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 ============================================================================== 06/2004 1 ****************************************************************************** Processing 42-Mo-95 MAT= 4234 ****************************************************************************** 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------------------ 42-Mo-95 Atomic Weight Ratio------------------ 9.409060+1 Number of Isotopes------------------- 1 ============================================================================== Isotope Number----------------------- 1 Isotope------------------------------ 42-Mo-95 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------ 2141.20000 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--------------- 2.500000+0 Effective Scattering Radius (A+)----- 7.000000-1 Number of L Values------------------- 2 ============================================================================== Atomic Weight Ratio of Isotope------- 9.409060+1 Competitive Reaction Q Value--------- 0.0 eV Angular Momentum (L)----------------- 0 LRX (Competitive Widths)------------- 0 (No Competitive Widths) Number of Resonances----------------- 21 ============================================================================== Multi-Level Breit-Wigner Resonance Parameters ============================================================================== Energy J Value Total Neutron Capture Fission Competition (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== -26.8200000 2.00 2.760000-1 1.260000-1 1.500000-1 0.0 0.0 554.400000 2.00 2.820000-1 1.320000-1 1.500000-1 0.0 0.0 898.400000 2.00 4.930000-1 3.180000-1 1.750000-1 0.0 0.0 980.700000 2.00 1.944000-1 4.440000-2 1.500000-1 0.0 0.0 1144.60000 2.00 4.730000-1 3.000000-1 1.730000-1 0.0 0.0 1495.50000 2.00 2.520000-1 1.020000-1 1.500000-1 0.0 0.0 1677.40000 2.00 2.700000-1 1.200000-1 1.500000-1 0.0 0.0 1950.20000 2.00 6.400000-1 4.680000-1 1.720000-1 0.0 0.0 2048.10000 2.00 4.440000-1 2.940000-1 1.500000-1 0.0 0.0 2130.10000 2.00 4.908000-1 3.408000-1 1.500000-1 0.0 0.0 ------------------------------------------------------------------------------ 44.9000000 3.00 3.214286-1 1.714286-1 1.500000-1 0.0 0.0 159.500000 3.00 1.788571-1 1.285714-2 1.660000-1 0.0 0.0 358.300000 3.00 4.192857-1 2.742857-1 1.450000-1 0.0 0.0 661.600000 3.00 1.654286-1 1.542857-2 1.500000-1 0.0 0.0 680.700000 3.00 8.564286-1 7.114286-1 1.450000-1 0.0 0.0 769.800000 3.00 1.740000-1 2.400000-2 1.500000-1 0.0 0.0 1025.00000 3.00 2.442857-1 9.428572-2 1.500000-1 0.0 0.0 1203.40000 3.00 2.622857-1 1.122857-1 1.500000-1 0.0 0.0 1419.30000 3.00 6.774286-1 5.314286-1 1.460000-1 0.0 0.0 1589.50000 3.00 4.331429-1 2.451429-1 1.880000-1 0.0 0.0 1766.10000 3.00 5.318572-1 3.488572-1 1.830000-1 0.0 0.0 ============================================================================== Atomic Weight Ratio of Isotope------- 9.409060+1 Competitive Reaction Q Value--------- 0.0 eV Angular Momentum (L)----------------- 1 LRX (Competitive Widths)------------- 0 (No Competitive Widths) Number of Resonances----------------- 35 ------------------------------------------------------------------------------ WARNING...WARNING...WARNING...WARNING...WARNING...WARNING...WARNING...WARNING L= 1 J = 2.000 Corresponds to 2 Resonance Sequences. L= 1 J = 3.000 Corresponds to 2 Resonance Sequences. ------------------------------------------------------------------------------ ============================================================================== Multi-Level Breit-Wigner Resonance Parameters ============================================================================== Energy J Value Total Neutron Capture Fission Competition (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== 110.400000 1.00 3.103200-1 3.200000-4 3.100000-1 0.0 0.0 745.500000 1.00 1.910000-1 1.100000-2 1.800000-1 0.0 0.0 932.100000 1.00 1.870000-1 7.000000-3 1.800000-1 0.0 0.0 956.500000 1.00 1.830000-1 3.000000-3 1.800000-1 0.0 0.0 ------------------------------------------------------------------------------ 117.800000 2.00 2.001800-1 1.800000-4 2.000000-1 0.0 0.0 245.800000 2.00 1.806000-1 6.000000-4 1.800000-1 0.0 0.0 418.200000 2.00 1.812000-1 1.200000-3 1.800000-1 0.0 0.0 630.000000 2.00 2.040000-1 2.400000-2 1.800000-1 0.0 0.0 1360.60000 2.00 1.872000-1 7.200000-3 1.800000-1 0.0 0.0 1788.00000 2.00 2.544000-1 7.440000-2 1.800000-1 0.0 0.0 2112.20000 2.00 2.520000-1 7.200000-2 1.800000-1 0.0 0.0 ------------------------------------------------------------------------------ 263.800000 3.00 1.812000-1 1.200000-3 1.800000-1 0.0 0.0 469.700000 3.00 1.894286-1 9.428572-3 1.800000-1 0.0 0.0 595.700000 3.00 1.807200-1 7.200000-4 1.800000-1 0.0 0.0 702.800000 3.00 1.824857-1 2.485714-3 1.800000-1 0.0 0.0 1059.20000 3.00 1.878857-1 7.885715-3 1.800000-1 0.0 0.0 1296.90000 3.00 1.894286-1 9.428572-3 1.800000-1 0.0 0.0 1340.70000 3.00 2.194286-1 3.942857-2 1.800000-1 0.0 0.0 1386.70000 3.00 1.899429-1 9.942858-3 1.800000-1 0.0 0.0 1437.00000 3.00 1.933714-1 1.337143-2 1.800000-1 0.0 0.0 1570.00000 3.00 1.902857-1 1.028571-2 1.800000-1 0.0 0.0 1576.80000 3.00 1.889143-1 8.914286-3 1.800000-1 0.0 0.0 1704.10000 3.00 2.166857-1 3.668572-2 1.800000-1 0.0 0.0 1925.10000 3.00 2.108572-1 3.085714-2 1.800000-1 0.0 0.0 ------------------------------------------------------------------------------ 217.900000 4.00 1.808667-1 8.666667-4 1.800000-1 0.0 0.0 331.400000 4.00 1.822667-1 2.266667-3 1.800000-1 0.0 0.0 708.300000 4.00 1.889333-1 8.933333-3 1.800000-1 0.0 0.0 1011.10000 4.00 1.884000-1 8.400000-3 1.800000-1 0.0 0.0 1035.70000 4.00 1.888000-1 8.800000-3 1.800000-1 0.0 0.0 1122.50000 4.00 1.826667-1 2.666667-3 1.800000-1 0.0 0.0 1170.50000 4.00 1.937333-1 1.373333-2 1.800000-1 0.0 0.0 1841.70000 4.00 2.058667-1 2.586667-2 1.800000-1 0.0 0.0 1853.30000 4.00 1.842667-1 4.266667-3 1.800000-1 0.0 0.0 1961.30000 4.00 1.984000-1 1.840000-2 1.800000-1 0.0 0.0 2140.90000 4.00 2.028000-1 2.280000-2 1.800000-1 0.0 0.0 ------------------------------------------------------------------------------ WARNING...WARNING...WARNING...WARNING...WARNING...WARNING...WARNING...WARNING FOR L = 1 Expect Sum of Statistical Weights (GJ) to Equal (2*L + 1) = 3.000 Found = 2.000 Corrective Action Will be Taken to Correctly Calculate the Potential Scattering Cross Section - This Procedure is Based on the Decision of the National Nuclear Data Center, Brookhaven National Laboratory, Private Communication, Charles Dunford, (April 1991) ============================================================================== Lower Limit of the Energy Range------ 2141.20000 eV Upper Limit of the Energy Range------ 206268.500 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--------------- 2.500000+0 Effective Scattering Radius (A+)----- 7.000000-1 LSSF--------------------------------- 0 (Add to File 3) Number of L Values------------------- 3 ============================================================================== Atomic Weight Ratio of Isotope------- 9.409060+1 L Value------------------------------ 0 Number of J Values------------------- 2 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 2.00 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) ============================================================================== 2141.20000 1.661756+2 0.0 7.444669-3 1.500000-1 0.0 1.574447-1 2500.00000 1.661116+2 0.0 7.441798-3 1.500000-1 0.0 1.574418-1 3000.00000 1.660218+2 0.0 7.437776-3 1.500000-1 0.0 1.574378-1 5000.00000 1.656637+2 0.0 7.421733-3 1.500000-1 0.0 1.574217-1 10000.0000 1.647724+2 0.0 7.381803-3 1.500000-1 0.0 1.573818-1 20000.0000 1.630048+2 0.0 7.302614-3 1.500000-1 0.0 1.573026-1 30000.0000 1.612578+2 0.0 7.224349-3 1.500000-1 0.0 1.572243-1 40000.0000 1.595297+2 0.0 7.146932-3 1.500000-1 0.0 1.571469-1 50000.0000 1.578215+2 0.0 7.070405-3 1.500000-1 0.0 1.570704-1 60000.0000 1.561328+2 0.0 6.994749-3 1.500000-1 0.0 1.569947-1 70000.0000 1.544634+2 0.0 6.919959-3 1.500000-1 0.0 1.569200-1 80000.0000 1.528123+2 0.0 6.845990-3 1.500000-1 0.0 1.568460-1 90000.0000 1.511802+2 0.0 6.772874-3 1.500000-1 0.0 1.567729-1 100000.000 1.495663+2 0.0 6.700569-3 1.500000-1 0.0 1.567006-1 120000.000 1.463929+2 0.0 6.558403-3 1.500000-1 0.0 1.565584-1 140000.000 1.432906+2 0.0 6.419421-3 1.500000-1 0.0 1.564194-1 160000.000 1.402579+2 0.0 6.283555-3 1.500000-1 0.0 1.562836-1 180000.000 1.372924+2 0.0 6.150701-3 1.500000-1 0.0 1.561507-1 206268.500 1.334983+2 0.0 5.980722-3 1.500000-1 0.0 1.559807-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 3.00 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) ============================================================================== 2141.20000 1.186969+2 0.0 5.317620-3 1.500000-1 0.0 1.553176-1 2500.00000 1.186511+2 0.0 5.315570-3 1.500000-1 0.0 1.553156-1 3000.00000 1.185870+2 0.0 5.312697-3 1.500000-1 0.0 1.553127-1 5000.00000 1.183312+2 0.0 5.301238-3 1.500000-1 0.0 1.553012-1 10000.0000 1.176946+2 0.0 5.272717-3 1.500000-1 0.0 1.552727-1 20000.0000 1.164320+2 0.0 5.216153-3 1.500000-1 0.0 1.552162-1 30000.0000 1.151842+2 0.0 5.160250-3 1.500000-1 0.0 1.551603-1 40000.0000 1.139498+2 0.0 5.104952-3 1.500000-1 0.0 1.551050-1 50000.0000 1.127297+2 0.0 5.050290-3 1.500000-1 0.0 1.550503-1 60000.0000 1.115234+2 0.0 4.996249-3 1.500000-1 0.0 1.549962-1 70000.0000 1.103310+2 0.0 4.942828-3 1.500000-1 0.0 1.549428-1 80000.0000 1.091516+2 0.0 4.889993-3 1.500000-1 0.0 1.548900-1 90000.0000 1.079859+2 0.0 4.837767-3 1.500000-1 0.0 1.548378-1 100000.000 1.068331+2 0.0 4.786121-3 1.500000-1 0.0 1.547861-1 120000.000 1.045664+2 0.0 4.684574-3 1.500000-1 0.0 1.546846-1 140000.000 1.023505+2 0.0 4.585301-3 1.500000-1 0.0 1.545853-1 160000.000 1.001842+2 0.0 4.488254-3 1.500000-1 0.0 1.544883-1 180000.000 9.806602+1 0.0 4.393358-3 1.500000-1 0.0 1.543934-1 206268.500 9.535590+1 0.0 4.271945-3 1.500000-1 0.0 1.542719-1 ============================================================================== Atomic Weight Ratio of Isotope------- 9.409060+1 L Value------------------------------ 1 Number of J Values------------------- 4 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 1.00 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) ============================================================================== 2141.20000 2.769594+2 0.0 1.811315-1 1.800000-1 0.0 3.611315-1 2500.00000 2.768526+2 0.0 1.810616-1 1.800000-1 0.0 3.610616-1 3000.00000 2.767030+2 0.0 1.809637-1 1.800000-1 0.0 3.609637-1 5000.00000 2.761061+2 0.0 1.805734-1 1.800000-1 0.0 3.605734-1 10000.0000 2.746207+2 0.0 1.796019-1 1.800000-1 0.0 3.596019-1 20000.0000 2.716746+2 0.0 1.776752-1 1.800000-1 0.0 3.576752-1 30000.0000 2.687630+2 0.0 1.757710-1 1.800000-1 0.0 3.557710-1 40000.0000 2.658829+2 0.0 1.738874-1 1.800000-1 0.0 3.538874-1 50000.0000 2.630359+2 0.0 1.720255-1 1.800000-1 0.0 3.520255-1 60000.0000 2.602213+2 0.0 1.701847-1 1.800000-1 0.0 3.501847-1 70000.0000 2.574389+2 0.0 1.683651-1 1.800000-1 0.0 3.483651-1 80000.0000 2.546871+2 0.0 1.665654-1 1.800000-1 0.0 3.465654-1 90000.0000 2.519670+2 0.0 1.647864-1 1.800000-1 0.0 3.447864-1 100000.000 2.492771+2 0.0 1.630272-1 1.800000-1 0.0 3.430272-1 120000.000 2.439882+2 0.0 1.595683-1 1.800000-1 0.0 3.395683-1 140000.000 2.388177+2 0.0 1.561868-1 1.800000-1 0.0 3.361868-1 160000.000 2.337632+2 0.0 1.528811-1 1.800000-1 0.0 3.328811-1 180000.000 2.288207+2 0.0 1.496487-1 1.800000-1 0.0 3.296487-1 206268.500 2.224971+2 0.0 1.455131-1 1.800000-1 0.0 3.255131-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 2.00 0.00 2.00 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) ============================================================================== 2141.20000 1.661756+2 0.0 1.086789-1 1.800000-1 0.0 2.886789-1 2500.00000 1.661116+2 0.0 1.086370-1 1.800000-1 0.0 2.886370-1 3000.00000 1.660218+2 0.0 1.085782-1 1.800000-1 0.0 2.885782-1 5000.00000 1.656637+2 0.0 1.083440-1 1.800000-1 0.0 2.883440-1 10000.0000 1.647724+2 0.0 1.077611-1 1.800000-1 0.0 2.877611-1 20000.0000 1.630048+2 0.0 1.066051-1 1.800000-1 0.0 2.866051-1 30000.0000 1.612578+2 0.0 1.054626-1 1.800000-1 0.0 2.854626-1 40000.0000 1.595297+2 0.0 1.043324-1 1.800000-1 0.0 2.843324-1 50000.0000 1.578215+2 0.0 1.032153-1 1.800000-1 0.0 2.832153-1 60000.0000 1.561328+2 0.0 1.021108-1 1.800000-1 0.0 2.821108-1 70000.0000 1.544634+2 0.0 1.010190-1 1.800000-1 0.0 2.810190-1 80000.0000 1.528123+2 0.0 9.993923-2 1.800000-1 0.0 2.799392-1 90000.0000 1.511802+2 0.0 9.887186-2 1.800000-1 0.0 2.788719-1 100000.000 1.495663+2 0.0 9.781635-2 1.800000-1 0.0 2.778164-1 120000.000 1.463929+2 0.0 9.574097-2 1.800000-1 0.0 2.757410-1 140000.000 1.432906+2 0.0 9.371208-2 1.800000-1 0.0 2.737121-1 160000.000 1.402579+2 0.0 9.172869-2 1.800000-1 0.0 2.717287-1 180000.000 1.372924+2 0.0 8.978925-2 1.800000-1 0.0 2.697893-1 206268.500 1.334983+2 0.0 8.730786-2 1.800000-1 0.0 2.673079-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 3.00 0.00 2.00 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) ============================================================================== 2141.20000 1.186969+2 0.0 7.762776-2 1.800000-1 0.0 2.576278-1 2500.00000 1.186511+2 0.0 7.759783-2 1.800000-1 0.0 2.575978-1 3000.00000 1.185870+2 0.0 7.755589-2 1.800000-1 0.0 2.575559-1 5000.00000 1.183312+2 0.0 7.738861-2 1.800000-1 0.0 2.573886-1 10000.0000 1.176946+2 0.0 7.697225-2 1.800000-1 0.0 2.569723-1 20000.0000 1.164320+2 0.0 7.614651-2 1.800000-1 0.0 2.561465-1 30000.0000 1.151842+2 0.0 7.533043-2 1.800000-1 0.0 2.553304-1 40000.0000 1.139498+2 0.0 7.452318-2 1.800000-1 0.0 2.545232-1 50000.0000 1.127297+2 0.0 7.372521-2 1.800000-1 0.0 2.537252-1 60000.0000 1.115234+2 0.0 7.293632-2 1.800000-1 0.0 2.529363-1 70000.0000 1.103310+2 0.0 7.215646-2 1.800000-1 0.0 2.521565-1 80000.0000 1.091516+2 0.0 7.138517-2 1.800000-1 0.0 2.513852-1 90000.0000 1.079859+2 0.0 7.062276-2 1.800000-1 0.0 2.506228-1 100000.000 1.068331+2 0.0 6.986882-2 1.800000-1 0.0 2.498688-1 120000.000 1.045664+2 0.0 6.838641-2 1.800000-1 0.0 2.483864-1 140000.000 1.023505+2 0.0 6.693720-2 1.800000-1 0.0 2.469372-1 160000.000 1.001842+2 0.0 6.552049-2 1.800000-1 0.0 2.455205-1 180000.000 9.806602+1 0.0 6.413518-2 1.800000-1 0.0 2.441352-1 206268.500 9.535590+1 0.0 6.236276-2 1.800000-1 0.0 2.423628-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 4.00 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) ============================================================================== 2141.20000 9.231980+1 0.0 6.037715-2 1.800000-1 0.0 2.403772-1 2500.00000 9.228420+1 0.0 6.035387-2 1.800000-1 0.0 2.403539-1 3000.00000 9.223432+1 0.0 6.032125-2 1.800000-1 0.0 2.403213-1 5000.00000 9.203538+1 0.0 6.019114-2 1.800000-1 0.0 2.401911-1 10000.0000 9.154022+1 0.0 5.986730-2 1.800000-1 0.0 2.398673-1 20000.0000 9.055820+1 0.0 5.922506-2 1.800000-1 0.0 2.392251-1 30000.0000 8.958767+1 0.0 5.859033-2 1.800000-1 0.0 2.385903-1 40000.0000 8.862763+1 0.0 5.796247-2 1.800000-1 0.0 2.379625-1 50000.0000 8.767864+1 0.0 5.734183-2 1.800000-1 0.0 2.373418-1 60000.0000 8.674044+1 0.0 5.672825-2 1.800000-1 0.0 2.367283-1 70000.0000 8.581298+1 0.0 5.612169-2 1.800000-1 0.0 2.361217-1 80000.0000 8.489571+1 0.0 5.552179-2 1.800000-1 0.0 2.355218-1 90000.0000 8.398901+1 0.0 5.492881-2 1.800000-1 0.0 2.349288-1 100000.000 8.309238+1 0.0 5.434241-2 1.800000-1 0.0 2.343424-1 120000.000 8.132941+1 0.0 5.318943-2 1.800000-1 0.0 2.331894-1 140000.000 7.960591+1 0.0 5.206227-2 1.800000-1 0.0 2.320623-1 160000.000 7.792107+1 0.0 5.096038-2 1.800000-1 0.0 2.309604-1 180000.000 7.627357+1 0.0 4.988291-2 1.800000-1 0.0 2.298829-1 206268.500 7.416570+1 0.0 4.850437-2 1.800000-1 0.0 2.285044-1 ============================================================================== Atomic Weight Ratio of Isotope------- 9.409060+1 L Value------------------------------ 2 Number of J Values------------------- 6 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 0.00 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) ============================================================================== 2141.20000 8.308782+2 0.0 1.412493-1 1.500000-1 0.0 2.912493-1 2500.00000 8.305579+2 0.0 1.411948-1 1.500000-1 0.0 2.911948-1 3000.00000 8.301090+2 0.0 1.411185-1 1.500000-1 0.0 2.911185-1 5000.00000 8.283184+2 0.0 1.408141-1 1.500000-1 0.0 2.908141-1 10000.0000 8.238621+2 0.0 1.400566-1 1.500000-1 0.0 2.900566-1 20000.0000 8.150239+2 0.0 1.385541-1 1.500000-1 0.0 2.885541-1 30000.0000 8.062890+2 0.0 1.370691-1 1.500000-1 0.0 2.870691-1 40000.0000 7.976487+2 0.0 1.356003-1 1.500000-1 0.0 2.856003-1 50000.0000 7.891077+2 0.0 1.341483-1 1.500000-1 0.0 2.841483-1 60000.0000 7.806639+2 0.0 1.327129-1 1.500000-1 0.0 2.827129-1 70000.0000 7.723168+2 0.0 1.312938-1 1.500000-1 0.0 2.812938-1 80000.0000 7.640615+2 0.0 1.298904-1 1.500000-1 0.0 2.798904-1 90000.0000 7.559010+2 0.0 1.285032-1 1.500000-1 0.0 2.785032-1 100000.000 7.478314+2 0.0 1.271313-1 1.500000-1 0.0 2.771313-1 120000.000 7.319648+2 0.0 1.244340-1 1.500000-1 0.0 2.744340-1 140000.000 7.164532+2 0.0 1.217970-1 1.500000-1 0.0 2.717970-1 160000.000 7.012896+2 0.0 1.192192-1 1.500000-1 0.0 2.692192-1 180000.000 6.864622+2 0.0 1.166986-1 1.500000-1 0.0 2.666986-1 206268.500 6.674914+2 0.0 1.134735-1 1.500000-1 0.0 2.634735-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 1.00 0.00 2.00 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) ============================================================================== 2141.20000 2.769594+2 0.0 4.708310-2 1.500000-1 0.0 1.970831-1 2500.00000 2.768526+2 0.0 4.706495-2 1.500000-1 0.0 1.970650-1 3000.00000 2.767030+2 0.0 4.703951-2 1.500000-1 0.0 1.970395-1 5000.00000 2.761061+2 0.0 4.693804-2 1.500000-1 0.0 1.969380-1 10000.0000 2.746207+2 0.0 4.668552-2 1.500000-1 0.0 1.966855-1 20000.0000 2.716746+2 0.0 4.618469-2 1.500000-1 0.0 1.961847-1 30000.0000 2.687630+2 0.0 4.568971-2 1.500000-1 0.0 1.956897-1 40000.0000 2.658829+2 0.0 4.520009-2 1.500000-1 0.0 1.952001-1 50000.0000 2.630359+2 0.0 4.471610-2 1.500000-1 0.0 1.947161-1 60000.0000 2.602213+2 0.0 4.423762-2 1.500000-1 0.0 1.942376-1 70000.0000 2.574389+2 0.0 4.376462-2 1.500000-1 0.0 1.937646-1 80000.0000 2.546872+2 0.0 4.329682-2 1.500000-1 0.0 1.932968-1 90000.0000 2.519670+2 0.0 4.283439-2 1.500000-1 0.0 1.928344-1 100000.000 2.492771+2 0.0 4.237711-2 1.500000-1 0.0 1.923771-1 120000.000 2.439883+2 0.0 4.147800-2 1.500000-1 0.0 1.914780-1 140000.000 2.388177+2 0.0 4.059901-2 1.500000-1 0.0 1.905990-1 160000.000 2.337632+2 0.0 3.973975-2 1.500000-1 0.0 1.897398-1 180000.000 2.288207+2 0.0 3.889952-2 1.500000-1 0.0 1.888995-1 206268.500 2.224971+2 0.0 3.782451-2 1.500000-1 0.0 1.878245-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 2.00 0.00 2.00 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) ============================================================================== 2141.20000 1.661756+2 0.0 2.824986-2 1.500000-1 0.0 1.782499-1 2500.00000 1.661116+2 0.0 2.823897-2 1.500000-1 0.0 1.782390-1 3000.00000 1.660218+2 0.0 2.822371-2 1.500000-1 0.0 1.782237-1 5000.00000 1.656637+2 0.0 2.816283-2 1.500000-1 0.0 1.781628-1 10000.0000 1.647724+2 0.0 2.801131-2 1.500000-1 0.0 1.780113-1 20000.0000 1.630048+2 0.0 2.771081-2 1.500000-1 0.0 1.777108-1 30000.0000 1.612578+2 0.0 2.741382-2 1.500000-1 0.0 1.774138-1 40000.0000 1.595297+2 0.0 2.712006-2 1.500000-1 0.0 1.771201-1 50000.0000 1.578215+2 0.0 2.682966-2 1.500000-1 0.0 1.768297-1 60000.0000 1.561328+2 0.0 2.654258-2 1.500000-1 0.0 1.765426-1 70000.0000 1.544634+2 0.0 2.625877-2 1.500000-1 0.0 1.762588-1 80000.0000 1.528123+2 0.0 2.597809-2 1.500000-1 0.0 1.759781-1 90000.0000 1.511802+2 0.0 2.570063-2 1.500000-1 0.0 1.757006-1 100000.000 1.495663+2 0.0 2.542627-2 1.500000-1 0.0 1.754263-1 120000.000 1.463930+2 0.0 2.488680-2 1.500000-1 0.0 1.748868-1 140000.000 1.432906+2 0.0 2.435941-2 1.500000-1 0.0 1.743594-1 160000.000 1.402579+2 0.0 2.384385-2 1.500000-1 0.0 1.738439-1 180000.000 1.372924+2 0.0 2.333971-2 1.500000-1 0.0 1.733397-1 206268.500 1.334983+2 0.0 2.269471-2 1.500000-1 0.0 1.726947-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 3.00 0.00 2.00 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) ============================================================================== 2141.20000 1.186969+2 0.0 2.017847-2 1.500000-1 0.0 1.701785-1 2500.00000 1.186511+2 0.0 2.017069-2 1.500000-1 0.0 1.701707-1 3000.00000 1.185870+2 0.0 2.015979-2 1.500000-1 0.0 1.701598-1 5000.00000 1.183312+2 0.0 2.011630-2 1.500000-1 0.0 1.701163-1 10000.0000 1.176946+2 0.0 2.000808-2 1.500000-1 0.0 1.700081-1 20000.0000 1.164320+2 0.0 1.979344-2 1.500000-1 0.0 1.697934-1 30000.0000 1.151842+2 0.0 1.958130-2 1.500000-1 0.0 1.695813-1 40000.0000 1.139498+2 0.0 1.937147-2 1.500000-1 0.0 1.693715-1 50000.0000 1.127297+2 0.0 1.916405-2 1.500000-1 0.0 1.691641-1 60000.0000 1.115234+2 0.0 1.895898-2 1.500000-1 0.0 1.689590-1 70000.0000 1.103310+2 0.0 1.875627-2 1.500000-1 0.0 1.687563-1 80000.0000 1.091516+2 0.0 1.855578-2 1.500000-1 0.0 1.685558-1 90000.0000 1.079859+2 0.0 1.835760-2 1.500000-1 0.0 1.683576-1 100000.000 1.068331+2 0.0 1.816162-2 1.500000-1 0.0 1.681616-1 120000.000 1.045664+2 0.0 1.777629-2 1.500000-1 0.0 1.677763-1 140000.000 1.023505+2 0.0 1.739958-2 1.500000-1 0.0 1.673996-1 160000.000 1.001842+2 0.0 1.703132-2 1.500000-1 0.0 1.670313-1 180000.000 9.806602+1 0.0 1.667122-2 1.500000-1 0.0 1.666712-1 206268.500 9.535592+1 0.0 1.621051-2 1.500000-1 0.0 1.662105-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 4.00 0.00 2.00 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) ============================================================================== 2141.20000 9.231980+1 0.0 1.569437-2 1.500000-1 0.0 1.656944-1 2500.00000 9.228421+1 0.0 1.568832-2 1.500000-1 0.0 1.656883-1 3000.00000 9.223434+1 0.0 1.567984-2 1.500000-1 0.0 1.656798-1 5000.00000 9.203538+1 0.0 1.564601-2 1.500000-1 0.0 1.656460-1 10000.0000 9.154023+1 0.0 1.556184-2 1.500000-1 0.0 1.655618-1 20000.0000 9.055820+1 0.0 1.539489-2 1.500000-1 0.0 1.653949-1 30000.0000 8.958767+1 0.0 1.522990-2 1.500000-1 0.0 1.652299-1 40000.0000 8.862763+1 0.0 1.506670-2 1.500000-1 0.0 1.650667-1 50000.0000 8.767864+1 0.0 1.490537-2 1.500000-1 0.0 1.649054-1 60000.0000 8.674044+1 0.0 1.474588-2 1.500000-1 0.0 1.647459-1 70000.0000 8.581298+1 0.0 1.458821-2 1.500000-1 0.0 1.645882-1 80000.0000 8.489572+1 0.0 1.443227-2 1.500000-1 0.0 1.644323-1 90000.0000 8.398901+1 0.0 1.427813-2 1.500000-1 0.0 1.642781-1 100000.000 8.309238+1 0.0 1.412570-2 1.500000-1 0.0 1.641257-1 120000.000 8.132942+1 0.0 1.382600-2 1.500000-1 0.0 1.638260-1 140000.000 7.960591+1 0.0 1.353300-2 1.500000-1 0.0 1.635330-1 160000.000 7.792107+1 0.0 1.324658-2 1.500000-1 0.0 1.632466-1 180000.000 7.627357+1 0.0 1.296651-2 1.500000-1 0.0 1.629665-1 206268.500 7.416571+1 0.0 1.260817-2 1.500000-1 0.0 1.626082-1 ============================================================================== Degrees of Freedom ============================================================================== Interpolation J Value Competition Neutron Capture Fission Law ============================================================================== 2 (Lin X-Lin Y) 5.00 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) ============================================================================== 2141.20000 7.553439+1 0.0 1.284085-2 1.500000-1 0.0 1.628409-1 2500.00000 7.550526+1 0.0 1.283589-2 1.500000-1 0.0 1.628359-1 3000.00000 7.546445+1 0.0 1.282896-2 1.500000-1 0.0 1.628290-1 5000.00000 7.530167+1 0.0 1.280128-2 1.500000-1 0.0 1.628013-1 10000.0000 7.489655+1 0.0 1.273241-2 1.500000-1 0.0 1.627324-1 20000.0000 7.409308+1 0.0 1.259582-2 1.500000-1 0.0 1.625958-1 30000.0000 7.329900+1 0.0 1.246083-2 1.500000-1 0.0 1.624608-1 40000.0000 7.251352+1 0.0 1.232730-2 1.500000-1 0.0 1.623273-1 50000.0000 7.173707+1 0.0 1.219530-2 1.500000-1 0.0 1.621953-1 60000.0000 7.096944+1 0.0 1.206481-2 1.500000-1 0.0 1.620648-1 70000.0000 7.021062+1 0.0 1.193580-2 1.500000-1 0.0 1.619358-1 80000.0000 6.946014+1 0.0 1.180822-2 1.500000-1 0.0 1.618082-1 90000.0000 6.871828+1 0.0 1.168211-2 1.500000-1 0.0 1.616821-1 100000.000 6.798467+1 0.0 1.155739-2 1.500000-1 0.0 1.615574-1 120000.000 6.654225+1 0.0 1.131218-2 1.500000-1 0.0 1.613122-1 140000.000 6.513211+1 0.0 1.107246-2 1.500000-1 0.0 1.610725-1 160000.000 6.375360+1 0.0 1.083811-2 1.500000-1 0.0 1.608381-1 180000.000 6.240565+1 0.0 1.060896-2 1.500000-1 0.0 1.606090-1 206268.500 6.068103+1 0.0 1.031578-2 1.500000-1 0.0 1.603158-1 ============================================================================== Reconstructing Cross Sections from Resonance Parameters ============================================================================== E-Low E-High Points Type of Resonance Region (eV) (eV) Generated Messages ============================================================================== 1.000000-5 2141.20000 9174 Resolved 2141.20000 206268.500 27 Unresolved ============================================================================== Entire Resonance Region 9201 Points ============================================================================== Combining File 2 and File 3 Data ============================================================================== Reaction File 2 File 3 Combined Points Points Points Comments ============================================================================== Total 9201 55 9234 Elastic 9201 69 9247 Capture 9201 43 9240 ============================================================================== ============================================================================== Total Execution Time 0.50 Seconds ============================================================================== ****************************************************************************** End of ENDF/B Input Data ****************************************************************************** Core Allocation and Requirements ============================================================================== Sections Nodes Parameter Storage ============================================================================== Allocated 200 120000 120000 Required 15 76 297 ============================================================================== End of Run ============================================================================== ============================================================================== Total Execution Time 0.50 Seconds ==============================================================================