Calculate Cross Sections from Resonance Parameters (RECENT 2000-1) ============================================================================== Retrieval Criteria----------- MAT File 2 Mimimum Cross Section- 1.00000-10 Reactions with No Background- Output (Resonance Contribution) Calculate/Edit Mode---------- Calculate. List Resonance ParameterS. Negative Cross Sections------ Make = 0 (No Negative Output) Monitor Mode----------------- On ============================================================================== ENDF/B Input and Output Data Filenames ENDF.IN RECENT.OUT ============================================================================== Requested MAT Ranges ============================================================================== Mimimum Maximum ============================================================================== 1 9999 ============================================================================== Allowable Uncertainty ============================================================================== Energy Uncertainty per-cent ============================================================================== 0.0 1.000000-2 1.000 ============================================================================== ENDF/B Tape Label ============================================================================== 11/2003 703 ****************************************************************************** Processing 66-Dy-160 MAT= 6637 ****************************************************************************** Based on the Format and Contents of MF=1, MT=451 (1) ENDF/B-VI Format. (2) Material is NOT Fissile (LFI=0). (3) Resonance Parameters are Given (LRP=1). (4) Projectile ZA = 1 (Neutron). (5) Temperature of Background 0.0 Kelvin. ============================================================================== Listing of All Resonance Parameters ============================================================================== Element or Material------------------ 66-Dy-160 Atomic Weight Ratio------------------ 1.585512+2 Number of Isotopes------------------- 1 ============================================================================== Isotope Number----------------------- 1 Isotope------------------------------ 66-Dy-160 Fractional Abundance----------------- 1.000000+0 LFW (Fission Widths)----------------- 0 (No Fission Widths) Number of Energy Ranges-------------- 2 ============================================================================== Lower Limit of the Energy Range------ 1.000000-5 eV Upper Limit of the Energy Range------ 2008.00000 eV LRU (Type of Region)----------------- 1 (Resolved Region) LRF (Type of Resolved Parameters)---- 2 (Multi-Level Breit-Wigner) NRO (Scattering Radius)-------------- 0 (Energy Independent) NAPS (Channel Radius)---------------- 0 (Calculate) ============================================================================== Nuclear Spin of Target--------------- 0.0 Effective Scattering Radius (A+)----- 7.456127-1 Number of L Values------------------- 1 ============================================================================== Atomic Weight Ratio of Isotope------- 1.585512+2 Competitive Reaction Q Value--------- 0.0 eV Angular Momentum (L)----------------- 0 LRX (Competitive Widths)------------- 0 (No Competitive Widths) Number of Resonances----------------- 66 ============================================================================== Multi-Level Breit-Wigner Resonance Parameters ============================================================================== Energy J Value Total Neutron Capture Fission Competition (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== -58.1900000 0.50 6.611000-1 5.553000-1 1.058000-1 0.0 0.0 1.88000000 0.50 1.060000-1 2.000000-4 1.058000-1 0.0 0.0 10.4500000 0.50 1.165000-1 1.650000-2 1.000000-1 0.0 0.0 20.4700000 0.50 1.368000-1 3.100000-2 1.058000-1 0.0 0.0 34.9000000 0.50 1.069800-1 1.180000-3 1.058000-1 0.0 0.0 73.1400000 0.50 1.123000-1 6.500000-3 1.058000-1 0.0 0.0 85.6000000 0.50 2.030000-1 9.100000-2 1.120000-1 0.0 0.0 115.600000 0.50 1.078400-1 2.040000-3 1.058000-1 0.0 0.0 136.400000 0.50 1.220000-1 2.600000-2 9.600000-2 0.0 0.0 155.700000 0.50 1.900000-1 8.500000-2 1.050000-1 0.0 0.0 178.300000 0.50 1.507000-1 3.070000-2 1.200000-1 0.0 0.0 202.200000 0.50 1.373000-1 3.130000-2 1.060000-1 0.0 0.0 246.300000 0.50 1.146000-1 8.800000-3 1.058000-1 0.0 0.0 271.900000 0.50 1.101000-1 4.300000-3 1.058000-1 0.0 0.0 320.700000 0.50 1.189000-1 1.310000-2 1.058000-1 0.0 0.0 341.200000 0.50 4.958000-1 3.900000-1 1.058000-1 0.0 0.0 379.300000 0.50 3.978000-1 2.920000-1 1.058000-1 0.0 0.0 394.300000 0.50 1.658000-1 6.000000-2 1.058000-1 0.0 0.0 398.800000 0.50 3.158000-1 2.100000-1 1.058000-1 0.0 0.0 430.100000 0.50 2.240000-1 1.140000-1 1.100000-1 0.0 0.0 522.200000 0.50 2.400000-1 1.330000-1 1.070000-1 0.0 0.0 577.400000 0.50 1.360000-1 3.600000-2 1.000000-1 0.0 0.0 590.000000 0.50 1.143000-1 8.500000-3 1.058000-1 0.0 0.0 625.600000 0.50 1.138000-1 8.000000-3 1.058000-1 0.0 0.0 653.600000 0.50 1.114000-1 5.600000-3 1.058000-1 0.0 0.0 679.500000 0.50 8.358001-1 7.300000-1 1.058000-1 0.0 0.0 703.600000 0.50 9.808000-1 8.750000-1 1.058000-1 0.0 0.0 729.600000 0.50 2.330000-1 1.130000-1 1.200000-1 0.0 0.0 736.400000 0.50 1.355800+0 1.250000+0 1.058000-1 0.0 0.0 817.200000 0.50 1.378000-1 3.200000-2 1.058000-1 0.0 0.0 845.200000 0.50 2.158000-1 1.100000-1 1.058000-1 0.0 0.0 868.600000 0.50 2.618000-1 1.560000-1 1.058000-1 0.0 0.0 889.100000 0.50 1.237000-1 1.790000-2 1.058000-1 0.0 0.0 972.000000 0.50 1.127000-1 6.900000-3 1.058000-1 0.0 0.0 989.300000 0.50 1.939000-1 8.810000-2 1.058000-1 0.0 0.0 1053.50000 0.50 1.188000-1 1.300000-2 1.058000-1 0.0 0.0 1085.90000 0.50 7.958000-1 6.900000-1 1.058000-1 0.0 0.0 1103.00000 0.50 1.307000-1 2.490000-2 1.058000-1 0.0 0.0 1133.60000 0.50 2.708000-1 1.650000-1 1.058000-1 0.0 0.0 1139.20000 0.50 1.139000-1 8.100000-3 1.058000-1 0.0 0.0 1161.50000 0.50 1.278000-1 2.200000-2 1.058000-1 0.0 0.0 1201.30000 0.50 1.368000-1 3.100000-2 1.058000-1 0.0 0.0 1244.30000 0.50 1.508000-1 4.500000-2 1.058000-1 0.0 0.0 1279.40000 0.50 1.228000-1 1.700000-2 1.058000-1 0.0 0.0 1313.10000 0.50 3.858000-1 2.800000-1 1.058000-1 0.0 0.0 1367.40000 0.50 1.238000-1 1.800000-2 1.058000-1 0.0 0.0 1401.40000 0.50 2.408000-1 1.350000-1 1.058000-1 0.0 0.0 1411.70000 0.50 2.148000-1 1.090000-1 1.058000-1 0.0 0.0 1437.20000 0.50 2.838000-1 1.780000-1 1.058000-1 0.0 0.0 1495.30000 0.50 3.058000-1 2.000000-1 1.058000-1 0.0 0.0 1541.70000 0.50 2.358000-1 1.300000-1 1.058000-1 0.0 0.0 1592.10000 0.50 4.848000-1 3.790000-1 1.058000-1 0.0 0.0 1625.30000 0.50 1.188000-1 1.300000-2 1.058000-1 0.0 0.0 1648.30000 0.50 4.148000-1 3.090000-1 1.058000-1 0.0 0.0 1710.30000 0.50 4.158000-1 3.100000-1 1.058000-1 0.0 0.0 1721.00000 0.50 3.658000-1 2.600000-1 1.058000-1 0.0 0.0 1746.20000 0.50 1.478000-1 4.200000-2 1.058000-1 0.0 0.0 1763.60000 0.50 1.318000-1 2.600000-2 1.058000-1 0.0 0.0 1785.60000 0.50 1.608000-1 5.500000-2 1.058000-1 0.0 0.0 1829.70000 0.50 2.558000-1 1.500000-1 1.058000-1 0.0 0.0 1861.60000 0.50 1.395800+0 1.290000+0 1.058000-1 0.0 0.0 1874.90000 0.50 2.658000-1 1.600000-1 1.058000-1 0.0 0.0 1899.60000 0.50 3.858000-1 2.800000-1 1.058000-1 0.0 0.0 1937.80000 0.50 7.258000-1 6.200000-1 1.058000-1 0.0 0.0 1944.30000 0.50 3.458000-1 2.400000-1 1.058000-1 0.0 0.0 1994.30000 0.50 3.558000-1 2.500000-1 1.058000-1 0.0 0.0 ============================================================================== Lower Limit of the Energy Range------ 2008.00000 eV Upper Limit of the Energy Range------ 87336.0000 eV LRU (Type of Region)----------------- 2 (Unresolved Region) LRF (Energy Dependence of Widths)---- 2 (All Energy Dependent) NRO (Scattering Radius)-------------- 0 (Energy Independent) NAPS (Channel Radius)---------------- 0 (Calculate) ============================================================================== All Unresolved Parameters Energy Dependent ============================================================================== Nuclear Spin of Target--------------- 0.0 Effective Scattering Radius (A+)----- 7.456127-1 LSSF--------------------------------- 0 (Add to File 3) Number of L Values------------------- 3 ============================================================================== Atomic Weight Ratio of Isotope------- 1.585512+2 L Value------------------------------ 0 Number of J Values------------------- 1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 0.50 0.00 1.00 0.00 0.00 ============================================================================== Resonance Parameters ============================================================================== Energy Level Competition Neutron Capture Fission Total Spacing Width Width Width Width Width (eV) (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== 2008.00000 2.738910+1 0.0 4.930037-3 1.058000-1 0.0 1.107300-1 2500.00000 2.736687+1 0.0 4.926036-3 1.058000-1 0.0 1.107260-1 3000.00000 2.734429+1 0.0 4.921972-3 1.058000-1 0.0 1.107220-1 4000.00000 2.729922+1 0.0 4.913859-3 1.058000-1 0.0 1.107139-1 6000.00000 2.720930+1 0.0 4.897674-3 1.058000-1 0.0 1.106977-1 8000.00000 2.711970+1 0.0 4.881545-3 1.058000-1 0.0 1.106815-1 10000.0000 2.703038+1 0.0 4.865469-3 1.058000-1 0.0 1.106655-1 20000.0000 2.658848+1 0.0 4.785927-3 1.058000-1 0.0 1.105859-1 30000.0000 2.615412+1 0.0 4.707742-3 1.058000-1 0.0 1.105077-1 40000.0000 2.572720+1 0.0 4.630896-3 1.058000-1 0.0 1.104309-1 50000.0000 2.530756+1 0.0 4.555360-3 1.058000-1 0.0 1.103554-1 60000.0000 2.489510+1 0.0 4.481117-3 1.058000-1 0.0 1.102811-1 70000.0000 2.448965+1 0.0 4.408136-3 1.058000-1 0.0 1.102081-1 80000.0000 2.409112+1 0.0 4.336402-3 1.058000-1 0.0 1.101364-1 87336.0000 2.380308+1 0.0 4.284553-3 1.058000-1 0.0 1.100846-1 ============================================================================== Atomic Weight Ratio of Isotope------- 1.585512+2 L Value------------------------------ 1 Number of J Values------------------- 2 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 0.50 0.00 1.00 0.00 0.00 ============================================================================== Resonance Parameters ============================================================================== Energy Level Competition Neutron Capture Fission Total Spacing Width Width Width Width Width (eV) (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== 2008.00000 2.738910+1 0.0 4.519200-3 8.010000-2 0.0 8.461920-2 2500.00000 2.736687+1 0.0 4.515533-3 8.010000-2 0.0 8.461553-2 3000.00000 2.734429+1 0.0 4.511807-3 8.010000-2 0.0 8.461181-2 4000.00000 2.729922+1 0.0 4.504371-3 8.010000-2 0.0 8.460437-2 6000.00000 2.720930+1 0.0 4.489535-3 8.010000-2 0.0 8.458954-2 8000.00000 2.711970+1 0.0 4.474750-3 8.010000-2 0.0 8.457475-2 10000.0000 2.703038+1 0.0 4.460013-3 8.010000-2 0.0 8.456001-2 20000.0000 2.658848+1 0.0 4.387099-3 8.010000-2 0.0 8.448710-2 30000.0000 2.615412+1 0.0 4.315430-3 8.010000-2 0.0 8.441543-2 40000.0000 2.572720+1 0.0 4.244988-3 8.010000-2 0.0 8.434499-2 50000.0000 2.530756+1 0.0 4.175747-3 8.010000-2 0.0 8.427575-2 60000.0000 2.489510+1 0.0 4.107690-3 8.010000-2 0.0 8.420769-2 70000.0000 2.448964+1 0.0 4.040791-3 8.010000-2 0.0 8.414079-2 80000.0000 2.409112+1 0.0 3.975035-3 8.010000-2 0.0 8.407504-2 87336.0000 2.380307+1 0.0 3.927507-3 8.010000-2 0.0 8.402751-2 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 1.50 0.00 1.00 0.00 0.00 ============================================================================== Resonance Parameters ============================================================================== Energy Level Competition Neutron Capture Fission Total Spacing Width Width Width Width Width (eV) (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== 2008.00000 1.547842+1 0.0 2.553939-3 8.010000-2 0.0 8.265394-2 2500.00000 1.546586+1 0.0 2.551866-3 8.010000-2 0.0 8.265187-2 3000.00000 1.545310+1 0.0 2.549761-3 8.010000-2 0.0 8.264976-2 4000.00000 1.542763+1 0.0 2.545558-3 8.010000-2 0.0 8.264556-2 6000.00000 1.537681+1 0.0 2.537174-3 8.010000-2 0.0 8.263717-2 8000.00000 1.532617+1 0.0 2.528819-3 8.010000-2 0.0 8.262882-2 10000.0000 1.527570+1 0.0 2.520490-3 8.010000-2 0.0 8.262049-2 20000.0000 1.502597+1 0.0 2.479285-3 8.010000-2 0.0 8.257929-2 30000.0000 1.478050+1 0.0 2.438782-3 8.010000-2 0.0 8.253878-2 40000.0000 1.453923+1 0.0 2.398973-3 8.010000-2 0.0 8.249897-2 50000.0000 1.430208+1 0.0 2.359843-3 8.010000-2 0.0 8.245984-2 60000.0000 1.406898+1 0.0 2.321382-3 8.010000-2 0.0 8.242138-2 70000.0000 1.383985+1 0.0 2.283575-3 8.010000-2 0.0 8.238358-2 80000.0000 1.361463+1 0.0 2.246414-3 8.010000-2 0.0 8.234641-2 87336.0000 1.345185+1 0.0 2.219555-3 8.010000-2 0.0 8.231956-2 ============================================================================== Atomic Weight Ratio of Isotope------- 1.585512+2 L Value------------------------------ 2 Number of J Values------------------- 2 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 1.50 0.00 1.00 0.00 0.00 ============================================================================== Resonance Parameters ============================================================================== Energy Level Competition Neutron Capture Fission Total Spacing Width Width Width Width Width (eV) (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== 2008.00000 1.547842+1 0.0 2.925421-3 1.050000-1 0.0 1.079254-1 2500.00000 1.546586+1 0.0 2.923047-3 1.050000-1 0.0 1.079230-1 3000.00000 1.545310+1 0.0 2.920636-3 1.050000-1 0.0 1.079206-1 4000.00000 1.542763+1 0.0 2.915821-3 1.050000-1 0.0 1.079158-1 6000.00000 1.537681+1 0.0 2.906217-3 1.050000-1 0.0 1.079062-1 8000.00000 1.532618+1 0.0 2.896647-3 1.050000-1 0.0 1.078966-1 10000.0000 1.527570+1 0.0 2.887107-3 1.050000-1 0.0 1.078871-1 20000.0000 1.502597+1 0.0 2.839908-3 1.050000-1 0.0 1.078399-1 30000.0000 1.478050+1 0.0 2.793514-3 1.050000-1 0.0 1.077935-1 40000.0000 1.453923+1 0.0 2.747915-3 1.050000-1 0.0 1.077479-1 50000.0000 1.430208+1 0.0 2.703093-3 1.050000-1 0.0 1.077031-1 60000.0000 1.406898+1 0.0 2.659038-3 1.050000-1 0.0 1.076590-1 70000.0000 1.383985+1 0.0 2.615732-3 1.050000-1 0.0 1.076157-1 80000.0000 1.361463+1 0.0 2.573166-3 1.050000-1 0.0 1.075732-1 87336.0000 1.345185+1 0.0 2.542399-3 1.050000-1 0.0 1.075424-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 2.50 0.00 1.00 0.00 0.00 ============================================================================== Resonance Parameters ============================================================================== Energy Level Competition Neutron Capture Fission Total Spacing Width Width Width Width Width (eV) (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== 2008.00000 1.265514+1 0.0 2.391821-3 1.050000-1 0.0 1.073918-1 2500.00000 1.264487+1 0.0 2.389880-3 1.050000-1 0.0 1.073899-1 3000.00000 1.263443+1 0.0 2.387908-3 1.050000-1 0.0 1.073879-1 4000.00000 1.261361+1 0.0 2.383972-3 1.050000-1 0.0 1.073840-1 6000.00000 1.257206+1 0.0 2.376120-3 1.050000-1 0.0 1.073761-1 8000.00000 1.253066+1 0.0 2.368295-3 1.050000-1 0.0 1.073683-1 10000.0000 1.248939+1 0.0 2.360496-3 1.050000-1 0.0 1.073605-1 20000.0000 1.228521+1 0.0 2.321905-3 1.050000-1 0.0 1.073219-1 30000.0000 1.208452+1 0.0 2.283974-3 1.050000-1 0.0 1.072840-1 40000.0000 1.188726+1 0.0 2.246692-3 1.050000-1 0.0 1.072467-1 50000.0000 1.169336+1 0.0 2.210045-3 1.050000-1 0.0 1.072100-1 60000.0000 1.150278+1 0.0 2.174026-3 1.050000-1 0.0 1.071740-1 70000.0000 1.131545+1 0.0 2.138619-3 1.050000-1 0.0 1.071386-1 80000.0000 1.113131+1 0.0 2.103817-3 1.050000-1 0.0 1.071038-1 87336.0000 1.099822+1 0.0 2.078663-3 1.050000-1 0.0 1.070787-1 ============================================================================== Reconstructing Cross Sections from Resonance Parameters ============================================================================== E-Low E-High Points Type of Resonance Region (eV) (eV) Generated Messages ============================================================================== 1.000000-5 2008.00000 12532 Resolved 2008.00000 87336.0000 22 Unresolved ============================================================================== Entire Resonance Region 12554 Points ============================================================================== Combining File 2 and File 3 Data ============================================================================== Reaction File 2 File 3 Combined Points Points Points Comments ============================================================================== Total 12554 38 12579 Elastic 12554 42 12583 Capture 12554 35 12584 ============================================================================== ============================================================================== Total Execution Time 0.56 Seconds ============================================================================== ****************************************************************************** End of ENDF/B Input Data ****************************************************************************** Core Allocation and Requirements ============================================================================== Sections Nodes Parameter Storage ============================================================================== Allocated 200 120000 120000 Required 6 82 146 ============================================================================== End of Run ============================================================================== ============================================================================== Total Execution Time 0.56 Seconds ==============================================================================