.670 905.960 0.479 0.004 10577 26 80 741.610 819.670 0.464 0.004 10577 26 81 670.980 741.610 0.477 0.004 10577 26 82 607.080 670.980 0.431 0.004 10577 26 83 549.260 607.080 0.501 0.004 10577 26 84 496.950 549.260 0.456 0.004 10577 26 85 449.620 496.950 0.446 0.004 10577 26 86 406.800 449.620 0.446 0.004 10577 26 87 368.050 406.800 0.535 0.005 10577 26 88 333.000 368.050 0.502 0.005 10577 26 89 301.290 333.000 0.434 0.004 10577 26 90 272.590 301.290 0.381 0.004 10577 26 91 246.630 272.590 0.003 0.620 10577 26 92 223.140 246.630 0.002 0.537 10577 26 93 201.890 223.140 0.003 0.744 10577 26 94 ENDDATA 64 0 10577 26 95 ENDSUBENT 94 0 10577 2699999 SUBENT 10577027 20210608 148810577 27 1 BIB 7 21 10577 27 2 REACTION (73-TA-181(N,TOT),,TRN,,AV) 10577 27 3 SAMPLE Ntransmission sample = 0.0802+-0.0008 a/b. Sample 10577 27 4 thermodynamic temperature was 293+-2 K, and effective 10577 27 5 temperature was 300K (Thesis table VII-III, page 158). 10577 27 6 DETECTOR (SCIN) B4C-NaI neutron detector. 10577 27 7 METHOD (TRN) 28.27+-0.005 m flight path. The measurement 10577 27 8 utilized electron burst widths and time-of-flight 10577 27 9 channel widths that together resulted in 10577 27 10 time-of-flight data that had an energy resolution 10577 27 11 dE/E much smaller than 10%. The measured 10577 27 12 time-of-flight data were then grouped into 10% wide 10577 27 13 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 27 14 energy resolution of 10% can be assumed for all the 10577 27 15 grouped data listed below. 10577 27 16 ERR-ANALYS (DATA-ERR) Uncertainty of transmission. 10577 27 17 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 27 18 shown in Appendix C, pages 188-206 of the main 10577 27 19 reference. 10577 27 20 HISTORY (20040702A) Temperature unit updated. 10577 27 21 (20210623A) BP: Corrected reaction string SIG->TRN, 10577 27 22 replaced data. 10577 27 23 ENDBIB 21 0 10577 27 24 COMMON 2 3 10577 27 25 TEMP THICKNESS 10577 27 26 K ATOMS/B 10577 27 27 300. 0.08020 10577 27 28 ENDCOMMON 3 0 10577 27 29 DATA 4 62 10577 27 30 EN-MIN EN-MAX DATA DATA-ERR 10577 27 31 EV EV NO-DIM NO-DIM 10577 27 32 90476.200 100000.010 0.485 0.006 10577 27 33 81859.420 90476.200 0.487 0.004 10577 27 34 74063.260 81859.420 0.481 0.004 10577 27 35 67009.617 74063.285 0.475 0.012 10577 27 36 60627.749 67009.639 0.470 0.012 10577 27 37 54853.678 60627.769 0.459 0.012 10577 27 38 49629.480 54853.640 0.455 0.004 10577 27 39 44902.850 49629.480 0.447 0.004 10577 27 40 40262.390 44902.850 0.434 0.004 10577 27 41 36757.210 40262.390 0.426 0.003 10577 27 42 33256.510 36757.210 0.416 0.003 10577 27 43 30089.220 33256.510 0.422 0.004 10577 27 44 27223.580 30089.220 0.411 0.003 10577 27 45 24630.850 27223.580 0.402 0.003 10577 27 46 22285.060 24630.850 0.400 0.003 10577 27 47 20162.670 22285.060 0.412 0.003 10577 27 48 18242.410 20162.670 0.390 0.003 10577 27 49 16505.040 18242.410 0.389 0.003 10577 27 50 14933.130 16505.040 0.389 0.003 10577 27 51 13510.920 14933.130 0.365 0.003 10577 27 52 12224.170 13510.920 0.348 0.002 10577 27 53 11059.960 12224.170 0.359 0.002 10577 27 54 10006.630 11059.960 0.356 0.002 10577 27 55 9053.610 10006.630 0.350 0.002 10577 27 56 8191.360 9053.610 0.342 0.002 10577 27 57 7411.230 8191.360 0.341 0.002 10577 27 58 6705.400 7411.230 0.348 0.002 10577 27 59 6066.790 6705.400 0.330 0.002 10577 27 60 5489.000 6066.790 0.339 0.002 10577 27 61 4966.240 5489.000 0.334 0.008 10577 27 62 4493.260 4966.240 0.339 0.002 10577 27 63 4065.330 4493.260 0.302 0.002 10577 27 64 3678.160 4065.330 0.319 0.002 10577 27 65 3327.850 3678.160 0.311 0.002 10577 27 66 3010.910 3327.850 0.276 0.002 10577 27 67 2724.160 3010.910 0.345 0.002 10577 27 68 2464.720 2724.160 0.314 0.002 10577 27 69 2229.980 2464.720 0.305 0.002 10577 27 70 2017.600 2229.980 0.335 0.002 10577 27 71 1825.450 2017.600 0.358 0.002 10577 27 72 1651.590 1825.450 0.292 0.002 10577 27 73 1494.300 1651.590 0.333 0.002 10577 27 74 1351.980 1494.300 0.318 0.002 10577 27 75 1223.220 1351.980 0.288 0.002 10577 27 76 1106.720 1223.220 0.321 0.002 10577 27 77 1001.320 1106.720 0.292 0.002 10577 27 78 905.960 1001.320 0.265 0.002 10577 27 79 819.670 905.960 0.357 0.002 10577 27 80 741.610 819.670 0.336 0.002 10577 27 81 670.980 741.610 0.349 0.002 10577 27 82 607.080 670.980 0.306 0.002 10577 27 83 549.260 607.080 0.386 0.002 10577 27 84 496.950 549.260 0.336 0.002 10577 27 85 449.620 496.950 0.323 0.002 10577 27 86 406.800 449.620 0.318 0.002 10577 27 87 368.050 406.800 0.420 0.003 10577 27 88 333.000 368.050 0.368 0.002 10577 27 89 301.290 333.000 0.326 0.002 10577 27 90 272.590 301.290 0.267 0.002 10577 27 91 246.630 272.590 0.003 0.769 10577 27 92 223.140 246.630 0.005 0.003 10577 27 93 201.890 223.140 0.646 0.003 10577 27 94 ENDDATA 64 0 10577 27 95 ENDSUBENT 94 0 10577 2799999 SUBENT 10577028 20210608 148810577 28 1 BIB 7 27 10577 28 2 REACTION (73-TA-181(N,G)73-TA-182,,SIF,,AV) 10577 28 3 SAMPLE Ntransmission sample = 0.00563+-0.00006 a/b. 10577 28 4 Nself-indication sample = 0.00147+-0.00003 a/b. In 10577 28 5 the self indication measurements the transmission 10577 28 6 sample is at different temperatures but the self 10577 28 7 indication sample is always at room temperature. 10577 28 8 Sample thermodynamic temperature was 293+-2 K, and 10577 28 9 effective temperature was 300K (Thesis table VII-III, 10577 28 10 page 158). 10577 28 11 DETECTOR (SCIN) A 1.25-m-diameter liquid scintillator (detects 10577 28 12 capture gamma rays for self-indication measurement). 10577 28 13 METHOD (TOF) 25.69+-0.005 m flight path. The measurement 10577 28 14 utilized electron burst widths and time-of-flight 10577 28 15 channel widths that together resulted in 10577 28 16 time-of-flight data that had an energy resolution 10577 28 17 dE/E much smaller than 10%. The measured 10577 28 18 time-of-flight data were then grouped into 10% wide 10577 28 19 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 28 20 energy resolution of 10% can be assumed for all the 10577 28 21 grouped data listed below. 10577 28 22 ERR-ANALYS (DATA-ERR) Uncertainty of self-indication ratio. 10577 28 23 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 28 24 shown in Appendix C, pages 188-206 of the main 10577 28 25 reference. 10577 28 26 HISTORY (20040702A) Temperature unit updated. 10577 28 27 (20210623A) BP: Corrected reaction string SIG->SIF, 10577 28 28 replaced data. 10577 28 29 ENDBIB 27 0 10577 28 30 COMMON 3 3 10577 28 31 TEMP THICKNESS THICKNESS 10577 28 32 K ATOMS/B ATOMS/B 10577 28 33 300. 0.00563 0.00147 10577 28 34 ENDCOMMON 3 0 10577 28 35 DATA 4 62 10577 28 36 EN-MIN EN-MAX DATA DATA-ERR 10577 28 37 EV EV NO-DIM NO-DIM 10577 28 38 90476.200 100000.010 0.958 0.024 10577 28 39 81859.420 90476.200 0.934 0.018 10577 28 40 74063.260 81859.420 0.922 0.017 10577 28 41 67009.617 74063.285 0.960 0.017 10577 28 42 60627.749 67009.639 0.933 0.017 10577 28 43 54853.678 60627.769 0.853 0.017 10577 28 44 49629.480 54853.640 0.972 0.016 10577 28 45 44902.850 49629.480 0.937 0.016 10577 28 46 40262.390 44902.850 0.954 0.016 10577 28 47 36757.210 40262.390 0.951 0.015 10577 28 48 33256.510 36757.210 0.910 0.014 10577 28 49 30089.220 33256.510 0.896 0.014 10577 28 50 27223.580 30089.220 0.897 0.013 10577 28 51 24630.850 27223.580 0.934 0.013 10577 28 52 22285.060 24630.850 0.937 0.012 10577 28 53 20162.670 22285.060 0.949 0.012 10577 28 54 18242.410 20162.670 0.914 0.011 10577 28 55 16505.040 18242.410 0.904 0.011 10577 28 56 14933.130 16505.040 0.912 0.011 10577 28 57 13510.920 14933.130 0.894 0.010 10577 28 58 12224.170 13510.920 0.908 0.010 10577 28 59 11059.960 12224.170 0.916 0.010 10577 28 60 10006.630 11059.960 0.897 0.010 10577 28 61 9053.610 10006.630 0.885 0.009 10577 28 62 8191.360 9053.610 0.891 0.009 10577 28 63 7411.230 8191.360 0.883 0.008 10577 28 64 6705.400 7411.230 0.888 0.008 10577 28 65 6066.790 6705.400 0.869 0.008 10577 28 66 5489.000 6066.790 0.864 0.008 10577 28 67 4966.240 5489.000 0.853 0.013 10577 28 68 4493.260 4966.240 0.863 0.007 10577 28 69 4065.330 4493.260 0.852 0.006 10577 28 70 3678.160 4065.330 0.852 0.007 10577 28 71 3327.850 3678.160 0.819 0.006 10577 28 72 3010.910 3327.850 0.815 0.006 10577 28 73 2724.160 3010.910 0.806 0.006 10577 28 74 2464.720 2724.160 0.799 0.005 10577 28 75 2229.980 2464.720 0.784 0.005 10577 28 76 2017.600 2229.980 0.746 0.005 10577 28 77 1825.450 2017.600 0.811 0.005 10577 28 78 1651.590 1825.450 0.708 0.004 10577 28 79 1494.300 1651.590 0.717 0.004 10577 28 80 1351.980 1494.300 0.715 0.004 10577 28 81 1223.220 1351.980 0.678 0.004 10577 28 82 1106.720 1223.220 0.572 0.003 10577 28 83 1001.320 1106.720 0.643 0.003 10577 28 84 905.960 1001.320 0.613 0.003 10577 28 85 819.670 905.960 0.704 0.004 10577 28 86 741.610 819.670 0.600 0.003 10577 28 87 670.980 741.610 0.569 0.003 10577 28 88 607.080 670.980 0.566 0.003 10577 28 89 549.260 607.080 0.473 0.002 10577 28 90 496.950 549.260 0.499 0.002 10577 28 91 449.620 496.950 0.544 0.002 10577 28 92 406.800 449.620 0.396 0.001 10577 28 93 368.050 406.800 0.560 0.003 10577 28 94 333.000 368.050 0.537 0.003 10577 28 95 301.290 333.000 0.466 0.002 10577 28 96 272.590 301.290 0.417 0.001 10577 28 97 246.630 272.590 0.215 0.007 10577 28 98 223.140 246.630 0.164 0.004 10577 28 99 201.890 223.140 0.238 0.003 10577 28 100 ENDDATA 64 0 10577 28 101 ENDSUBENT 100 0 10577 2899999 SUBENT 10577029 20210608 148810577 29 1 BIB 7 27 10577 29 2 REACTION (73-TA-181(N,G)73-TA-182,,SIF,,AV) 10577 29 3 SAMPLE Ntransmission sample = 0.0275+-0.0003 a/b. 10577 29 4 Nself-indication sample = 0.00147+-0.00003 a/b. In 10577 29 5 the self indication measurements the transmission 10577 29 6 sample is at different temperatures but the self 10577 29 7 indication sample is always at room temperature. 10577 29 8 Sample thermodynamic temperature was 1073+-4 K, and 10577 29 9 effective temperature was 1075K (Thesis table VII- 10577 29 10 III, page 158). 10577 29 11 DETECTOR (SCIN) A 1.25-m-diameter liquid scintillator (detects 10577 29 12 capture gamma rays for self-indication measurement). 10577 29 13 METHOD (TOF) 25.69+-0.005 m flight path. The measurement 10577 29 14 utilized electron burst widths and time-of-flight 10577 29 15 channel widths that together resulted in 10577 29 16 time-of-flight data that had an energy resolution 10577 29 17 dE/E much smaller than 10%. The measured 10577 29 18 time-of-flight data were then grouped into 10% wide 10577 29 19 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 29 20 energy resolution of 10% can be assumed for all the 10577 29 21 grouped data listed below. 10577 29 22 ERR-ANALYS (DATA-ERR) Uncertainty of self-indication ratio. 10577 29 23 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 29 24 shown in Appendix C, pages 188-206 of the main 10577 29 25 reference. 10577 29 26 HISTORY (20040702A) Temperature unit updated. 10577 29 27 (20210623A) BP: Corrected reaction string SIG->SIF, 10577 29 28 replaced data. 10577 29 29 ENDBIB 27 0 10577 29 30 COMMON 3 3 10577 29 31 TEMP THICKNESS THICKNESS 10577 29 32 K ATOMS/B ATOMS/B 10577 29 33 1075. 0.02750 0.00147 10577 29 34 ENDCOMMON 3 0 10577 29 35 DATA 4 62 10577 29 36 EN-MIN EN-MAX DATA DATA-ERR 10577 29 37 EV EV NO-DIM NO-DIM 10577 29 38 90476.200 100000.010 0.751 0.046 10577 29 39 81859.420 90476.200 0.735 0.032 10577 29 40 74063.260 81859.420 0.727 0.028 10577 29 41 67009.617 74063.285 0.740 0.028 10577 29 42 60627.749 67009.639 0.750 0.028 10577 29 43 54853.678 60627.769 0.767 0.028 10577 29 44 49629.480 54853.640 0.752 0.027 10577 29 45 44902.850 49629.480 0.744 0.026 10577 29 46 40262.390 44902.850 0.746 0.025 10577 29 47 36757.210 40262.390 0.760 0.025 10577 29 48 33256.510 36757.210 0.702 0.022 10577 29 49 30089.220 33256.510 0.696 0.025 10577 29 50 27223.580 30089.220 0.715 0.021 10577 29 51 24630.850 27223.580 0.730 0.022 10577 29 52 22285.060 24630.850 0.714 0.020 10577 29 53 20162.670 22285.060 0.726 0.019 10577 29 54 18242.410 20162.670 0.682 0.019 10577 29 55 16505.040 18242.410 0.689 0.019 10577 29 56 14933.130 16505.040 0.692 0.018 10577 29 57 13510.920 14933.130 0.661 0.016 10577 29 58 12224.170 13510.920 0.631 0.016 10577 29 59 11059.960 12224.170 0.654 0.015 10577 29 60 10006.630 11059.960 0.642 0.014 10577 29 61 9053.610 10006.630 0.649 0.014 10577 29 62 8191.360 9053.610 0.629 0.013 10577 29 63 7411.230 8191.360 0.609 0.012 10577 29 64 6705.400 7411.230 0.612 0.013 10577 29 65 6066.790 6705.400 0.583 0.012 10577 29 66 5489.000 6066.790 0.563 0.011 10577 29 67 4966.240 5489.000 0.557 0.013 10577 29 68 4493.260 4966.240 0.567 0.011 10577 29 69 4065.330 4493.260 0.519 0.009 10577 29 70 3678.160 4065.330 0.523 0.009 10577 29 71 3327.850 3678.160 0.479 0.008 10577 29 72 3010.910 3327.850 0.467 0.008 10577 29 73 2724.160 3010.910 0.470 0.008 10577 29 74 2464.720 2724.160 0.457 0.007 10577 29 75 2229.980 2464.720 0.426 0.007 10577 29 76 2017.600 2229.980 0.374 0.006 10577 29 77 1825.450 2017.600 0.474 0.008 10577 29 78 1651.590 1825.450 0.312 0.005 10577 29 79 1494.300 1651.590 0.325 0.005 10577 29 80 1351.980 1494.300 0.339 0.005 10577 29 81 1223.220 1351.980 0.286 0.004 10577 29 82 1106.720 1223.220 0.217 0.003 10577 29 83 1001.320 1106.720 0.242 0.003 10577 29 84 905.960 1001.320 0.202 0.003 10577 29 85 819.670 905.960 0.308 0.005 10577 29 86 741.610 819.670 0.209 0.003 10577 29 87 670.980 741.610 0.207 0.003 10577 29 88 607.080 670.980 0.185 0.003 10577 29 89 549.260 607.080 0.168 0.003 10577 29 90 496.950 549.260 0.146 0.002 10577 29 91 449.620 496.950 0.180 0.003 10577 29 92 406.800 449.620 0.084 0.001 10577 29 93 368.050 406.800 0.158 0.003 10577 29 94 333.000 368.050 0.145 0.002 10577 29 95 301.290 333.000 0.127 0.002 10577 29 96 272.590 301.290 0.075 0.001 10577 29 97 246.630 272.590 0.003 0.394 10577 29 98 223.140 246.630 0.003 0.908 10577 29 99 201.890 223.140 0.261 0.006 10577 29 100 ENDDATA 64 0 10577 29 101 ENDSUBENT 100 0 10577 2999999 SUBENT 10577030 20210608 148810577 30 1 BIB 7 27 10577 30 2 REACTION (73-TA-181(N,G)73-TA-182,,SIF,,AV) 10577 30 3 SAMPLE Ntransmission sample = 0.0278+-0.0003 a/b. 10577 30 4 Nself-indication sample = 0.00147+-0.00003 a/b. In 10577 30 5 the self indication measurements the transmission 10577 30 6 sample is at different temperatures but the self 10577 30 7 indication sample is always at room temperature. 10577 30 8 Sample thermodynamic temperature was 293+-2 K, and 10577 30 9 effective temperature was 300K (Thesis table VII-III, 10577 30 10 page 158). 10577 30 11 DETECTOR (SCIN) A 1.25-m-diameter liquid scintillator (detects 10577 30 12 capture gamma rays for self-indication measurement). 10577 30 13 METHOD (TOF) 25.69+-0.005 m flight path. The measurement 10577 30 14 utilized electron burst widths and time-of-flight 10577 30 15 channel widths that together resulted in 10577 30 16 time-of-flight data that had an energy resolution 10577 30 17 dE/E much smaller than 10%. The measured 10577 30 18 time-of-flight data were then grouped into 10% wide 10577 30 19 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 30 20 energy resolution of 10% can be assumed for all the 10577 30 21 grouped data listed below. 10577 30 22 ERR-ANALYS (DATA-ERR) Uncertainty of self-indication ratio. 10577 30 23 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 30 24 shown in Appendix C, pages 188-206 of the main 10577 30 25 reference. 10577 30 26 HISTORY (20040702A) Temperature unit updated. 10577 30 27 (20210623A) BP: Corrected reaction string SIG->SIF, 10577 30 28 replaced data. 10577 30 29 ENDBIB 27 0 10577 30 30 COMMON 3 3 10577 30 31 TEMP THICKNESS THICKNESS 10577 30 32 K ATOMS/B ATOMS/B 10577 30 33 300. 0.02780 0.00147 10577 30 34 ENDCOMMON 3 0 10577 30 35 DATA 4 62 10577 30 36 EN-MIN EN-MAX DATA DATA-ERR 10577 30 37 EV EV NO-DIM NO-DIM 10577 30 38 90476.200 100000.010 0.753 0.019 10577 30 39 81859.420 90476.200 0.753 0.015 10577 30 40 74063.260 81859.420 0.751 0.014 10577 30 41 67009.617 74063.285 0.740 0.014 10577 30 42 60627.749 67009.639 0.750 0.014 10577 30 43 54853.678 60627.769 0.767 0.014 10577 30 44 49629.480 54853.640 0.757 0.013 10577 30 45 44902.850 49629.480 0.742 0.013 10577 30 46 40262.390 44902.850 0.747 0.013 10577 30 47 36757.210 40262.390 0.753 0.012 10577 30 48 33256.510 36757.210 0.722 0.011 10577 30 49 30089.220 33256.510 0.711 0.012 10577 30 50 27223.580 30089.220 0.708 0.010 10577 30 51 24630.850 27223.580 0.724 0.010 10577 30 52 22285.060 24630.850 0.724 0.010 10577 30 53 20162.670 22285.060 0.720 0.009 10577 30 54 18242.410 20162.670 0.674 0.009 10577 30 55 16505.040 18242.410 0.683 0.009 10577 30 56 14933.130 16505.040 0.680 0.008 10577 30 57 13510.920 14933.130 0.654 0.008 10577 30 58 12224.170 13510.920 0.629 0.007 10577 30 59 11059.960 12224.170 0.633 0.007 10577 30 60 10006.630 11059.960 0.631 0.007 10577 30 61 9053.610 10006.630 0.628 0.006 10577 30 62 8191.360 9053.610 0.617 0.006 10577 30 63 7411.230 8191.360 0.588 0.006 10577 30 64 6705.400 7411.230 0.593 0.006 10577 30 65 6066.790 6705.400 0.565 0.005 10577 30 66 5489.000 6066.790 0.546 0.005 10577 30 67 4966.240 5489.000 0.520 0.013 10577 30 68 4493.260 4966.240 0.537 0.005 10577 30 69 4065.330 4493.260 0.495 0.004 10577 30 70 3678.160 4065.330 0.496 0.004 10577 30 71 3327.850 3678.160 0.450 0.003 10577 30 72 3010.910 3327.850 0.441 0.003 10577 30 73 2724.160 3010.910 0.444 0.004 10577 30 74 2464.720 2724.160 0.426 0.003 10577 30 75 2229.980 2464.720 0.402 0.003 10577 30 76 2017.600 2229.980 0.351 0.002 10577 30 77 1825.450 2017.600 0.429 0.003 10577 30 78 1651.590 1825.450 0.288 0.002 10577 30 79 1494.300 1651.590 0.299 0.002 10577 30 80 1351.980 1494.300 0.321 0.002 10577 30 81 1223.220 1351.980 0.262 0.001 10577 30 82 1106.720 1223.220 0.211 0.001 10577 30 83 1001.320 1106.720 0.232 0.001 10577 30 84 905.960 1001.320 0.187 0.001 10577 30 85 819.670 905.960 0.277 0.002 10577 30 86 741.610 819.670 0.197 0.001 10577 30 87 670.980 741.610 0.205 0.001 10577 30 88 607.080 670.980 0.186 0.001 10577 30 89 549.260 607.080 0.173 0.001 10577 30 90 496.950 549.260 0.157 0.001 10577 30 91 449.620 496.950 0.176 0.001 10577 30 92 406.800 449.620 0.096 0.001 10577 30 93 368.050 406.800 0.158 0.001 10577 30 94 333.000 368.050 0.148 0.001 10577 30 95 301.290 333.000 0.135 0.001 10577 30 96 272.590 301.290 0.089 0.001 10577 30 97 246.630 272.590 0.006 0.002 10577 30 98 223.140 246.630 0.330 0.003 10577 30 99 201.890 223.140 0.441 0.002 10577 30 100 ENDDATA 64 0 10577 30 101 ENDSUBENT 100 0 10577 3099999 SUBENT 10577031 20210608 148810577 31 1 BIB 7 27 10577 31 2 REACTION (73-TA-181(N,G)73-TA-182,,SIF,,AV) 10577 31 3 SAMPLE Ntransmission sample = 0.0279+-0.0003 a/b. 10577 31 4 Nself-indication sample = 0.00147+-0.00003 a/b. In 10577 31 5 the self indication measurements the transmission 10577 31 6 sample is at different temperatures but the self 10577 31 7 indication sample is always at room temperature. 10577 31 8 Sample thermodynamic temperature was 79+-2 K, and 10577 31 9 effective temperature was 110K (Thesis table VII-III, 10577 31 10 page 158). 10577 31 11 DETECTOR (SCIN) A 1.25-m-diameter liquid scintillator (detects 10577 31 12 capture gamma rays for self-indication measurement). 10577 31 13 METHOD (TOF) 25.69+-0.005 m flight path. The measurement 10577 31 14 utilized electron burst widths and time-of-flight 10577 31 15 channel widths that together resulted in 10577 31 16 time-of-flight data that had an energy resolution 10577 31 17 dE/E much smaller than 10%. The measured 10577 31 18 time-of-flight data were then grouped into 10% wide 10577 31 19 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 31 20 energy resolution of 10% can be assumed for all the 10577 31 21 grouped data listed below. 10577 31 22 ERR-ANALYS (DATA-ERR) Uncertainty of self-indication ratio. 10577 31 23 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 31 24 shown in Appendix C, pages 188-206 of the main 10577 31 25 reference. 10577 31 26 HISTORY (20040702A) Temperature unit updated. 10577 31 27 (20210623A) BP: Corrected reaction string SIG->SIF, 10577 31 28 replaced data. 10577 31 29 ENDBIB 27 0 10577 31 30 COMMON 3 3 10577 31 31 TEMP THICKNESS THICKNESS 10577 31 32 K ATOMS/B ATOMS/B 10577 31 33 110. 0.02790 0.00147 10577 31 34 ENDCOMMON 3 0 10577 31 35 DATA 4 62 10577 31 36 EN-MIN EN-MAX DATA DATA-ERR 10577 31 37 EV EV NO-DIM NO-DIM 10577 31 38 90476.200 100000.010 0.704 0.048 10577 31 39 81859.420 90476.200 0.674 0.038 10577 31 40 74063.260 81859.420 0.652 0.035 10577 31 41 67009.617 74063.285 0.740 0.035 10577 31 42 60627.749 67009.639 0.750 0.035 10577 31 43 54853.678 60627.769 0.767 0.035 10577 31 44 49629.480 54853.640 0.729 0.032 10577 31 45 44902.850 49629.480 0.760 0.030 10577 31 46 40262.390 44902.850 0.743 0.031 10577 31 47 36757.210 40262.390 0.729 0.028 10577 31 48 33256.510 36757.210 0.720 0.027 10577 31 49 30089.220 33256.510 0.689 0.031 10577 31 50 27223.580 30089.220 0.693 0.025 10577 31 51 24630.850 27223.580 0.708 0.026 10577 31 52 22285.060 24630.850 0.688 0.023 10577 31 53 20162.670 22285.060 0.687 0.023 10577 31 54 18242.410 20162.670 0.652 0.023 10577 31 55 16505.040 18242.410 0.699 0.023 10577 31 56 14933.130 16505.040 0.681 0.021 10577 31 57 13510.920 14933.130 0.657 0.019 10577 31 58 12224.170 13510.920 0.650 0.019 10577 31 59 11059.960 12224.170 0.601 0.018 10577 31 60 10006.630 11059.960 0.639 0.018 10577 31 61 9053.610 10006.630 0.610 0.017 10577 31 62 8191.360 9053.610 0.607 0.016 10577 31 63 7411.230 8191.360 0.593 0.014 10577 31 64 6705.400 7411.230 0.587 0.015 10577 31 65 6066.790 6705.400 0.560 0.014 10577 31 66 5489.000 6066.790 0.544 0.013 10577 31 67 4966.240 5489.000 0.517 0.013 10577 31 68 4493.260 4966.240 0.558 0.013 10577 31 69 4065.330 4493.260 0.494 0.011 10577 31 70 3678.160 4065.330 0.493 0.011 10577 31 71 3327.850 3678.160 0.461 0.010 10577 31 72 3010.910 3327.850 0.437 0.010 10577 31 73 2724.160 3010.910 0.466 0.013 10577 31 74 2464.720 2724.160 0.428 0.009 10577 31 75 2229.980 2464.720 0.395 0.008 10577 31 76 2017.600 2229.980 0.349 0.007 10577 31 77 1825.450 2017.600 0.425 0.009 10577 31 78 1651.590 1825.450 0.302 0.006 10577 31 79 1494.300 1651.590 0.318 0.007 10577 31 80 1351.980 1494.300 0.331 0.007 10577 31 81 1223.220 1351.980 0.295 0.005 10577 31 82 1106.720 1223.220 0.241 0.005 10577 31 83 1001.320 1106.720 0.249 0.005 10577 31 84 905.960 1001.320 0.220 0.004 10577 31 85 819.670 905.960 0.302 0.006 10577 31 86 741.610 819.670 0.226 0.005 10577 31 87 670.980 741.610 0.244 0.005 10577 31 88 607.080 670.980 0.217 0.004 10577 31 89 549.260 607.080 0.192 0.005 10577 31 90 496.950 549.260 0.191 0.004 10577 31 91 449.620 496.950 0.210 0.004 10577 31 92 406.800 449.620 0.121 0.003 10577 31 93 368.050 406.800 0.204 0.005 10577 31 94 333.000 368.050 0.187 0.005 10577 31 95 301.290 333.000 0.152 0.003 10577 31 96 272.590 301.290 0.122 0.003 10577 31 97 246.630 272.590 0.006 0.250 10577 31 98 223.140 246.630 0.002 0.503 10577 31 99 201.890 223.140 0.004 0.535 10577 31 100 ENDDATA 64 0 10577 31 101 ENDSUBENT 100 0 10577 3199999 SUBENT 10577032 20210608 148810577 32 1 BIB 7 27 10577 32 2 REACTION (73-TA-181(N,G)73-TA-182,,SIF,,AV) 10577 32 3 SAMPLE Ntransmission sample = 0.0542+-0005 a/b. 10577 32 4 Nself-indication sample = 0.00147+-0.00003 a/b. In 10577 32 5 the self indication measurements the transmission 10577 32 6 sample is at different temperatures but the self 10577 32 7 indication sample is always at room temperature. 10577 32 8 Sample thermodynamic temperature was 1073+-4 K, and 10577 32 9 effective temperature was 1075K (Thesis table VII- 10577 32 10 III, page 158). 10577 32 11 DETECTOR (SCIN) A 1.25-m-diameter liquid scintillator (detects 10577 32 12 capture gamma rays for self-indication measurement). 10577 32 13 METHOD (TOF) 25.69+-0.005 m flight path. The measurement 10577 32 14 utilized electron burst widths and time-of-flight 10577 32 15 channel widths that together resulted in 10577 32 16 time-of-flight data that had an energy resolution 10577 32 17 dE/E much smaller than 10%. The measured 10577 32 18 time-of-flight data were then grouped into 10% wide 10577 32 19 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 32 20 energy resolution of 10% can be assumed for all the 10577 32 21 grouped data listed below. 10577 32 22 ERR-ANALYS (DATA-ERR) Uncertainty of self-indication ratio. 10577 32 23 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 32 24 shown in Appendix C, pages 188-206 of the main 10577 32 25 reference. 10577 32 26 HISTORY (20040702A) Temperature unit updated. 10577 32 27 (20210623A) BP: Corrected reaction string SIG->SIF, 10577 32 28 replaced data. 10577 32 29 ENDBIB 27 0 10577 32 30 COMMON 3 3 10577 32 31 TEMP THICKNESS THICKNESS 10577 32 32 K ATOMS/B ATOMS/B 10577 32 33 1075. 0.05420 0.00147 10577 32 34 ENDCOMMON 3 0 10577 32 35 DATA 4 62 10577 32 36 EN-MIN EN-MAX DATA DATA-ERR 10577 32 37 EV EV NO-DIM NO-DIM 10577 32 38 90476.200 100000.010 0.610 0.053 10577 32 39 81859.420 90476.200 0.596 0.038 10577 32 40 74063.260 81859.420 0.628 0.036 10577 32 41 67009.617 74063.285 0.600 0.036 10577 32 42 60627.749 67009.639 0.580 0.036 10577 32 43 54853.678 60627.769 0.613 0.036 10577 32 44 49629.480 54853.640 0.614 0.032 10577 32 45 44902.850 49629.480 0.557 0.030 10577 32 46 40262.390 44902.850 0.569 0.030 10577 32 47 36757.210 40262.390 0.523 0.028 10577 32 48 33256.510 36757.210 0.499 0.027 10577 32 49 30089.220 33256.510 0.518 0.028 10577 32 50 27223.580 30089.220 0.521 0.024 10577 32 51 24630.850 27223.580 0.519 0.024 10577 32 52 22285.060 24630.850 0.506 0.022 10577 32 53 20162.670 22285.060 0.505 0.022 10577 32 54 18242.410 20162.670 0.524 0.022 10577 32 55 16505.040 18242.410 0.498 0.021 10577 32 56 14933.130 16505.040 0.515 0.021 10577 32 57 13510.920 14933.130 0.464 0.019 10577 32 58 12224.170 13510.920 0.451 0.018 10577 32 59 11059.960 12224.170 0.419 0.016 10577 32 60 10006.630 11059.960 0.438 0.017 10577 32 61 9053.610 10006.630 0.427 0.015 10577 32 62 8191.360 9053.610 0.424 0.015 10577 32 63 7411.230 8191.360 0.365 0.013 10577 32 64 6705.400 7411.230 0.388 0.014 10577 32 65 6066.790 6705.400 0.358 0.013 10577 32 66 5489.000 6066.790 0.336 0.012 10577 32 67 4966.240 5489.000 0.323 0.013 10577 32 68 4493.260 4966.240 0.333 0.011 10577 32 69 4065.330 4493.260 0.307 0.010 10577 32 70 3678.160 4065.330 0.275 0.009 10577 32 71 3327.850 3678.160 0.251 0.008 10577 32 72 3010.910 3327.850 0.244 0.007 10577 32 73 2724.160 3010.910 0.271 0.009 10577 32 74 2464.720 2724.160 0.248 0.008 10577 32 75 2229.980 2464.720 0.217 0.006 10577 32 76 2017.600 2229.980 0.180 0.006 10577 32 77 1825.450 2017.600 0.238 0.007 10577 32 78 1651.590 1825.450 0.151 0.005 10577 32 79 1494.300 1651.590 0.165 0.005 10577 32 80 1351.980 1494.300 0.187 0.006 10577 32 81 1223.220 1351.980 0.141 0.004 10577 32 82 1106.720 1223.220 0.099 0.003 10577 32 83 1001.320 1106.720 0.098 0.003 10577 32 84 905.960 1001.320 0.085 0.002 10577 32 85 819.670 905.960 0.151 0.005 10577 32 86 741.610 819.670 0.097 0.003 10577 32 87 670.980 741.610 0.098 0.003 10577 32 88 607.080 670.980 0.082 0.002 10577 32 89 549.260 607.080 0.098 0.003 10577 32 90 496.950 549.260 0.067 0.002 10577 32 91 449.620 496.950 0.078 0.002 10577 32 92 406.800 449.620 0.042 0.001 10577 32 93 368.050 406.800 0.065 0.002 10577 32 94 333.000 368.050 0.064 0.002 10577 32 95 301.290 333.000 0.064 0.002 10577 32 96 272.590 301.290 0.025 0.001 10577 32 97 246.630 272.590 0.002 0.328 10577 32 98 223.140 246.630 0.002 0.772 10577 32 99 201.890 223.140 0.005 0.002 10577 32 100 ENDDATA 64 0 10577 32 101 ENDSUBENT 100 0 10577 3299999 SUBENT 10577033 20210608 148810577 33 1 BIB 7 27 10577 33 2 REACTION (73-TA-181(N,G)73-TA-182,,SIF,,AV) 10577 33 3 SAMPLE Ntransmission sample = 0.0549+-0.0005 a/b. 10577 33 4 Nself-indication sample = 0.00147+-0.00003 a/b. In 10577 33 5 the self indication measurements the transmission 10577 33 6 sample is at different temperatures but the self 10577 33 7 indication sample is always at room temperature. 10577 33 8 Sample thermodynamic temperature was 293+-2 K, and 10577 33 9 effective temperature was 300K (Thesis table VII-III, 10577 33 10 page 158). 10577 33 11 DETECTOR (SCIN) A 1.25-m-diameter liquid scintillator (detects 10577 33 12 capture gamma rays for self-indication measurement). 10577 33 13 METHOD (TOF) 25.69+-0.005 m flight path. The measurement 10577 33 14 utilized electron burst widths and time-of-flight 10577 33 15 channel widths that together resulted in 10577 33 16 time-of-flight data that had an energy resolution 10577 33 17 dE/E much smaller than 10%. The measured 10577 33 18 time-of-flight data were then grouped into 10% wide 10577 33 19 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 33 20 energy resolution of 10% can be assumed for all the 10577 33 21 grouped data listed below. 10577 33 22 ERR-ANALYS (DATA-ERR) Uncertainty of self-indication ratio. 10577 33 23 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 33 24 shown in Appendix C, pages 188-206 of the main 10577 33 25 reference. 10577 33 26 HISTORY (20040702A) Temperature unit updated. 10577 33 27 (20210623A) BP: Corrected reaction string SIG->SIF, 10577 33 28 replaced data. 10577 33 29 ENDBIB 27 0 10577 33 30 COMMON 3 3 10577 33 31 TEMP THICKNESS THICKNESS 10577 33 32 K ATOMS/B ATOMS/B 10577 33 33 300. 0.05490 0.00147 10577 33 34 ENDCOMMON 3 0 10577 33 35 DATA 4 62 10577 33 36 EN-MIN EN-MAX DATA DATA-ERR 10577 33 37 EV EV NO-DIM NO-DIM 10577 33 38 90476.200 100000.010 0.598 0.026 10577 33 39 81859.420 90476.200 0.597 0.020 10577 33 40 74063.260 81859.420 0.594 0.018 10577 33 41 67009.617 74063.285 0.580 0.018 10577 33 42 60627.749 67009.639 0.580 0.018 10577 33 43 54853.678 60627.769 0.613 0.018 10577 33 44 49629.480 54853.640 0.600 0.017 10577 33 45 44902.850 49629.480 0.560 0.016 10577 33 46 40262.390 44902.850 0.548 0.016 10577 33 47 36757.210 40262.390 0.533 0.015 10577 33 48 33256.510 36757.210 0.507 0.013 10577 33 49 30089.220 33256.510 0.525 0.015 10577 33 50 27223.580 30089.220 0.515 0.013 10577 33 51 24630.850 27223.580 0.507 0.012 10577 33 52 22285.060 24630.850 0.497 0.011 10577 33 53 20162.670 22285.060 0.495 0.011 10577 33 54 18242.410 20162.670 0.480 0.011 10577 33 55 16505.040 18242.410 0.481 0.011 10577 33 56 14933.130 16505.040 0.469 0.010 10577 33 57 13510.920 14933.130 0.437 0.009 10577 33 58 12224.170 13510.920 0.422 0.009 10577 33 59 11059.960 12224.170 0.411 0.008 10577 33 60 10006.630 11059.960 0.404 0.008 10577 33 61 9053.610 10006.630 0.398 0.007 10577 33 62 8191.360 9053.610 0.394 0.007 10577 33 63 7411.230 8191.360 0.362 0.006 10577 33 64 6705.400 7411.230 0.379 0.007 10577 33 65 6066.790 6705.400 0.335 0.005 10577 33 66 5489.000 6066.790 0.333 0.005 10577 33 67 4966.240 5489.000 0.310 0.013 10577 33 68 4493.260 4966.240 0.321 0.005 10577 33 69 4065.330 4493.260 0.279 0.004 10577 33 70 3678.160 4065.330 0.279 0.004 10577 33 71 3327.850 3678.160 0.241 0.003 10577 33 72 3010.910 3327.850 0.242 0.003 10577 33 73 2724.160 3010.910 0.256 0.004 10577 33 74 2464.720 2724.160 0.232 0.003 10577 33 75 2229.980 2464.720 0.216 0.003 10577 33 76 2017.600 2229.980 0.179 0.002 10577 33 77 1825.450 2017.600 0.234 0.003 10577 33 78 1651.590 1825.450 0.147 0.002 10577 33 79 1494.300 1651.590 0.159 0.002 10577 33 80 1351.980 1494.300 0.182 0.002 10577 33 81 1223.220 1351.980 0.137 0.001 10577 33 82 1106.720 1223.220 0.110 0.001 10577 33 83 1001.320 1106.720 0.115 0.001 10577 33 84 905.960 1001.320 0.091 0.001 10577 33 85 819.670 905.960 0.145 0.002 10577 33 86 741.610 819.670 0.113 0.001 10577 33 87 670.980 741.610 0.112 0.001 10577 33 88 607.080 670.980 0.099 0.001 10577 33 89 549.260 607.080 0.110 0.001 10577 33 90 496.950 549.260 0.083 0.001 10577 33 91 449.620 496.950 0.090 0.001 10577 33 92 406.800 449.620 0.057 0.001 10577 33 93 368.050 406.800 0.087 0.001 10577 33 94 333.000 368.050 0.082 0.001 10577 33 95 301.290 333.000 0.074 0.001 10577 33 96 272.590 301.290 0.048 0.001 10577 33 97 246.630 272.590 0.005 0.720 10577 33 98 223.140 246.630 0.214 0.005 10577 33 99 201.890 223.140 0.240 0.006 10577 33 100 ENDDATA 64 0 10577 33 101 ENDSUBENT 100 0 10577 3399999 SUBENT 10577034 20210608 148810577 34 1 BIB 7 27 10577 34 2 REACTION (73-TA-181(N,G)73-TA-182,,SIF,,AV) 10577 34 3 SAMPLE Ntransmission sample = 0.0551+-0.0006 a/b. 10577 34 4 Nself-indication sample = 0.00147+-0.00003 a/b. In 10577 34 5 the self indication measurements the transmission 10577 34 6 sample is at different temperatures but the self 10577 34 7 indication sample is always at room temperature. 10577 34 8 Sample thermodynamic temperature was 79+-2 K, and 10577 34 9 effective temperature was 110K (Thesis table VII-III, 10577 34 10 page 158). 10577 34 11 DETECTOR (SCIN) A 1.25-m-diameter liquid scintillator (detects 10577 34 12 capture gamma rays for self-indication measurement). 10577 34 13 METHOD (TOF) 25.69+-0.005 m flight path. The measurement 10577 34 14 utilized electron burst widths and time-of-flight 10577 34 15 channel widths that together resulted in 10577 34 16 time-of-flight data that had an energy resolution 10577 34 17 dE/E much smaller than 10%. The measured 10577 34 18 time-of-flight data were then grouped into 10% wide 10577 34 19 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 34 20 energy resolution of 10% can be assumed for all the 10577 34 21 grouped data listed below. 10577 34 22 ERR-ANALYS (DATA-ERR) Uncertainty of self-indication ratio. 10577 34 23 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 34 24 shown in Appendix C, pages 188-206 of the main 10577 34 25 reference. 10577 34 26 HISTORY (20040702A) Temperature unit updated. 10577 34 27 (20210623A) BP: Corrected reaction string SIG->SIF, 10577 34 28 replaced data. 10577 34 29 ENDBIB 27 0 10577 34 30 COMMON 3 3 10577 34 31 TEMP THICKNESS THICKNESS 10577 34 32 K ATOMS/B ATOMS/B 10577 34 33 110. 0.05510 0.00147 10577 34 34 ENDCOMMON 3 0 10577 34 35 DATA 4 62 10577 34 36 EN-MIN EN-MAX DATA DATA-ERR 10577 34 37 EV EV NO-DIM NO-DIM 10577 34 38 90476.200 100000.010 0.586 0.035 10577 34 39 81859.420 90476.200 0.615 0.031 10577 34 40 74063.260 81859.420 0.559 0.027 10577 34 41 67009.617 74063.285 0.570 0.027 10577 34 42 60627.749 67009.639 0.613 0.027 10577 34 43 54853.678 60627.769 0.613 0.027 10577 34 44 49629.480 54853.640 0.592 0.027 10577 34 45 44902.850 49629.480 0.563 0.025 10577 34 46 40262.390 44902.850 0.540 0.024 10577 34 47 36757.210 40262.390 0.529 0.023 10577 34 48 33256.510 36757.210 0.519 0.022 10577 34 49 30089.220 33256.510 0.524 0.023 10577 34 50 27223.580 30089.220 0.510 0.020 10577 34 51 24630.850 27223.580 0.504 0.021 10577 34 52 22285.060 24630.850 0.493 0.019 10577 34 53 20162.670 22285.060 0.495 0.018 10577 34 54 18242.410 20162.670 0.478 0.017 10577 34 55 16505.040 18242.410 0.482 0.017 10577 34 56 14933.130 16505.040 0.465 0.017 10577 34 57 13510.920 14933.130 0.440 0.015 10577 34 58 12224.170 13510.920 0.417 0.014 10577 34 59 11059.960 12224.170 0.409 0.014 10577 34 60 10006.630 11059.960 0.403 0.013 10577 34 61 9053.610 10006.630 0.396 0.012 10577 34 62 8191.360 9053.610 0.379 0.011 10577 34 63 7411.230 8191.360 0.363 0.011 10577 34 64 6705.400 7411.230 0.382 0.011 10577 34 65 6066.790 6705.400 0.342 0.010 10577 34 66 5489.000 6066.790 0.324 0.009 10577 34 67 4966.240 5489.000 0.320 0.013 10577 34 68 4493.260 4966.240 0.334 0.008 10577 34 69 4065.330 4493.260 0.284 0.008 10577 34 70 3678.160 4065.330 0.282 0.008 10577 34 71 3327.850 3678.160 0.244 0.007 10577 34 72 3010.910 3327.850 0.236 0.006 10577 34 73 2724.160 3010.910 0.261 0.008 10577 34 74 2464.720 2724.160 0.235 0.006 10577 34 75 2229.980 2464.720 0.233 0.006 10577 34 76 2017.600 2229.980 0.190 0.005 10577 34 77 1825.450 2017.600 0.249 0.006 10577 34 78 1651.590 1825.450 0.164 0.004 10577 34 79 1494.300 1651.590 0.184 0.005 10577 34 80 1351.980 1494.300 0.199 0.005 10577 34 81 1223.220 1351.980 0.160 0.004 10577 34 82 1106.720 1223.220 0.133 0.003 10577 34 83 1001.320 1106.720 0.136 0.003 10577 34 84 905.960 1001.320 0.114 0.002 10577 34 85 819.670 905.960 0.162 0.004 10577 34 86 741.610 819.670 0.132 0.003 10577 34 87 670.980 741.610 0.139 0.003 10577 34 88 607.080 670.980 0.115 0.003 10577 34 89 549.260 607.080 0.127 0.003 10577 34 90 496.950 549.260 0.110 0.003 10577 34 91 449.620 496.950 0.115 0.003 10577 34 92 406.800 449.620 0.076 0.002 10577 34 93 368.050 406.800 0.107 0.003 10577 34 94 333.000 368.050 0.108 0.003 10577 34 95 301.290 333.000 0.091 0.002 10577 34 96 272.590 301.290 0.065 0.001 10577 34 97 246.630 272.590 0.003 0.415 10577 34 98 223.140 246.630 0.001 0.434 10577 34 99 201.890 223.140 0.003 0.458 10577 34 100 ENDDATA 64 0 10577 34 101 ENDSUBENT 100 0 10577 3499999 SUBENT 10577035 20210608 148810577 35 1 BIB 7 27 10577 35 2 REACTION (73-TA-181(N,G)73-TA-182,,SIF,,AV) 10577 35 3 SAMPLE Ntransmission sample = 0.0802+-0.0008 a/b. 10577 35 4 Nself-indication sample = 0.00147+-0.00003 a/b. In 10577 35 5 the self indication measurements the transmission 10577 35 6 sample is at different temperatures but the self 10577 35 7 indication sample is always at room temperature. 10577 35 8 Sample thermodynamic temperature was 293+-2 K, and 10577 35 9 effective temperature was 300K (Thesis table VII-III, 10577 35 10 page 158). 10577 35 11 DETECTOR (SCIN) A 1.25-m-diameter liquid scintillator (detects 10577 35 12 capture gamma rays for self-indication measurement). 10577 35 13 METHOD (TOF) 25.69+-0.005 m flight path. The measurement 10577 35 14 utilized electron burst widths and time-of-flight 10577 35 15 channel widths that together resulted in 10577 35 16 time-of-flight data that had an energy resolution 10577 35 17 dE/E much smaller than 10%. The measured 10577 35 18 time-of-flight data were then grouped into 10% wide 10577 35 19 energy groups: (Emax - Emin) / Eave = 0.1 Thus an 10577 35 20 energy resolution of 10% can be assumed for all the 10577 35 21 grouped data listed below. 10577 35 22 ERR-ANALYS (DATA-ERR) Uncertainty of self-indication ratio. 10577 35 23 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577 35 24 shown in Appendix C, pages 188-206 of the main 10577 35 25 reference. 10577 35 26 HISTORY (20040702A) Temperature unit updated. 10577 35 27 (20210623A) BP: Corrected reaction string SIG->SIF, 10577 35 28 replaced data. 10577 35 29 ENDBIB 27 0 10577 35 30 COMMON 3 3 10577 35 31 TEMP THICKNESS THICKNESS 10577 35 32 K ATOMS/B ATOMS/B 10577 35 33 300. 0.08020 0.00147 10577 35 34 ENDCOMMON 3 0 10577 35 35 DATA 4 62 10577 35 36 EN-MIN EN-MAX DATA DATA-ERR 10577 35 37 EV EV NO-DIM NO-DIM 10577 35 38 90476.200 100000.010 0.510 0.022 10577 35 39 81859.420 90476.200 0.487 0.016 10577 35 40 74063.260 81859.420 0.469 0.014 10577 35 41 67009.617 74063.285 0.472 0.014 10577 35 42 60627.749 67009.639 0.453 0.014 10577 35 43 54853.678 60627.769 0.467 0.014 10577 35 44 49629.480 54853.640 0.466 0.014 10577 35 45 44902.850 49629.480 0.439 0.013 10577 35 46 40262.390 44902.850 0.444 0.013 10577 35 47 36757.210 40262.390 0.412 0.011 10577 35 48 33256.510 36757.210 0.392 0.010 10577 35 49 30089.220 33256.510 0.413 0.012 10577 35 50 27223.580 30089.220 0.384 0.009 10577 35 51 24630.850 27223.580 0.383 0.009 10577 35 52 22285.060 24630.850 0.380 0.009 10577 35 53 20162.670 22285.060 0.372 0.008 10577 35 54 18242.410 20162.670 0.349 0.008 10577 35 55 16505.040 18242.410 0.347 0.008 10577 35 56 14933.130 16505.040 0.340 0.007 10577 35 57 13510.920 14933.130 0.316 0.007 10577 35 58 12224.170 13510.920 0.296 0.006 10577 35 59 11059.960 12224.170 0.293 0.006 10577 35 60 10006.630 11059.960 0.281 0.005 10577 35 61 9053.610 10006.630 0.276 0.005 10577 35 62 8191.360 9053.610 0.269 0.005 10577 35 63 7411.230 8191.360 0.245 0.004 10577 35 64 6705.400 7411.230 0.257 0.004 10577 35 65 6066.790 6705.400 0.224 0.004 10577 35 66 5489.000 6066.790 0.216 0.004 10577 35 67 4966.240 5489.000 0.207 0.013 10577 35 68 4493.260 4966.240 0.219 0.003 10577 35 69 4065.330 4493.260 0.186 0.003 10577 35 70 3678.160 4065.330 0.186 0.003 10577 35 71 3327.850 3678.160 0.155 0.002 10577 35 72 3010.910 3327.850 0.152 0.002 10577 35 73 2724.160 3010.910 0.169 0.002 10577 35 74 2464.720 2724.160 0.151 0.002 10577 35 75 2229.980 2464.720 0.138 0.002 10577 35 76 2017.600 2229.980 0.113 0.001 10577 35 77 1825.450 2017.600 0.149 0.002 10577 35 78 1651.590 1825.450 0.093 0.001 10577 35 79 1494.300 1651.590 0.101 0.001 10577 35 80 1351.980 1494.300 0.117 0.001 10577 35 81 1223.220 1351.980 0.083 0.001 10577 35 82 1106.720 1223.220 0.073 0.001 10577 35 83 1001.320 1106.720 0.069 0.001 10577 35 84 905.960 1001.320 0.057 0.001 10577 35 85 819.670 905.960 0.088 0.001 10577 35 86 741.610 819.670 0.074 0.001 10577 35 87 670.980 741.610 0.076 0.001 10577 35 88 607.080 670.980 0.061 0.001 10577 35 89 549.260 607.080 0.077 0.001 10577 35 90 496.950 549.260 0.054 0.001 10577 35 91 449.620 496.950 0.054 0.001 10577 35 92 406.800 449.620 0.038 0.001 10577 35 93 368.050 406.800 0.059 0.001 10577 35 94 333.000 368.050 0.055 0.001 10577 35 95 301.290 333.000 0.047 0.001 10577 35 96 272.590 301.290 0.028 0.001 10577 35 97 246.630 272.590 0.004 0.569 10577 35 98 223.140 246.630 0.004 0.002 10577 35 99 201.890 223.140 0.408 0.004 10577 35 100 ENDDATA 64 0 10577 35 101 ENDSUBENT 100 0 10577 3599999 NOSUBENT 10577036 20210608 148810577 36 1 NOSUBENT 10577037 20210608 148810577 37 1 SUBENT 10577038 20210608 148810577 38 1 BIB 5 26 10577 38 2 REACTION 1(92-U-238(N,EL),,STF) 10577 38 3 2(92-U-238(N,0),,D) 10577 38 4 3(92-U-238(N,G),,WID,,AV) 10577 38 5 MISC-COL (MISC) Assumed scattering length in units of Fermis. 10577 38 6 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 10577 38 7 STATUS (DEP,10577004) 10577 38 8 (DEP,10577005) 10577 38 9 (DEP,10577006) 10577 38 10 (DEP,10577007) 10577 38 11 (DEP,10577008) 10577 38 12 (DEP,10577009) 10577 38 13 (DEP,10577010) 10577 38 14 (DEP,10577041) 10577 38 15 (DEP,10577042) 10577 38 16 (DEP,10577011) 10577 38 17 (DEP,10577012) 10577 38 18 (DEP,10577013) 10577 38 19 (DEP,10577014) 10577 38 20 (DEP,10577015) 10577 38 21 (DEP,10577016) 10577 38 22 (DEP,10577017) 10577 38 23 (DEP,10577043) 10577 38 24 (DEP,10577044) 10577 38 25 (TABLE) Table I, page 17 of C00-3058-34,7(1973). 10577 38 26 HISTORY (19781212U) BIB update. 10577 38 27 (20210608A) BP: Corrected STATUS. 10577 38 28 ENDBIB 26 0 10577 38 29 COMMON 3 3 10577 38 30 EN-MIN EN-MAX MOMENTUM L 10577 38 31 KEV KEV NO-DIM 10577 38 32 10. 100. 1. 10577 38 33 ENDCOMMON 3 0 10577 38 34 DATA 10 3 10577 38 35 DATA 1+DATA-ERR 1-DATA-ERR 1DATA 2+DATA-ERR 2-DATA-ERR 210577 38 36 DATA 3+DATA-ERR 3-DATA-ERR 3MISC 10577 38 37 NO-DIM NO-DIM NO-DIM EV EV EV 10577 38 38 MILLI-EV MILLI-EV MILLI-EV FERMI 10577 38 39 1.58E-04 0.1E-04 0.1E-04 11.3 2.0 2.010577 38 40 47.5 8.4 8.4 9.30 10577 38 41 1.94E-04 0.1E-04 0.2E-04 11.3 3.0 3.510577 38 42 43.8 11.6 13.6 9.20 10577 38 43 2.40E-04 0.1E-04 0.2E-04 11.3 3.0 2.010577 38 44 37.0 9.8 6.6 9.0 10577 38 45 ENDDATA 10 0 10577 38 46 ENDSUBENT 45 0 10577 3899999 SUBENT 10577039 20210608 148810577 39 1 BIB 3 24 10577 39 2 REACTION 1(92-U-238(N,EL),,STF) 10577 39 3 2(92-U-238(N,0),,D) 10577 39 4 3(92-U-238(N,G),,WID,,AV) 10577 39 5 STATUS (DEP,10577004) 10577 39 6 (DEP,10577005) 10577 39 7 (DEP,10577006) 10577 39 8 (DEP,10577007) 10577 39 9 (DEP,10577008) 10577 39 10 (DEP,10577009) 10577 39 11 (DEP,10577010) 10577 39 12 (DEP,10577041) 10577 39 13 (DEP,10577042) 10577 39 14 (DEP,10577011) 10577 39 15 (DEP,10577012) 10577 39 16 (DEP,10577013) 10577 39 17 (DEP,10577014) 10577 39 18 (DEP,10577015) 10577 39 19 (DEP,10577016) 10577 39 20 (DEP,10577017) 10577 39 21 (DEP,10577043) 10577 39 22 (DEP,10577044) 10577 39 23 (TABLE) Table I, page 17 of C00-3058-34,7(1973). 10577 39 24 HISTORY (19781212U) BIB update. 10577 39 25 (20210608A) BP: Corrected STATUS. 10577 39 26 ENDBIB 24 0 10577 39 27 COMMON 3 3 10577 39 28 EN-MIN EN-MAX MOMENTUM L 10577 39 29 KEV KEV NO-DIM 10577 39 30 10. 100. 0. 10577 39 31 ENDCOMMON 3 0 10577 39 32 DATA 3 1 10577 39 33 DATA 1DATA 2DATA 3 10577 39 34 NO-DIM EV MILLI-EV 10577 39 35 1.0E-04 20.7 23.0 10577 39 36 ENDDATA 3 0 10577 39 37 ENDSUBENT 36 0 10577 3999999 SUBENT 10577040 20210608 148810577 40 1 BIB 5 25 10577 40 2 REACTION 1(73-TA-181(N,EL),,STF) 10577 40 3 2(73-TA-181(N,0),,D) 10577 40 4 3(73-TA-181(N,G),,WID,,AV) 10577 40 5 ANALYSIS Used scattering length of 8.19 fermis. 10577 40 6 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 10577 40 7 STATUS (DEP,10577020) 10577 40 8 (DEP,10577021) 10577 40 9 (DEP,10577022) 10577 40 10 (DEP,10577023) 10577 40 11 (DEP,10577024) 10577 40 12 (DEP,10577025) 10577 40 13 (DEP,10577026) 10577 40 14 (DEP,10577027) 10577 40 15 (DEP,10577028) 10577 40 16 (DEP,10577029) 10577 40 17 (DEP,10577030) 10577 40 18 (DEP,10577031) 10577 40 19 (DEP,10577032) 10577 40 20 (DEP,10577033) 10577 40 21 (DEP,10577034) 10577 40 22 (DEP,10577035) 10577 40 23 (TABLE) Table 2, page 18 of C00-3058-34,7(1973). 10577 40 24 HISTORY (19781212A) Data corrected. BIB update. 10577 40 25 (19790621A) BIB correction. COMMON corrected. 10577 40 26 (20210608A) BP: Corrected STATUS. 10577 40 27 ENDBIB 25 0 10577 40 28 COMMON 2 3 10577 40 29 EN-MIN EN-MAX 10577 40 30 KEV KEV 10577 40 31 10. 100. 10577 40 32 ENDCOMMON 3 0 10577 40 33 DATA 10 2 10577 40 34 MOMENTUM L DATA 1+DATA-ERR 1-DATA-ERR 1DATA 2+DATA-ERR 210577 40 35 -DATA-ERR 2DATA 3+DATA-ERR 3-DATA-ERR 3 10577 40 36 NO-DIM NO-DIM NO-DIM NO-DIM EV EV 10577 40 37 EV MILLI-EV MILLI-EV MILLI-EV 10577 40 38 0. 1.6E-04 0.3E-04 0.2E-04 4.3 1.5 10577 40 39 0.5 60.0 3.5 5.0 10577 40 40 1. 0.4E-04 0.3E-04 0.2E-04 2.15 0.75 10577 40 41 0.25 72.0 6.0 9.0 10577 40 42 ENDDATA 8 0 10577 40 43 ENDSUBENT 42 0 10577 4099999 SUBENT 10577041 20230707 150710577041 1 BIB 9 30 10577041 2 REACTION (92-U-238(N,TOT),,TRN,,AV) 10577041 3 DETECTOR (SCIN) A 12.7-mm-thick 10B4C slab in the beam that is 10577041 4 viewed by two 203.2-mm-dia. by 50.8-mm thick NaI 10577041 5 crystals. Surface Dimensions: 101.6 mm x 101.6 mm. 10577041 6 10B4C Thickness (mm): 12.7. Distance from samples (mm):10577041 7 10000. 10577041 8 SAMPLE (92-U-238,ENR=0.998) 10577041 9 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577041 10 diameter in mm,...) Thickness (atom/barn): 0.0316+- 10577041 11 0.0003. Nominal thickness (mm): 6.58+-0.07. Sample 10577041 12 thermodynamic temperature was 293+-2 K, and effective 10577041 13 temperature was 301K (Thesis table VII-III, page 158). 10577041 14 METHOD (TRN) Flight path is 28.27+-0.005. The measurement 10577041 15 utilized electron burst widths and time-of-flight 10577041 16 channel widths that together resulted in 10577041 17 time-of-flight data that had an energy resolution 10577041 18 dE/E much smaller than 10%. Background subtraction 10577041 19 shape determined from a separate measurement of 10577041 20 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577041 21 0.337 keV and cobalt at 0.132 keV. 10577041 22 ANALYSIS The measured time-of-flight data were grouped into 10577041 23 10% wide energy bins. 10577041 24 ERR-ANALYS (DATA-ERR) Error in transmission (1 sigma error). 10577041 25 CORRECTION Dead time correction: <2.5%. 10577041 26 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577041 27 shown in Appendix D, pages 207-220 of the main 10577041 28 reference. 10577041 29 HISTORY (20210623C) BP: Moved from subentry 7 301 K data 10577041 30 because of sample differences. 10577041 31 (20230525A) Headings EN-MIN, EN-MAX swapped 10577041 32 ENDBIB 30 0 10577041 33 COMMON 2 3 10577041 34 TEMP THICKNESS 10577041 35 K ATOMS/B 10577041 36 301. 0.03155 10577041 37 ENDCOMMON 3 0 10577041 38 DATA 4 65 10577041 39 EN-MAX EN-MIN DATA DATA-ERR 10577041 40 EV EV NO-DIM NO-DIM 10577041 41 101566.000 91893.060 0.692 0.010 10577041 42 91893.060 83142.340 0.688 0.005 10577041 43 83142.340 75223.100 0.682 0.005 10577041 44 75223.100 68059.000 0.688 0.005 10577041 45 68059.000 61577.170 0.677 0.005 10577041 46 61577.170 55712.680 0.670 0.005 10577041 47 55712.680 50406.710 0.670 0.005 10577041 48 50406.710 45606.070 0.678 0.005 10577041 49 45606.070 41262.630 0.666 0.005 10577041 50 41262.630 37332.850 0.665 0.005 10577041 51 37332.850 33777.330 0.663 0.005 10577041 52 33777.330 30560.440 0.658 0.005 10577041 53 30560.440 27649.920 0.650 0.004 10577041 54 27649.920 25016.590 0.649 0.004 10577041 55 25016.590 22634.050 0.654 0.004 10577041 56 22634.050 20478.430 0.650 0.004 10577041 57 20478.430 18528.100 0.658 0.004 10577041 58 18528.100 16763.520 0.637 0.004 10577041 59 16763.520 15166.990 0.638 0.004 10577041 60 15166.990 13722.510 0.644 0.004 10577041 61 13722.510 12415.600 0.637 0.004 10577041 62 12415.600 11233.340 0.646 0.004 10577041 63 11233.340 10163.340 0.650 0.004 10577041 64 10163.340 9195.400 0.652 0.004 10577041 65 9195.400 8319.640 0.643 0.004 10577041 66 8319.640 7524.290 0.636 0.004 10577041 67 7524.290 6810.410 0.637 0.004 10577041 68 6810.410 6161.800 0.633 0.004 10577041 69 6161.800 5574.960 0.648 0.004 10577041 70 5574.960 5044.010 0.656 0.004 10577041 71 5044.010 4563.630 0.637 0.003 10577041 72 4563.630 4128.990 0.635 0.003 10577041 73 4128.990 3735.760 0.600 0.003 10577041 74 3735.760 3379.970 0.609 0.003 10577041 75 3379.970 3058.070 0.627 0.003 10577041 76 3058.070 2766.820 0.625 0.003 10577041 77 2766.820 2503.310 0.585 0.003 10577041 78 2503.310 2264.900 0.623 0.003 10577041 79 2264.900 2049.200 0.630 0.003 10577041 80 2049.200 1854.030 0.632 0.003 10577041 81 1854.030 1677.460 0.627 0.003 10577041 82 1677.460 1517.700 0.637 0.003 10577041 83 1517.700 1373.160 0.664 0.003 10577041 84 1373.160 1242.380 0.647 0.003 10577041 85 1242.380 1124.060 0.628 0.003 10577041 86 1124.060 1017.000 0.646 0.003 10577041 87 1017.000 920.140 0.612 0.003 10577041 88 920.140 832.510 0.656 0.003 10577041 89 832.510 753.220 0.684 0.004 10577041 90 753.220 681.490 0.647 0.003 10577041 91 681.490 616.580 0.639 0.003 10577041 92 616.580 557.860 0.655 0.004 10577041 93 557.860 504.730 0.658 0.004 10577041 94 504.730 456.660 0.682 0.004 10577041 95 456.660 413.170 0.665 0.004 10577041 96 413.170 373.820 0.645 0.004 10577041 97 373.820 338.220 0.623 0.004 10577041 98 338.220 306.000 0.680 0.004 10577041 99 306.000 276.860 0.635 0.004 10577041 100 276.860 250.490 0.623 0.004 10577041 101 250.490 226.640 0.603 0.004 10577041 102 226.640 205.050 0.554 0.003 10577041 103 205.050 185.520 0.466 0.004 10577041 104 185.520 167.850 0.813 0.005 10577041 105 167.850 151.870 0.682 0.004 10577041 106 ENDDATA 67 0 10577041 107 ENDSUBENT 106 0 1057704199999 SUBENT 10577042 20230707 150710577042 1 BIB 9 30 10577042 2 REACTION (92-U-238(N,TOT),,TRN,,AV) 10577042 3 DETECTOR (SCIN) A 12.7-mm-thick 10B4C slab in the beam that is 10577042 4 viewed by two 203.2-mm-dia. by 50.8-mm thick NaI 10577042 5 crystals. Surface Dimensions: 101.6 mm x 101.6 mm. 10577042 6 10B4C Thickness (mm): 12.7. Distance from samples (mm):10577042 7 10000. 10577042 8 SAMPLE (92-U-238,ENR=0.998) 10577042 9 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577042 10 diameter in mm,...) Thickness (atom/barn): 0.0621+- 10577042 11 0.0006. Nominal thickness (mm): 12.9+-0.1. Sample 10577042 12 thermodynamic temperature was 293+-2 K, and effective 10577042 13 temperature was 301K (Thesis table VII-III, page 158). 10577042 14 METHOD (TRN) Flight path is 28.27+-0.005. The measurement 10577042 15 utilized electron burst widths and time-of-flight 10577042 16 channel widths that together resulted in 10577042 17 time-of-flight data that had an energy resolution 10577042 18 dE/E much smaller than 10%. Background subtraction 10577042 19 shape determined from a separate measurement of 10577042 20 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577042 21 0.337 keV and cobalt at 0.132 keV. 10577042 22 ANALYSIS The measured time-of-flight data were grouped into 10577042 23 10% wide energy bins. 10577042 24 ERR-ANALYS (DATA-ERR) Error in transmission (1 sigma error). 10577042 25 CORRECTION Dead time correction: <2.5%. 10577042 26 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577042 27 shown in Appendix D, pages 207-220 of the main 10577042 28 reference. 10577042 29 HISTORY (20210623C) BP: Moved from subentry 10 301 K data 10577042 30 because of sample differences. 10577042 31 (20230525A) Headings EN-MIN, EN-MAX swapped 10577042 32 ENDBIB 30 0 10577042 33 COMMON 2 3 10577042 34 TEMP THICKNESS 10577042 35 K ATOMS/B 10577042 36 301. 0.06206 10577042 37 ENDCOMMON 3 0 10577042 38 DATA 4 65 10577042 39 EN-MAX EN-MIN DATA DATA-ERR 10577042 40 EV EV NO-DIM NO-DIM 10577042 41 101566.000 91893.060 0.490 0.007 10577042 42 91893.060 83142.340 0.480 0.004 10577042 43 83142.340 75223.100 0.480 0.004 10577042 44 75223.100 68059.000 0.480 0.003 10577042 45 68059.000 61577.170 0.478 0.003 10577042 46 61577.170 55712.680 0.459 2.000 10577042 47 55712.680 50406.710 0.469 0.003 10577042 48 50406.710 45606.070 0.469 0.003 10577042 49 45606.070 41262.630 0.457 0.003 10577042 50 41262.630 37332.850 0.457 0.003 10577042 51 37332.850 33777.330 0.459 0.003 10577042 52 33777.330 30560.440 0.448 0.003 10577042 53 30560.440 27649.920 0.438 0.003 10577042 54 27649.920 25016.590 0.442 0.003 10577042 55 25016.590 22634.050 0.447 0.004 10577042 56 22634.050 20478.430 0.430 0.003 10577042 57 20478.430 18528.100 0.452 0.003 10577042 58 18528.100 16763.520 0.428 0.003 10577042 59 16763.520 15166.990 0.439 0.003 10577042 60 15166.990 13722.510 0.440 0.003 10577042 61 13722.510 12415.600 0.433 0.003 10577042 62 12415.600 11233.340 0.442 0.003 10577042 63 11233.340 10163.340 0.443 0.003 10577042 64 10163.340 9195.400 0.448 0.003 10577042 65 9195.400 8319.640 0.437 0.003 10577042 66 8319.640 7524.290 0.438 0.002 10577042 67 7524.290 6810.410 0.433 0.002 10577042 68 6810.410 6161.800 0.430 0.002 10577042 69 6161.800 5574.960 0.450 0.003 10577042 70 5574.960 5044.010 0.454 0.002 10577042 71 5044.010 4563.630 0.433 0.002 10577042 72 4563.630 4128.990 0.437 0.002 10577042 73 4128.990 3735.760 0.401 0.002 10577042 74 3735.760 3379.970 0.419 0.002 10577042 75 3379.970 3058.070 0.426 0.002 10577042 76 3058.070 2766.820 0.425 0.002 10577042 77 2766.820 2503.310 0.398 0.002 10577042 78 2503.310 2264.900 0.432 0.002 10577042 79 2264.900 2049.200 0.442 0.002 10577042 80 2049.200 1854.030 0.457 0.002 10577042 81 1854.030 1677.460 0.445 0.002 10577042 82 1677.460 1517.700 0.460 0.002 10577042 83 1517.700 1373.160 0.480 0.002 10577042 84 1373.160 1242.380 0.444 0.002 10577042 85 1242.380 1124.060 0.448 0.002 10577042 86 1124.060 1017.000 0.446 0.002 10577042 87 1017.000 920.140 0.438 0.002 10577042 88 920.140 832.510 0.482 0.002 10577042 89 832.510 753.220 0.495 0.003 10577042 90 753.220 681.490 0.448 0.002 10577042 91 681.490 616.580 0.448 0.002 10577042 92 616.580 557.860 0.475 0.003 10577042 93 557.860 504.730 0.463 0.002 10577042 94 504.730 456.660 0.478 0.003 10577042 95 456.660 413.170 0.462 0.003 10577042 96 413.170 373.820 0.438 0.002 10577042 97 373.820 338.220 0.430 0.002 10577042 98 338.220 306.000 0.477 0.003 10577042 99 306.000 276.860 0.423 0.002 10577042 100 276.860 250.490 0.423 0.002 10577042 101 250.490 226.640 0.397 0.002 10577042 102 226.640 205.050 0.342 0.002 10577042 103 205.050 185.520 0.294 0.002 10577042 104 185.520 167.850 0.672 0.004 10577042 105 167.850 151.870 0.506 0.003 10577042 106 ENDDATA 67 0 10577042 107 ENDSUBENT 106 0 1057704299999 SUBENT 10577043 20230707 150710577043 1 BIB 9 38 10577043 2 REACTION (92-U-238(N,G)92-U-239,,SIF,,AV) 10577043 3 DETECTOR (SCIN) Liquid scintillator detector. Scintillator 10577043 4 composition: Xylene, alphaNPO and methyl borate. 10577043 5 Dimensions: 1.25-m-dia. sphere with a 17.8-cm-dia. 10577043 6 cylindrical beam hole. Neutron absorption liner 10577043 7 (inside beam hole): 6LiH annulus 1.25-m-long by 10577043 8 17.8-cm-OD by 7.6-cm-ID. 10577043 9 SAMPLE (92-U-238,ENR=0.998) 10577043 10 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577043 11 diameter in mm,...) Transmission thickness 10577043 12 (atom/barn) : 0.0316+-0.0003. Nominal thickness (mm): 10577043 13 6.58+-0.07. Capture thickness (atom/barn): 10577043 14 0.00379+-0.00004. Nominal thickness (mm): 0.790+- 10577043 15 0.008. In the self indication measurements the 10577043 16 transmission sample is at different temperatures but 10577043 17 the self indication sample is always at room 10577043 18 temperature. Sample thermodynamic temperature was 10577043 19 293+-2 K, and effective temperature was 301K (Thesis 10577043 20 table VII-III, page 158). 10577043 21 METHOD (TOF) Flight path is 25.69+-0.005. The measurement 10577043 22 utilized electron burst widths and time-of-flight 10577043 23 channel widths that together resulted in 10577043 24 time-of-flight data that had an energy resolution 10577043 25 dE/E much smaller than 10%. Background subtraction 10577043 26 shape determined from a separate measurement of 10577043 27 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577043 28 0.337 keV and cobalt at 0.132 keV. 10577043 29 ANALYSIS The measured time-of-flight data were grouped into 10577043 30 10% wide energy bins. 10577043 31 ERR-ANALYS (DATA-ERR) Error in self-indication ratio (1 sigma 10577043 32 error). 10577043 33 CORRECTION Dead time correction: <2.5%. 10577043 34 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577043 35 shown in Appendix D, pages 207-220 of the main 10577043 36 reference. 10577043 37 HISTORY (20210623C) BP: Moved from subentry 14 301 K data 10577043 38 because of sample differences. 10577043 39 (20230525A) Headings EN-MIN, EN-MAX swapped 10577043 40 ENDBIB 38 0 10577043 41 COMMON 3 3 10577043 42 TEMP THICKNESS THICKNESS 10577043 43 K ATOMS/B ATOMS/B 10577043 44 301. 0.03155 0.00379 10577043 45 ENDCOMMON 3 0 10577043 46 DATA 4 64 10577043 47 EN-MAX EN-MIN DATA DATA-ERR 10577043 48 EV EV NO-DIM NO-DIM 10577043 49 101566.000 91893.060 0.708 0.025 10577043 50 91893.060 83142.340 0.700 0.017 10577043 51 83142.340 75223.100 0.669 0.014 10577043 52 75223.100 68059.000 0.680 0.014 10577043 53 68059.000 61577.170 0.651 0.012 10577043 54 61577.170 55712.680 0.665 0.012 10577043 55 55712.680 50406.710 0.665 0.012 10577043 56 50406.710 45606.070 0.649 0.011 10577043 57 45606.070 41262.630 0.665 0.012 10577043 58 41262.630 37332.850 0.638 0.011 10577043 59 37332.850 33777.330 0.654 0.011 10577043 60 33777.330 30560.440 0.637 0.011 10577043 61 30560.440 27649.920 0.626 0.010 10577043 62 27649.920 25016.590 0.610 0.009 10577043 63 25016.590 22634.050 0.638 0.010 10577043 64 22634.050 20478.430 0.605 0.012 10577043 65 20478.430 18528.100 0.614 0.009 10577043 66 18528.100 16763.520 0.582 0.009 10577043 67 16763.520 15166.990 0.587 0.009 10577043 68 15166.990 13722.510 0.600 0.008 10577043 69 13722.510 12415.600 0.552 0.008 10577043 70 12415.600 11233.340 0.576 0.008 10577043 71 11233.340 10163.340 0.579 0.008 10577043 72 10163.340 9195.400 0.588 0.008 10577043 73 9195.400 8319.640 0.554 0.008 10577043 74 8319.640 7524.290 0.559 0.008 10577043 75 7524.290 6810.410 0.543 0.007 10577043 76 6810.410 6161.800 0.494 0.006 10577043 77 6161.800 5574.960 0.498 0.006 10577043 78 5574.960 5044.010 0.569 0.007 10577043 79 5044.010 4563.630 0.499 0.006 10577043 80 4563.630 4128.990 0.504 0.007 10577043 81 4128.990 3735.760 0.425 0.005 10577043 82 3735.760 3379.970 0.400 0.005 10577043 83 3379.970 3058.070 0.417 0.005 10577043 84 3058.070 2766.820 0.444 0.005 10577043 85 2766.820 2503.310 0.315 0.004 10577043 86 2503.310 2264.900 0.359 0.004 10577043 87 2264.900 2049.200 0.387 0.005 10577043 88 2049.200 1854.030 0.387 0.005 10577043 89 1854.030 1677.460 0.292 0.004 10577043 90 1677.460 1517.700 0.325 0.004 10577043 91 1517.700 1373.160 0.282 0.003 10577043 92 1373.160 1242.380 0.345 0.005 10577043 93 1242.380 1124.060 0.305 0.003 10577043 94 1124.060 1017.000 0.390 0.003 10577043 95 1017.000 920.140 0.215 0.002 10577043 96 920.140 832.510 0.205 0.002 10577043 97 832.510 753.220 0.339 0.004 10577043 98 753.220 681.490 0.253 0.003 10577043 99 681.490 616.580 0.210 0.002 10577043 100 616.580 557.860 0.156 0.002 10577043 101 557.860 504.730 0.152 0.002 10577043 102 504.730 456.660 0.371 0.005 10577043 103 456.660 413.170 0.291 0.004 10577043 104 413.170 373.820 0.189 0.002 10577043 105 373.820 338.220 0.203 0.002 10577043 106 338.220 306.000 0.631 0.010 10577043 107 306.000 276.860 0.149 0.002 10577043 108 276.860 250.490 0.141 0.002 10577043 109 250.490 226.640 0.111 0.001 10577043 110 226.640 205.050 0.110 0.001 10577043 111 205.050 185.520 0.177 0.002 10577043 112 185.520 167.850 0.753 0.022 10577043 113 ENDDATA 66 0 10577043 114 ENDSUBENT 113 0 1057704399999 SUBENT 10577044 20230707 150710577044 1 BIB 9 38 10577044 2 REACTION (92-U-238(N,G)92-U-239,,SIF,,AV) 10577044 3 DETECTOR (SCIN) Liquid scintillator detector. Scintillator 10577044 4 composition: Xylene, alphaNPO and methyl borate. 10577044 5 Dimensions: 1.25-m-dia. sphere with a 17.8-cm-dia. 10577044 6 cylindrical beam hole. Neutron absorption liner 10577044 7 (inside beam hole): 6LiH annulus 1.25-m-long by 10577044 8 17.8-cm-OD by 7.6-cm-ID. 10577044 9 SAMPLE (92-U-238,ENR=0.998) 10577044 10 (92-U-235,ENR=0.002) Metal. Surface dimension (mm x mm,10577044 11 diameter in mm,...) Transmission thickness 10577044 12 (atom/barn): 0.0621+-0.0006. Nominal thickness (mm): 10577044 13 12.9+-0.01. Capture thickness (atom/barn): 10577044 14 0.00379+-0.00004. Nominal thickness (mm : 0.790+- 10577044 15 0.008. In the self indication measurements the 10577044 16 transmission sample is at different temperatures but 10577044 17 the self indication sample is always at room 10577044 18 temperature. Sample thermodynamic temperature was 10577044 19 293+-2 K, and effective temperature was 301K (Thesis 10577044 20 table VII-III, page 158). 10577044 21 METHOD (TOF) Flight path is 25.69+-0.005. The measurement 10577044 22 utilized electron burst widths and time-of-flight 10577044 23 channel widths that together resulted in 10577044 24 time-of-flight data that had an energy resolution 10577044 25 dE/E much smaller than 10%. Background subtraction 10577044 26 shape determined from a separate measurement of 10577044 27 sulfur at 111 keV, aluminum at 35.0 keV, manganese at 10577044 28 0.337 keV and cobalt at 0.132 keV. 10577044 29 ANALYSIS The measured time-of-flight data were grouped into 10577044 30 10% wide energy bins. 10577044 31 ERR-ANALYS (DATA-ERR) Error in self-indication ratio (1 sigma 10577044 32 error). 10577044 33 CORRECTION Dead time correction: <2.5%. 10577044 34 STATUS (TABLE) Data received from R.C.Block, 6/23/2021. Also 10577044 35 shown in Appendix D, pages 207-220 of the main 10577044 36 reference. 10577044 37 HISTORY (20210623C) BP: Moved 301 K data from a subentry 17 10577044 38 because of sample differences. 10577044 39 (20230525A) Headings EN-MIN, EN-MAX swapped 10577044 40 ENDBIB 38 0 10577044 41 COMMON 3 3 10577044 42 TEMP THICKNESS THICKNESS 10577044 43 K ATOMS/B ATOMS/B 10577044 44 301. 0.06206 0.00379 10577044 45 ENDCOMMON 3 0 10577044 46 DATA 4 65 10577044 47 EN-MAX EN-MIN DATA DATA-ERR 10577044 48 EV EV NO-DIM NO-DIM 10577044 49 101566.000 91893.060 0.506 0.020 10577044 50 91893.060 83142.340 0.458 0.013 10577044 51 83142.340 75223.100 0.556 0.012 10577044 52 75223.100 68059.000 0.451 0.010 10577044 53 68059.000 61577.170 0.456 0.010 10577044 54 61577.170 55712.680 0.439 0.009 10577044 55 55712.680 50406.710 0.448 0.009 10577044 56 50406.710 45606.070 0.435 0.009 10577044 57 45606.070 41262.630 0.433 0.009 10577044 58 41262.630 37332.850 0.422 0.008 10577044 59 37332.850 33777.330 0.425 0.008 10577044 60 33777.330 30560.440 0.416 0.008 10577044 61 30560.440 27649.920 0.403 0.008 10577044 62 27649.920 25016.590 0.398 0.007 10577044 63 25016.590 22634.050 0.408 0.005 10577044 64 22634.050 20478.430 0.390 0.012 10577044 65 20478.430 18528.100 0.389 0.007 10577044 66 18528.100 16763.520 0.364 0.006 10577044 67 16763.520 15166.990 0.377 0.007 10577044 68 15166.990 13722.510 0.375 0.006 10577044 69 13722.510 12415.600 0.356 0.006 10577044 70 12415.600 11233.340 0.368 0.006 10577044 71 11233.340 10163.340 0.364 0.006 10577044 72 10163.340 9195.400 0.376 0.006 10577044 73 9195.400 8319.640 0.344 0.006 10577044 74 8319.640 7524.290 0.346 0.005 10577044 75 7524.290 6810.410 0.341 0.005 10577044 76 6810.410 6161.800 0.316 0.005 10577044 77 6161.800 5574.960 0.303 0.004 10577044 78 5574.960 5044.010 0.356 0.005 10577044 79 5044.010 4563.630 0.313 0.005 10577044 80 4563.630 4128.990 0.307 0.005 10577044 81 4128.990 3735.760 0.248 0.004 10577044 82 3735.760 3379.970 0.255 0.004 10577044 83 3379.970 3058.070 0.245 0.003 10577044 84 3058.070 2766.820 0.283 0.004 10577044 85 2766.820 2503.310 0.194 0.003 10577044 86 2503.310 2264.900 0.211 0.003 10577044 87 2264.900 2049.200 0.243 0.004 10577044 88 2049.200 1854.030 0.243 0.004 10577044 89 1854.030 1677.460 0.182 0.003 10577044 90 1677.460 1517.700 0.211 0.003 10577044 91 1517.700 1373.160 0.173 0.002 10577044 92 1373.160 1242.380 0.213 0.003 10577044 93 1242.380 1124.060 0.194 0.002 10577044 94 1124.060 1017.000 0.238 0.002 10577044 95 1017.000 920.140 0.142 0.002 10577044 96 920.140 832.510 0.132 0.002 10577044 97 832.510 753.220 0.206 0.003 10577044 98 753.220 681.490 0.163 0.002 10577044 99 681.490 616.580 0.120 0.001 10577044 100 616.580 557.860 0.112 0.001 10577044 101 557.860 504.730 0.106 0.001 10577044 102 504.730 456.660 0.209 0.003 10577044 103 456.660 413.170 0.181 0.003 10577044 104 413.170 373.820 0.104 0.001 10577044 105 373.820 338.220 0.146 0.002 10577044 106 338.220 306.000 0.435 0.008 10577044 107 306.000 276.860 0.107 0.001 10577044 108 276.860 250.490 0.092 0.001 10577044 109 250.490 226.640 0.069 0.001 10577044 110 226.640 205.050 0.075 0.001 10577044 111 205.050 185.520 0.065 0.001 10577044 112 185.520 167.850 0.906 0.026 10577044 113 167.850 151.870 0.102 0.001 10577044 114 ENDDATA 67 0 10577044 115 ENDSUBENT 114 0 1057704499999 ENDENTRY 44 0 1057799999999