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 303 ****************************************************************************** Processing 62-Sm-152 MAT= 6249 ****************************************************************************** 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------------------ 62-Sm-152 Atomic Weight Ratio------------------ 1.506150+2 Number of Isotopes------------------- 1 ============================================================================== Isotope Number----------------------- 1 Isotope------------------------------ 62-Sm-152 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------ 5101.20000 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+)----- 8.300000-1 Number of L Values------------------- 1 ============================================================================== Atomic Weight Ratio of Isotope------- 1.506150+2 Competitive Reaction Q Value--------- 0.0 eV Angular Momentum (L)----------------- 0 LRX (Competitive Widths)------------- 0 (No Competitive Widths) Number of Resonances----------------- 92 ============================================================================== Multi-Level Breit-Wigner Resonance Parameters ============================================================================== Energy J Value Total Neutron Capture Fission Competition (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== -136.000000 0.50 1.944990+0 1.885000+0 5.999000-2 0.0 0.0 8.04700000 0.50 2.010000-1 1.350000-1 6.600000-2 0.0 0.0 62.2000000 0.50 6.399000-2 4.000000-3 5.999000-2 0.0 0.0 87.7000000 0.50 2.710000-1 2.060000-1 6.500000-2 0.0 0.0 154.100000 0.50 2.350000-1 1.420000-1 9.300000-2 0.0 0.0 185.200000 0.50 7.000000-2 1.900000-2 5.100000-2 0.0 0.0 237.200000 0.50 4.799900-1 4.200000-1 5.999000-2 0.0 0.0 314.700000 0.50 1.949900-1 1.350000-1 5.999000-2 0.0 0.0 327.200000 0.50 2.639900-1 2.040000-1 5.999000-2 0.0 0.0 385.100000 0.50 8.500000-2 4.000000-2 4.500000-2 0.0 0.0 415.800000 0.50 1.150000-1 5.700000-2 5.800000-2 0.0 0.0 482.900000 0.50 6.879000-2 8.800000-3 5.999000-2 0.0 0.0 505.900000 0.50 2.559900-1 1.960000-1 5.999000-2 0.0 0.0 587.100000 0.50 2.410000-1 1.600000-1 8.100000-2 0.0 0.0 641.900000 0.50 4.399900-1 3.800000-1 5.999000-2 0.0 0.0 768.700000 0.50 5.499900-1 4.900000-1 5.999000-2 0.0 0.0 775.400000 0.50 2.359990+0 2.300000+0 5.999000-2 0.0 0.0 792.500000 0.50 1.750000-1 1.150000-1 6.000000-2 0.0 0.0 852.900000 0.50 4.539900-1 3.940000-1 5.999000-2 0.0 0.0 928.700000 0.50 6.599000-2 6.000000-3 5.999000-2 0.0 0.0 952.300000 0.50 4.699900-1 4.100000-1 5.999000-2 0.0 0.0 986.400000 0.50 2.639900-1 2.040000-1 5.999000-2 0.0 0.0 1047.60000 0.50 2.799900-1 2.200000-1 5.999000-2 0.0 0.0 1081.80000 0.50 9.299000-2 3.300000-2 5.999000-2 0.0 0.0 1113.20000 0.50 9.699000-2 3.700000-2 5.999000-2 0.0 0.0 1228.10000 0.50 4.739900-1 4.140000-1 5.999000-2 0.0 0.0 1239.50000 0.50 5.699900-1 5.100000-1 5.999000-2 0.0 0.0 1314.40000 0.50 3.230000-1 2.500000-1 7.300000-2 0.0 0.0 1402.40000 0.50 1.179990+0 1.120000+0 5.999000-2 0.0 0.0 1427.20000 0.50 1.309990+0 1.250000+0 5.999000-2 0.0 0.0 1501.90000 0.50 1.569900-1 9.700000-2 5.999000-2 0.0 0.0 1541.30000 0.50 4.489900-1 3.890000-1 5.999000-2 0.0 0.0 1600.60000 0.50 3.799900-1 3.200000-1 5.999000-2 0.0 0.0 1691.80000 0.50 1.169990+0 1.110000+0 5.999000-2 0.0 0.0 1730.00000 0.50 1.999900-1 1.400000-1 5.999000-2 0.0 0.0 1750.30000 0.50 6.839000-2 8.400000-3 5.999000-2 0.0 0.0 1806.90000 0.50 1.619900-1 1.020000-1 5.999000-2 0.0 0.0 1875.60000 0.50 6.869000-2 8.700000-3 5.999000-2 0.0 0.0 1954.80000 0.50 4.499900-1 3.900000-1 5.999000-2 0.0 0.0 1987.00000 0.50 7.299001-2 1.300000-2 5.999000-2 0.0 0.0 2046.60000 0.50 8.699001-2 2.700000-2 5.999000-2 0.0 0.0 2121.50000 0.50 9.099900-1 8.500000-1 5.999000-2 0.0 0.0 2196.70000 0.50 6.939001-2 9.400000-3 5.999000-2 0.0 0.0 2237.10000 0.50 3.399900-1 2.800000-1 5.999000-2 0.0 0.0 2310.50000 0.50 3.299900-1 2.700000-1 5.999000-2 0.0 0.0 2367.80000 0.50 2.599900-1 2.000000-1 5.999000-2 0.0 0.0 2392.50000 0.50 2.399900-1 1.800000-1 5.999000-2 0.0 0.0 2456.30000 0.50 4.599900-1 4.000000-1 5.999000-2 0.0 0.0 2490.00000 0.50 6.999000-2 1.000000-2 5.999000-2 0.0 0.0 2522.00000 0.50 1.049900-1 4.500000-2 5.999000-2 0.0 0.0 2582.60000 0.50 2.099900-1 1.500000-1 5.999000-2 0.0 0.0 2648.50000 0.50 2.319990+0 2.260000+0 5.999000-2 0.0 0.0 2656.90000 0.50 1.249990+0 1.190000+0 5.999000-2 0.0 0.0 2695.80000 0.50 4.699900-1 4.100000-1 5.999000-2 0.0 0.0 2854.00000 0.50 9.199001-2 3.200000-2 5.999000-2 0.0 0.0 2912.10000 0.50 1.409990+0 1.350000+0 5.999000-2 0.0 0.0 2925.00000 0.50 1.199900-1 6.000000-2 5.999000-2 0.0 0.0 2966.60000 0.50 5.199900-1 4.600000-1 5.999000-2 0.0 0.0 2985.50000 0.50 1.259990+0 1.200000+0 5.999000-2 0.0 0.0 3030.70000 0.50 6.699900-1 6.100000-1 5.999000-2 0.0 0.0 3104.00000 0.50 2.399900-1 1.800000-1 5.999000-2 0.0 0.0 3157.90000 0.50 5.499900-1 4.900000-1 5.999000-2 0.0 0.0 3258.70000 0.50 6.099900-1 5.500000-1 5.999000-2 0.0 0.0 3288.20000 0.50 1.149990+0 1.090000+0 5.999000-2 0.0 0.0 3315.50000 0.50 1.799900-1 1.200000-1 5.999000-2 0.0 0.0 3433.50000 0.50 1.199990+0 1.140000+0 5.999000-2 0.0 0.0 3464.00000 0.50 5.099900-1 4.500000-1 5.999000-2 0.0 0.0 3512.00000 0.50 7.419900-1 6.820000-1 5.999000-2 0.0 0.0 3537.80000 0.50 2.499990+0 2.440000+0 5.999000-2 0.0 0.0 3609.40000 0.50 1.899900-1 1.300000-1 5.999000-2 0.0 0.0 3665.00000 0.50 2.359990+0 2.300000+0 5.999000-2 0.0 0.0 3826.60000 0.50 3.599900-1 3.000000-1 5.999000-2 0.0 0.0 3925.70000 0.50 7.499900-1 6.900000-1 5.999000-2 0.0 0.0 4028.40000 0.50 4.399900-1 3.800000-1 5.999000-2 0.0 0.0 4075.50000 0.50 2.799900-1 2.200000-1 5.999000-2 0.0 0.0 4101.50000 0.50 8.219900-1 7.620000-1 5.999000-2 0.0 0.0 4172.60000 0.50 4.129990+0 4.070000+0 5.999000-2 0.0 0.0 4215.30000 0.50 6.299900-1 5.700000-1 5.999000-2 0.0 0.0 4320.30000 0.50 1.069990+0 1.010000+0 5.999000-2 0.0 0.0 4405.00000 0.50 1.199900-1 6.000000-2 5.999000-2 0.0 0.0 4523.00000 0.50 4.699900-1 4.100000-1 5.999000-2 0.0 0.0 4557.00000 0.50 4.399900-1 3.800000-1 5.999000-2 0.0 0.0 4590.00000 0.50 3.399900-1 2.800000-1 5.999000-2 0.0 0.0 4651.00000 0.50 6.199900-1 5.600000-1 5.999000-2 0.0 0.0 4668.00000 0.50 1.629990+0 1.570000+0 5.999000-2 0.0 0.0 4725.00000 0.50 1.289900-1 6.900000-2 5.999000-2 0.0 0.0 4777.00000 0.50 5.699900-1 5.100000-1 5.999000-2 0.0 0.0 4923.00000 0.50 8.199900-1 7.600000-1 5.999000-2 0.0 0.0 4946.00000 0.50 4.499900-1 3.900000-1 5.999000-2 0.0 0.0 4985.00000 0.50 1.684990+0 1.625000+0 5.999000-2 0.0 0.0 5073.00000 0.50 2.199990+0 2.140000+0 5.999000-2 0.0 0.0 5100.00000 0.50 3.299900-1 2.700000-1 5.999000-2 0.0 0.0 ============================================================================== Lower Limit of the Energy Range------ 5101.20000 eV Upper Limit of the Energy Range------ 122590.000 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+)----- 8.300000-1 LSSF--------------------------------- 0 (Add to File 3) Number of L Values------------------- 3 ============================================================================== Atomic Weight Ratio of Isotope------- 1.506150+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) ============================================================================== 5101.20000 3.427748+1 0.0 7.626739-3 7.270000-2 0.0 8.032674-2 6000.00000 3.422095+1 0.0 7.614161-3 7.270000-2 0.0 8.031416-2 8000.00000 3.409557+1 0.0 7.586265-3 7.270000-2 0.0 8.028627-2 10000.0000 3.397065+1 0.0 7.558470-3 7.270000-2 0.0 8.025847-2 20000.0000 3.335338+1 0.0 7.421127-3 7.270000-2 0.0 8.012113-2 30000.0000 3.274777+1 0.0 7.286379-3 7.270000-2 0.0 7.998638-2 40000.0000 3.215376+1 0.0 7.154212-3 7.270000-2 0.0 7.985421-2 50000.0000 3.157102+1 0.0 7.024551-3 7.270000-2 0.0 7.972455-2 60000.0000 3.099936+1 0.0 6.897358-3 7.270000-2 0.0 7.959736-2 70000.0000 3.043859+1 0.0 6.772586-3 7.270000-2 0.0 7.947259-2 80000.0000 2.988847+1 0.0 6.650184-3 7.270000-2 0.0 7.935018-2 90000.0000 2.934870+1 0.0 6.530085-3 7.270000-2 0.0 7.923009-2 100000.000 2.881922+1 0.0 6.412276-3 7.270000-2 0.0 7.911228-2 110000.000 2.829973+1 0.0 6.296691-3 7.270000-2 0.0 7.899669-2 122590.000 2.766014+1 0.0 6.154381-3 7.270000-2 0.0 7.885438-2 ============================================================================== Atomic Weight Ratio of Isotope------- 1.506150+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) ============================================================================== 5101.20000 3.427748+1 0.0 2.056649-3 6.100000-2 0.0 6.305665-2 6000.00000 3.422095+1 0.0 2.053257-3 6.100000-2 0.0 6.305326-2 8000.00000 3.409557+1 0.0 2.045735-3 6.100000-2 0.0 6.304574-2 10000.0000 3.397065+1 0.0 2.038239-3 6.100000-2 0.0 6.303824-2 20000.0000 3.335338+1 0.0 2.001203-3 6.100000-2 0.0 6.300120-2 30000.0000 3.274777+1 0.0 1.964866-3 6.100000-2 0.0 6.296487-2 40000.0000 3.215376+1 0.0 1.929226-3 6.100000-2 0.0 6.292923-2 50000.0000 3.157102+1 0.0 1.894261-3 6.100000-2 0.0 6.289426-2 60000.0000 3.099936+1 0.0 1.859962-3 6.100000-2 0.0 6.285996-2 70000.0000 3.043859+1 0.0 1.826315-3 6.100000-2 0.0 6.282632-2 80000.0000 2.988847+1 0.0 1.793308-3 6.100000-2 0.0 6.279331-2 90000.0000 2.934870+1 0.0 1.760922-3 6.100000-2 0.0 6.276092-2 100000.000 2.881922+1 0.0 1.729153-3 6.100000-2 0.0 6.272915-2 110000.000 2.829973+1 0.0 1.697984-3 6.100000-2 0.0 6.269798-2 122590.000 2.766014+1 0.0 1.659609-3 6.100000-2 0.0 6.265961-2 ============================================================================== 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) ============================================================================== 5101.20000 1.713874+1 0.0 1.028324-3 6.000000-2 0.0 6.102832-2 6000.00000 1.711048+1 0.0 1.026629-3 6.000000-2 0.0 6.102663-2 8000.00000 1.704779+1 0.0 1.022867-3 6.000000-2 0.0 6.102287-2 10000.0000 1.698533+1 0.0 1.019120-3 6.000000-2 0.0 6.101912-2 20000.0000 1.667669+1 0.0 1.000601-3 6.000000-2 0.0 6.100060-2 30000.0000 1.637389+1 0.0 9.824332-4 6.000000-2 0.0 6.098243-2 40000.0000 1.607688+1 0.0 9.646129-4 6.000000-2 0.0 6.096461-2 50000.0000 1.578551+1 0.0 9.471305-4 6.000000-2 0.0 6.094713-2 60000.0000 1.549968+1 0.0 9.299810-4 6.000000-2 0.0 6.092998-2 70000.0000 1.521929+1 0.0 9.131577-4 6.000000-2 0.0 6.091316-2 80000.0000 1.494423+1 0.0 8.966541-4 6.000000-2 0.0 6.089665-2 90000.0000 1.467435+1 0.0 8.804610-4 6.000000-2 0.0 6.088046-2 100000.000 1.440961+1 0.0 8.645766-4 6.000000-2 0.0 6.086458-2 110000.000 1.414987+1 0.0 8.489920-4 6.000000-2 0.0 6.084899-2 122590.000 1.383007+1 0.0 8.298043-4 6.000000-2 0.0 6.082980-2 ============================================================================== Atomic Weight Ratio of Isotope------- 1.506150+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) ============================================================================== 5101.20000 1.713874+1 0.0 2.570811-3 3.400000-2 0.0 3.657081-2 6000.00000 1.711048+1 0.0 2.566571-3 3.400000-2 0.0 3.656657-2 8000.00000 1.704779+1 0.0 2.557168-3 3.400000-2 0.0 3.655717-2 10000.0000 1.698533+1 0.0 2.547799-3 3.400000-2 0.0 3.654780-2 20000.0000 1.667669+1 0.0 2.501504-3 3.400000-2 0.0 3.650150-2 30000.0000 1.637389+1 0.0 2.456083-3 3.400000-2 0.0 3.645608-2 40000.0000 1.607688+1 0.0 2.411532-3 3.400000-2 0.0 3.641153-2 50000.0000 1.578551+1 0.0 2.367826-3 3.400000-2 0.0 3.636783-2 60000.0000 1.549968+1 0.0 2.324952-3 3.400000-2 0.0 3.632495-2 70000.0000 1.521930+1 0.0 2.282894-3 3.400000-2 0.0 3.628289-2 80000.0000 1.494423+1 0.0 2.241635-3 3.400000-2 0.0 3.624164-2 90000.0000 1.467435+1 0.0 2.201152-3 3.400000-2 0.0 3.620115-2 100000.000 1.440961+1 0.0 2.161441-3 3.400000-2 0.0 3.616144-2 110000.000 1.414987+1 0.0 2.122480-3 3.400000-2 0.0 3.612248-2 122590.000 1.383007+1 0.0 2.074511-3 3.400000-2 0.0 3.607451-2 ============================================================================== 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) ============================================================================== 5101.20000 1.142583+1 0.0 1.713874-3 3.400000-2 0.0 3.571387-2 6000.00000 1.140698+1 0.0 1.711047-3 3.400000-2 0.0 3.571105-2 8000.00000 1.136519+1 0.0 1.704779-3 3.400000-2 0.0 3.570478-2 10000.0000 1.132355+1 0.0 1.698533-3 3.400000-2 0.0 3.569853-2 20000.0000 1.111779+1 0.0 1.667669-3 3.400000-2 0.0 3.566767-2 30000.0000 1.091592+1 0.0 1.637388-3 3.400000-2 0.0 3.563739-2 40000.0000 1.071792+1 0.0 1.607688-3 3.400000-2 0.0 3.560769-2 50000.0000 1.052367+1 0.0 1.578551-3 3.400000-2 0.0 3.557855-2 60000.0000 1.033312+1 0.0 1.549968-3 3.400000-2 0.0 3.554997-2 70000.0000 1.014620+1 0.0 1.521930-3 3.400000-2 0.0 3.552193-2 80000.0000 9.962823+0 0.0 1.494423-3 3.400000-2 0.0 3.549442-2 90000.0000 9.782899+0 0.0 1.467435-3 3.400000-2 0.0 3.546744-2 100000.000 9.606406+0 0.0 1.440961-3 3.400000-2 0.0 3.544096-2 110000.000 9.433245+0 0.0 1.414987-3 3.400000-2 0.0 3.541499-2 122590.000 9.220047+0 0.0 1.383007-3 3.400000-2 0.0 3.538301-2 ============================================================================== Reconstructing Cross Sections from Resonance Parameters ============================================================================== E-Low E-High Points Type of Resonance Region (eV) (eV) Generated Messages ============================================================================== 1.000000-5 5101.20000 18459 Resolved 5101.20000 122590.000 21 Unresolved ============================================================================== Entire Resonance Region 18480 Points ============================================================================== Combining File 2 and File 3 Data ============================================================================== Reaction File 2 File 3 Combined Points Points Points Comments ============================================================================== Total 18480 39 18515 Elastic 18480 43 18509 Capture 18480 36 18512 ============================================================================== ============================================================================== Total Execution Time 0.88 Seconds ============================================================================== ****************************************************************************** End of ENDF/B Input Data ****************************************************************************** Core Allocation and Requirements ============================================================================== Sections Nodes Parameter Storage ============================================================================== Allocated 200 120000 120000 Required 6 108 172 ============================================================================== End of Run ============================================================================== ============================================================================== Total Execution Time 0.88 Seconds ==============================================================================