ENTRY 21109 20191104 228321109 0 1 SUBENT 21109001 20191104 228321109 1 1 BIB 8 23 21109 1 2 TITLE The neutron resonance parameters and average capture 21109 1 3 cross-section of Ho-165 21109 1 4 AUTHOR (M.Asghar,C.M.Chaffey,M.C.Moxon) 21109 1 5 REFERENCE (J,NP/A,108,535,1968) 21109 1 6 (C,66TRIESTE,,831,1966) Graph. 21109 1 7 (S,EANDC-50-S,(1),(65),1965) - full report, abstract 21109 1 8 was published in 65ANTWERP,,522(65),1965. 21109 1 9 (P,AERE-PR/NP-8,9,1965) Abstract. 21109 1 10 INSTITUTE (2UK HAR) 21109 1 11 FACILITY (LINAC,2UK HAR) 45 MeV electron Linac. 21109 1 12 INC-SOURCE Pulsed neutron source using boosted neutron target. 21109 1 13 METHOD (TOF) Time-of-flight. 21109 1 14 Flight path of 50 meters for scattering, and 32.5 m 21109 1 15 for capture measurements. 21109 1 16 HISTORY (19790903C) 21109 1 17 (19800131A) full set of references added, 21109 1 18 data unchanged 21109 1 19 (19800227A) reaction strings corrected. 21109 1 20 (19800314A) Subwork 003 and 004 corrected. 21109 1 21 (20191104A) SD:Updated to new date formats,lower case. 21109 1 22 Ref. corrected (65ANTWERP,522 -> EANDC-50-S,(1),(65)). 21109 1 23 Data from fig.2 were digitized. Corrections in all 21109 1 24 Subents. 21109 1 25 ENDBIB 23 0 21109 1 26 NOCOMMON 0 0 21109 1 27 ENDSUBENT 26 0 21109 199999 SUBENT 21109002 20191104 228321109 2 1 BIB 8 15 21109 2 2 REACTION (67-HO-165(N,EL),,WID,,S0) 21109 2 3 SAMPLE Metallic sample of thickness 0.9322E-04 atom/barn. 21109 2 4 DETECTOR (SCIN) Lithium glass scintillator placed at flight 21109 2 5 path of 50 meteres. Timing resolution 6 nsec/m.21109 2 6 ANALYSIS (AREA) From measured scattering yield of Ho in fig.3 21109 2 7 of the publication and of a 5.48 atoms/b 21109 2 8 calibration sample. 21109 2 9 CORRECTION Resonance self screening, Doppler broadening and 21109 2 10 multiple scattering corrections applied to the 21109 2 11 observed resonance areas. 21109 2 12 ERR-ANALYS (DATA-ERR) No information about source of uncertainties21109 2 13 STATUS (TABLE) Table 1 from Nucl.Phys.,A108(1968)535 21109 2 14 (COREL,21109003) Data from 3.398E-04 atoms/b sample 21109 2 15 HISTORY (19800227A) 21109 2 16 (20191104U) SD: STATUS updated. THICKNESS deleted. 21109 2 17 ENDBIB 15 0 21109 2 18 NOCOMMON 0 0 21109 2 19 DATA 3 26 21109 2 20 EN-RES DATA DATA-ERR 21109 2 21 EV B*EV B*EV 21109 2 22 35.3 29.7 5.3 21109 2 23 39.4 141.7 6.0 21109 2 24 47.4 161.0 7.1 21109 2 25 51.4 465.7 14.0 21109 2 26 60.0 105.2 5.6 21109 2 27 71.3 127.6 6.8 21109 2 28 83.8 30.7 5.3 21109 2 29 85.5 304.6 15.4 21109 2 30 93.3 800.2 17.2 21109 2 31 101.8 63.1 6.4 21109 2 32 117.8 24.1 4.0 21109 2 33 124.5 168.3 10.0 21109 2 34 126.6 69.0 7.5 21109 2 35 128.1 48.0 7.5 21109 2 36 150.8 127.2 10.4 21109 2 37 163.9 22.0 8.2 21109 2 38 169.5 40.0 8.8 21109 2 39 180.8 45.1 10.5 21109 2 40 189.6 25.5 9.1 21109 2 41 201.9 290.0 13.5 21109 2 42 214.2 155.8 13.0 21109 2 43 220.4 51.5 11.4 21109 2 44 239.2 57.1 11.4 21109 2 45 255.2 336.4 21.0 21109 2 46 260.7 38.0 17.5 21109 2 47 299.0 332.2 19.2 21109 2 48 ENDDATA 28 0 21109 2 49 ENDSUBENT 48 0 21109 299999 SUBENT 21109003 20191104 228321109 3 1 BIB 8 16 21109 3 2 REACTION (67-HO-165(N,EL),,WID,,S0) 21109 3 3 SAMPLE Metallic sample of thickness 3.398E-04 atom/barn. 21109 3 4 DETECTOR (SCIN ) Lithium glass scintillator placed at flight 21109 3 5 path of 50 meters. Timing resolution 6 nsec/m. 21109 3 6 ANALYSIS (AREA ) From measured scattering yield of Ho in fig.3 21109 3 7 of the publication and of a 5.48 atoms/b 21109 3 8 calibration sample. 21109 3 9 CORRECTION Resonance self screening, Doppler broadening and 21109 3 10 multiple scattering corrections applied to the 21109 3 11 observed resonance areas. 21109 3 12 ERR-ANALYS (DATA-ERR) No information about source of uncertainties21109 3 13 STATUS (TABLE) Table 1 from Nucl.Phys.,A108(1968)535 21109 3 14 (COREL,21109002) Data from 9.322E-05 atoms/b sample 21109 3 15 HISTORY (19800227A) 21109 3 16 (19800314A) 21109 3 17 (20191104U) SD: STATUS updated. THICKNESS deleted. 21109 3 18 ENDBIB 16 0 21109 3 19 NOCOMMON 0 0 21109 3 20 DATA 3 26 21109 3 21 EN-RES DATA DATA-ERR 21109 3 22 EV B*EV B*EV 21109 3 23 35.3 22.4 3.0 21109 3 24 39.4 130.6 2.3 21109 3 25 47.4 167.6 3.3 21109 3 26 51.4 472.1 7.2 21109 3 27 60.0 109.7 5.0 21109 3 28 71.3 128.5 3.0 21109 3 29 83.8 26.9 2.3 21109 3 30 85.5 282.5 9.5 21109 3 31 93.3 816.7 10.0 21109 3 32 101.8 55.6 2.6 21109 3 33 117.8 23.0 2.3 21109 3 34 124.5 160.3 4.7 21109 3 35 126.6 74.7 7.6 21109 3 36 128.1 48.3 5.4 21109 3 37 150.8 131.9 5.6 21109 3 38 163.9 23.3 3.1 21109 3 39 169.5 37.0 2.1 21109 3 40 180.8 53.4 4.0 21109 3 41 189.6 24.3 3.4 21109 3 42 201.9 292.1 7.1 21109 3 43 214.2 152.5 5.5 21109 3 44 220.4 56.8 4.3 21109 3 45 239.2 55.0 5.3 21109 3 46 255.2 357.1 8.0 21109 3 47 260.7 55.3 5.2 21109 3 48 299.0 331.1 16.5 21109 3 49 ENDDATA 28 0 21109 3 50 ENDSUBENT 49 0 21109 399999 SUBENT 21109004 20191104 228321109 4 1 BIB 5 10 21109 4 2 REACTION (67-HO-165(N,G)67-HO-166,,SIG) 21109 4 3 SAMPLE 3 Metallic samples. Two 8 cm diameter discs of 21109 4 4 thickness 0.9332E-04 and 3.398E-04 atoms/b, one 21109 4 5 square of side 2.5 cm and thickness 1.596E-03 21109 4 6 atom/b. 21109 4 7 DETECTOR (MOXR ) Moxon-RaE detector placed at flight path of 21109 4 8 32.5 meters. Timing resolution 12 nsec/m. 21109 4 9 STATUS (CURVE) fig.2 from Nucl.Phys.,A108(1968)535 21109 4 10 HISTORY (19800314A) 21109 4 11 (20191104A) SD: Data were digitized from fig.1. 21109 4 12 ENDBIB 10 0 21109 4 13 COMMON 2 3 21109 4 14 EN-ERR-DIG ERR-DIG 21109 4 15 PER-CENT PER-CENT 21109 4 16 1. 1. 21109 4 17 ENDCOMMON 3 0 21109 4 18 DATA 3 148 21109 4 19 EN DATA THICKNESS 21109 4 20 KEV B ATOMS/B 21109 4 21 0.514 23.550 0.9332E-04 21109 4 22 0.519 21.407 1.596E-03 21109 4 23 0.519 21.856 0.340E-03 21109 4 24 0.609 15.496 0.9332E-04 21109 4 25 0.611 14.027 1.596E-03 21109 4 26 0.614 14.561 0.340E-03 21109 4 27 0.725 14.210 0.9332E-04 21109 4 28 0.732 13.464 1.596E-03 21109 4 29 0.732 13.464 0.340E-03 21109 4 30 0.876 10.768 0.9332E-04 21109 4 31 0.883 10.118 1.596E-03 21109 4 32 0.883 10.118 0.340E-03 21109 4 33 1.077 11.707 0.9332E-04 21109 4 34 1.078 11.092 1.596E-03 21109 4 35 1.078 10.910 0.340E-03 21109 4 36 1.238 9.798 1.596E-03 21109 4 37 1.238 10.341 0.9332E-04 21109 4 38 1.248 9.558 0.340E-03 21109 4 39 1.723 7.938 1.596E-03 21109 4 40 1.723 7.840 0.340E-03 21109 4 41 1.723 7.840 0.9332E-04 21109 4 42 2.247 5.991 0.340E-03 21109 4 43 2.247 6.194 0.9332E-04 21109 4 44 2.257 5.991 1.596E-03 21109 4 45 2.744 5.704 1.596E-03 21109 4 46 2.744 5.657 0.9332E-04 21109 4 47 2.756 5.564 0.340E-03 21109 4 48 3.492 4.620 1.596E-03 21109 4 49 3.492 4.543 0.340E-03 21109 4 50 3.506 4.736 0.9332E-04 21109 4 51 3.742 4.601 0.340E-03 21109 4 52 4.460 3.932 1.596E-03 21109 4 53 4.479 3.788 0.9332E-04 21109 4 54 4.480 3.649 0.340E-03 21109 4 55 5.492 3.446 0.340E-03 21109 4 56 6.336 3.018 1.596E-03 21109 4 57 6.363 2.908 0.340E-03 21109 4 58 6.363 2.848 0.9332E-04 21109 4 59 7.489 2.780 9.330E-05 21109 4 60 7.521 2.700 0.340E-03 21109 4 61 7.995 2.623 1.596E-03 21109 4 62 8.130 2.231 1.596E-03 21109 4 63 8.332 2.222 1.596E-03 21109 4 64 8.404 1.875 1.596E-03 21109 4 65 8.643 2.213 1.596E-03 21109 4 66 8.709 2.657 1.596E-03 21109 4 67 8.927 2.395 0.340E-03 21109 4 68 9.152 2.072 1.596E-03 21109 4 69 9.414 2.251 1.596E-03 21109 4 70 9.531 2.142 1.596E-03 21109 4 71 9.684 2.446 1.596E-03 21109 4 72 9.886 2.242 1.596E-03 21109 4 73 10.091 2.081 1.596E-03 21109 4 74 10.463 2.437 1.596E-03 21109 4 75 10.769 2.206 1.596E-03 21109 4 76 10.854 2.417 1.596E-03 21109 4 77 11.169 2.309 1.596E-03 21109 4 78 11.499 1.908 1.596E-03 21109 4 79 11.590 2.073 1.596E-03 21109 4 80 11.778 2.234 1.596E-03 21109 4 81 12.071 2.108 1.596E-03 21109 4 82 12.623 2.198 1.596E-03 21109 4 83 12.729 2.006 1.596E-03 21109 4 84 13.099 1.949 1.596E-03 21109 4 85 13.534 1.893 1.596E-03 21109 4 86 13.757 1.855 1.596E-03 21109 4 87 14.098 1.839 1.596E-03 21109 4 88 15.231 1.878 1.596E-03 21109 4 89 15.545 1.825 1.596E-03 21109 4 90 16.190 1.879 1.596E-03 21109 4 91 16.460 1.729 1.596E-03 21109 4 92 16.935 1.766 1.596E-03 21109 4 93 17.494 1.825 1.596E-03 21109 4 94 17.866 1.459 1.596E-03 21109 4 95 18.528 1.605 1.596E-03 21109 4 96 19.226 1.441 1.596E-03 21109 4 97 19.617 1.560 1.596E-03 21109 4 98 19.869 1.305 0.340E-03 21109 4 99 20.268 1.515 1.596E-03 21109 4 100 20.774 1.412 1.596E-03 21109 4 101 20.776 1.360 0.340E-03 21109 4 102 21.209 1.247 0.340E-03 21109 4 103 21.462 1.406 1.596E-03 21109 4 104 21.907 1.344 0.340E-03 21109 4 105 22.261 1.460 1.596E-03 21109 4 106 22.623 1.535 1.596E-03 21109 4 107 22.636 1.273 0.340E-03 21109 4 108 23.382 1.344 1.596E-03 21109 4 109 23.475 1.372 0.340E-03 21109 4 110 24.160 1.263 0.340E-03 21109 4 111 24.352 1.367 1.596E-03 21109 4 112 25.059 1.328 1.596E-03 21109 4 113 25.895 1.222 0.340E-03 21109 4 114 26.204 1.378 1.596E-03 21109 4 115 26.316 1.295 0.340E-03 21109 4 116 27.074 1.333 1.596E-03 21109 4 117 27.653 1.027 0.340E-03 21109 4 118 28.097 1.163 1.596E-03 21109 4 119 28.439 1.207 0.340E-03 21109 4 120 29.135 1.301 1.596E-03 21109 4 121 29.264 1.163 0.340E-03 21109 4 122 30.106 1.223 1.596E-03 21109 4 123 30.603 1.188 0.340E-03 21109 4 124 31.355 1.259 1.596E-03 21109 4 125 32.015 1.075 0.340E-03 21109 4 126 32.397 1.208 1.596E-03 21109 4 127 33.069 1.140 0.340E-03 21109 4 128 33.742 1.223 1.596E-03 21109 4 129 34.451 1.071 0.340E-03 21109 4 130 35.152 1.149 1.596E-03 21109 4 131 35.735 1.089 0.340E-03 21109 4 132 36.452 1.275 1.596E-03 21109 4 133 37.524 1.094 0.340E-03 21109 4 134 38.133 1.159 1.596E-03 21109 4 135 39.094 1.003 0.340E-03 21109 4 136 39.715 1.189 1.596E-03 21109 4 137 40.552 1.015 0.340E-03 21109 4 138 42.576 1.067 0.340E-03 21109 4 139 43.273 1.090 1.596E-03 21109 4 140 44.359 0.974 0.340E-03 21109 4 141 45.437 1.113 1.596E-03 21109 4 142 46.567 1.068 0.340E-03 21109 4 143 47.326 1.113 1.596E-03 21109 4 144 49.324 0.908 0.340E-03 21109 4 145 49.698 1.095 1.596E-03 21109 4 146 50.736 0.991 0.340E-03 21109 4 147 52.413 1.012 1.596E-03 21109 4 148 54.613 0.894 0.340E-03 21109 4 149 54.824 0.959 1.596E-03 21109 4 150 56.184 0.935 0.340E-03 21109 4 151 57.803 0.963 1.596E-03 21109 4 152 59.491 0.883 0.340E-03 21109 4 153 60.948 0.951 1.596E-03 21109 4 154 62.716 0.928 0.340E-03 21109 4 155 66.421 0.816 0.340E-03 21109 4 156 67.481 0.948 1.596E-03 21109 4 157 70.306 0.865 0.340E-03 21109 4 158 72.033 0.913 1.596E-03 21109 4 159 73.834 0.837 0.340E-03 21109 4 160 75.958 0.880 1.596E-03 21109 4 161 78.171 0.820 0.340E-03 21109 4 162 80.430 0.827 1.596E-03 21109 4 163 83.430 0.834 0.340E-03 21109 4 164 85.168 0.768 1.596E-03 21109 4 165 86.912 0.790 0.340E-03 21109 4 166 89.408 0.841 0.340E-03 21109 4 167 91.626 0.824 1.596E-03 21109 4 168 103.950 0.845 1.596E-03 21109 4 169 ENDDATA 150 0 21109 4 170 ENDSUBENT 169 0 21109 499999 SUBENT 21109005 20191104 228321109 5 1 BIB 9 34 21109 5 2 REACTION 1(67-HO-165(N,EL),,WID) 21109 5 3 2(67-HO-165(N,G),,WID) 21109 5 4 3(67-HO-165(N,0),,J) 21109 5 5 ANALYSIS (AREA) Area analysis applied to capture data and used 21109 5 6 with scattering areas to give resonance widths 21109 5 7 with chi-squared fitting to select the spin. 21109 5 8 ASSUMED (ASSUM,67-HO-165(N,0),,J) Value of resonance spin from 21109 5 9 BNL-325, 3rd.Edn., where this has been assumed 21109 5 10 to select resonance parameters . 21109 5 11 REL-REF (R,,S.F.Mughabghab+,R,BNL-325,1973) Width data given 21109 5 12 for both possible spins by authors. Compiled data is 21109 5 13 for preferred spin values either from publication or 21109 5 14 from BNL-325, 3rd.Edn.(Comment by compiler). 21109 5 15 FLAG (1.) Spin value taken from BNL-325, 3rd edn., Vol 1, 21109 5 16 by compiler. 21109 5 17 (2.) Spin value provisional in BNL-325, 3rd edn. 21109 5 18 (3.) Preferred spin value measured in publication. 21109 5 19 (4.) Tentative spin assignment from publication from 21109 5 20 chi-squared test. 21109 5 21 (5.) Tentative spin assignment from publication 21109 5 22 assuming gamma width of 75.7+-2.4 milli-eV. 21109 5 23 (6.) No preferred spin from either publication or 21109 5 24 BNL-325. widths for both possible spins given. 21109 5 25 CORRECTION Multiple scattering corrections applied to capture 21109 5 26 data. 21109 5 27 ERR-ANALYS (ERR-T) Errors due to multiple scattering 21109 5 28 corrections, to the measurement of the energy 21109 5 29 dependence of the incident neutron flux and 21109 5 30 (ERR-1) error in capture detector efficiency. 21109 5 31 STATUS (TABLE) Table 2 from Nucl.Phys.,A108(1968)535 21109 5 32 HISTORY (19800124A) 21109 5 33 (19800227A) 21109 5 34 (20191104U) SD: STATUS updated. REL-REF added. COMMENT 21109 5 35 deleted (info moved to REL-REF). ERR-ANALYS updated. 21109 5 36 ENDBIB 34 0 21109 5 37 COMMON 1 3 21109 5 38 ERR-1 21109 5 39 PER-CENT 21109 5 40 3. 21109 5 41 ENDCOMMON 3 0 21109 5 42 DATA 8 47 21109 5 43 EN-RES DATA 1ERR-T 1DATA 2ERR-T 2DATA 321109 5 44 ASSUM FLAG 21109 5 45 EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV NO-DIM 21109 5 46 NO-DIM NO-DIM 21109 5 47 8.14 0.17 0.06 21109 5 48 3. 1. 21109 5 49 12.63 15.0 0.15 21109 5 50 4. 1. 21109 5 51 18.08 1.35 0.14 21109 5 52 3. 1. 21109 5 53 20.97 0.63 0.2 21109 5 54 4. 1. 21109 5 55 35.42 7.4 0.1 72.6 5.5 3.21109 5 56 3. 21109 5 57 37.24 0.75 0.3 21109 5 58 3. 1. 21109 5 59 39.59 19.5 0.2 90.1 4.5 4.21109 5 60 3. 21109 5 61 47.63 26.9 0.3 90.0 2.1 21109 5 62 3. 1. 21109 5 63 51.36 54.0 1.2 79.0 2.6 3.21109 5 64 3. 21109 5 65 54.22 3.3 0.8 21109 5 66 4. 1. 21109 5 67 64.96 20.6 0.3 74.6 2.0 4.21109 5 68 3. 21109 5 69 68.75 1. 0.3 21109 5 70 4. 1. 21109 5 71 71.73 23.7 0.3 74.9 1.8 4.21109 5 72 3. 21109 5 73 79.92 1.6 0.7 21109 5 74 4. 1. 21109 5 75 83.76 11.2 0.2 66.7 4.3 21109 5 76 4. 1. 21109 5 77 93.34 87.4 1.0 76.7 1.6 4.21109 5 78 3. 21109 5 79 101.7 18.8 0.3 75.9 2.6 4.21109 5 80 3. 21109 5 81 106.1 7.5 0.5 21109 5 82 4. 1. 21109 5 83 117.8 15.3 0.4 80.1 3.6 21109 5 84 3. 6. 21109 5 85 117.8 12.0 0.3 70.3 4.2 21109 5 86 4. 6. 21109 5 87 120.4 7.5 0.7 21109 5 88 3. 6. 21109 5 89 120.4 5.8 0.5 21109 5 90 4. 6. 21109 5 91 124.7 37.1 0.5 74.1 1.6 21109 5 92 4. 1. 21109 5 93 126.6 23.6 0.4 73.0 4.2 4.21109 5 94 5. 21109 5 95 128.1 20.7 0.4 65.0 4.6 3.21109 5 96 3. 21109 5 97 141.0 1.6 0.4 21109 5 98 3. 6. 21109 5 99 141.0 1.2 0.3 21109 5 100 4. 6. 21109 5 101 150.8 42.5 0.6 71.7 2.7 21109 5 102 3. 1. 21109 5 103 169.4 22.6 0.5 75.6 5.6 3.21109 5 104 5. 21109 5 105 169.4 17.7 0.4 60.2 5. 21109 5 106 4. 2. 21109 5 107 180.5 39.6 0.8 161. 9.7 21109 5 108 3. 6. 21109 5 109 180.5 30.4 0.6 121.6 5.5 21109 5 110 4. 6. 21109 5 111 188.4 16.2 0.5 70.6 5.3 4.21109 5 112 4. 21109 5 113 201.8 75.6 1.0 75.5 1.7 4.21109 5 114 3. 21109 5 115 204.5 12.0 1.4 21109 5 116 3. 6. 21109 5 117 204.5 9.5 1.1 21109 5 118 4. 6. 21109 5 119 214.2 60.6 1.0 75.2 1.7 3.21109 5 120 5. 21109 5 121 220.0 29.7 0.7 81.7 5.0 4.21109 5 122 5. 21109 5 123 229.6 11.5 1.5 21109 5 124 3. 6. 21109 5 125 229.6 8.5 1.2 21109 5 126 4. 6. 21109 5 127 232.5 7.0 1.0 21109 5 128 3. 6. 21109 5 129 232.5 5.5 0.7 21109 5 130 4. 6. 21109 5 131 239.1 31.2 0.8 83.6 5.0 4.21109 5 132 4. 21109 5 133 253.9 160.5 2.3 188.7 4.2 21109 5 134 3. 6. 21109 5 135 253.9 125.0 1.8 146.0 3.5 21109 5 136 4. 6. 21109 5 137 261.0 37.8 1.0 85.8 7. 21109 5 138 3. 6. 21109 5 139 261.0 29.7 0.9 69. 4.3 21109 5 140 4. 6. 21109 5 141 ENDDATA 98 0 21109 5 142 ENDSUBENT 141 0 21109 599999 ENDENTRY 5 0 2110999999999