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 9908 ****************************************************************************** Processing 44-Ru-101 MAT= 4440 ****************************************************************************** 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------------------ 44-Ru-101 Atomic Weight Ratio------------------ 1.000390+2 Number of Isotopes------------------- 1 ============================================================================== Isotope Number----------------------- 1 Isotope------------------------------ 44-Ru-101 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------ 1035.40000 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+)----- 6.525463-1 Number of L Values------------------- 2 ============================================================================== Atomic Weight Ratio of Isotope------- 1.000390+2 Competitive Reaction Q Value--------- 0.0 eV Angular Momentum (L)----------------- 0 LRX (Competitive Widths)------------- 0 (No Competitive Widths) Number of Resonances----------------- 41 ============================================================================== Multi-Level Breit-Wigner Resonance Parameters ============================================================================== Energy J Value Total Neutron Capture Fission Competition (eV) (eV) (eV) (eV) (eV) (eV) ============================================================================== 61.8100000 2.00 2.080400-1 5.040000-3 2.030000-1 0.0 0.0 66.8200000 2.00 2.090000-1 4.800000-2 1.610000-1 0.0 0.0 112.530000 2.00 2.146200-1 1.062000-2 2.040000-1 0.0 0.0 157.040000 2.00 1.655600-1 1.356000-2 1.520000-1 0.0 0.0 251.450000 2.00 1.886200-1 4.920000-3 1.837000-1 0.0 0.0 311.070000 2.00 3.257800-1 1.420800-1 1.837000-1 0.0 0.0 337.040000 2.00 2.209000-1 3.720000-2 1.837000-1 0.0 0.0 346.200000 2.00 2.245000-1 4.080000-2 1.837000-1 0.0 0.0 381.280000 2.00 4.645000-1 2.808000-1 1.837000-1 0.0 0.0 426.940000 2.00 2.638600-1 8.016000-2 1.837000-1 0.0 0.0 456.900000 2.00 3.397000-1 1.560000-1 1.837000-1 0.0 0.0 465.300000 2.00 1.961800-1 1.248000-2 1.837000-1 0.0 0.0 480.400000 2.00 1.981000-1 1.440000-2 1.837000-1 0.0 0.0 485.200000 2.00 2.317000-1 4.800000-2 1.837000-1 0.0 0.0 538.700000 2.00 3.577000-1 1.740000-1 1.837000-1 0.0 0.0 595.800000 2.00 1.899400-1 6.240000-3 1.837000-1 0.0 0.0 681.100000 2.00 2.041000-1 2.040000-2 1.837000-1 0.0 0.0 802.900000 2.00 2.698600-1 8.616000-2 1.837000-1 0.0 0.0 955.500000 2.00 2.794600-1 9.576000-2 1.837000-1 0.0 0.0 971.900000 2.00 4.189000-1 2.352000-1 1.837000-1 0.0 0.0 1035.00000 2.00 4.477000-1 2.640000-1 1.837000-1 0.0 0.0 ------------------------------------------------------------------------------ 15.7000000 3.00 1.926286-1 4.628572-3 1.880000-1 0.0 0.0 42.3000000 3.00 1.805714-1 1.457143-2 1.660000-1 0.0 0.0 52.1200000 3.00 1.986286-1 1.628572-3 1.970000-1 0.0 0.0 100.170000 3.00 1.737143-1 7.714286-3 1.660000-1 0.0 0.0 141.140000 3.00 1.233571-1 2.357143-3 1.210000-1 0.0 0.0 197.280000 3.00 2.126000-1 7.560001-2 1.370000-1 0.0 0.0 243.900000 3.00 2.619714-1 2.897143-2 2.330000-1 0.0 0.0 313.700000 3.00 2.222714-1 3.857143-2 1.837000-1 0.0 0.0 325.240000 3.00 1.979286-1 1.422857-2 1.837000-1 0.0 0.0 378.400000 3.00 2.337572-1 5.005715-2 1.837000-1 0.0 0.0 433.800000 3.00 2.219286-1 3.822857-2 1.837000-1 0.0 0.0 462.200000 3.00 2.625571-1 7.885715-2 1.837000-1 0.0 0.0 523.100000 3.00 1.987857-1 1.508571-2 1.837000-1 0.0 0.0 575.200000 3.00 1.941572-1 1.045714-2 1.837000-1 0.0 0.0 613.300000 3.00 1.881572-1 4.457143-3 1.837000-1 0.0 0.0 661.800000 3.00 3.739857-1 1.902857-1 1.837000-1 0.0 0.0 762.100000 3.00 2.917000-1 1.080000-1 1.837000-1 0.0 0.0 770.800000 3.00 2.083857-1 2.468571-2 1.837000-1 0.0 0.0 876.200000 3.00 2.610143-1 7.731429-2 1.837000-1 0.0 0.0 924.600000 3.00 2.742143-1 9.051429-2 1.837000-1 0.0 0.0 ============================================================================== Atomic Weight Ratio of Isotope------- 1.000390+2 Competitive Reaction Q Value--------- 0.0 eV Angular Momentum (L)----------------- 1 LRX (Competitive Widths)------------- 0 (No Competitive Widths) Number of Resonances----------------- 7 ------------------------------------------------------------------------------ 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) ============================================================================== 25.0600000 3.00 1.837112-1 1.114286-5 1.837000-1 0.0 0.0 47.0700000 3.00 1.837189-1 1.885714-5 1.837000-1 0.0 0.0 888.800000 3.00 1.909000-1 7.200000-3 1.837000-1 0.0 0.0 ------------------------------------------------------------------------------ 13.6000000 4.00 1.837027-1 2.666667-6 1.837000-1 0.0 0.0 13.9400000 4.00 1.837060-1 6.000000-6 1.837000-1 0.0 0.0 36.4100000 4.00 1.837253-1 2.533333-5 1.837000-1 0.0 0.0 38.6600000 4.00 1.837087-1 8.666667-6 1.837000-1 0.0 0.0 ------------------------------------------------------------------------------ WARNING...WARNING...WARNING...WARNING...WARNING...WARNING...WARNING...WARNING for L= 1 The Following J Sequences are Missing. J = 1.00 J = 2.00 ------------------------------------------------------------------------------ ------------------------------------------------------------------------------ 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 = 1.333 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------ 1035.40000 eV Upper Limit of the Energy Range------ 128490.000 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--------------- 2.500000+0 Effective Scattering Radius (A+)----- 6.525463-1 LSSF--------------------------------- 0 (Add to File 3) Number of L Values------------------- 3 ============================================================================== Atomic Weight Ratio of Isotope------- 1.000390+2 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) ============================================================================== 1035.40000 4.626287+1 0.0 2.886803-3 1.837000-1 0.0 1.865868-1 2000.00000 4.620980+1 0.0 2.883492-3 1.837000-1 0.0 1.865835-1 4000.00000 4.609986+1 0.0 2.876632-3 1.837000-1 0.0 1.865766-1 6000.00000 4.599009+1 0.0 2.869782-3 1.837000-1 0.0 1.865698-1 8000.00000 4.588067+1 0.0 2.862954-3 1.837000-1 0.0 1.865630-1 10000.0000 4.577150+1 0.0 2.856141-3 1.837000-1 0.0 1.865561-1 15000.0000 4.549987+1 0.0 2.839192-3 1.837000-1 0.0 1.865392-1 20000.0000 4.522990+1 0.0 2.822346-3 1.837000-1 0.0 1.865223-1 25000.0000 4.496159+1 0.0 2.805603-3 1.837000-1 0.0 1.865056-1 30000.0000 4.469501+1 0.0 2.788969-3 1.837000-1 0.0 1.864890-1 40000.0000 4.416668+1 0.0 2.756001-3 1.837000-1 0.0 1.864560-1 50000.0000 4.364499+1 0.0 2.723448-3 1.837000-1 0.0 1.864234-1 60000.0000 4.312967+1 0.0 2.691292-3 1.837000-1 0.0 1.863913-1 70000.0000 4.262090+1 0.0 2.659544-3 1.837000-1 0.0 1.863595-1 80000.0000 4.211836+1 0.0 2.628186-3 1.837000-1 0.0 1.863282-1 100000.000 4.113176+1 0.0 2.566622-3 1.837000-1 0.0 1.862666-1 128490.000 3.976818+1 0.0 2.481535-3 1.837000-1 0.0 1.861815-1 ============================================================================== 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) ============================================================================== 1035.40000 3.304491+1 0.0 2.062002-3 1.837000-1 0.0 1.857620-1 2000.00000 3.300700+1 0.0 2.059637-3 1.837000-1 0.0 1.857596-1 4000.00000 3.292847+1 0.0 2.054737-3 1.837000-1 0.0 1.857547-1 6000.00000 3.285006+1 0.0 2.049844-3 1.837000-1 0.0 1.857498-1 8000.00000 3.277191+1 0.0 2.044967-3 1.837000-1 0.0 1.857450-1 10000.0000 3.269393+1 0.0 2.040101-3 1.837000-1 0.0 1.857401-1 15000.0000 3.249990+1 0.0 2.027994-3 1.837000-1 0.0 1.857280-1 20000.0000 3.230707+1 0.0 2.015961-3 1.837000-1 0.0 1.857160-1 25000.0000 3.211542+1 0.0 2.004002-3 1.837000-1 0.0 1.857040-1 30000.0000 3.192501+1 0.0 1.992121-3 1.837000-1 0.0 1.856921-1 40000.0000 3.154763+1 0.0 1.968572-3 1.837000-1 0.0 1.856686-1 50000.0000 3.117499+1 0.0 1.945320-3 1.837000-1 0.0 1.856453-1 60000.0000 3.080691+1 0.0 1.922351-3 1.837000-1 0.0 1.856224-1 70000.0000 3.044350+1 0.0 1.899675-3 1.837000-1 0.0 1.855997-1 80000.0000 3.008454+1 0.0 1.877276-3 1.837000-1 0.0 1.855773-1 100000.000 2.937983+1 0.0 1.833301-3 1.837000-1 0.0 1.855333-1 128490.000 2.840585+1 0.0 1.772525-3 1.837000-1 0.0 1.854725-1 ============================================================================== Atomic Weight Ratio of Isotope------- 1.000390+2 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) ============================================================================== 1035.40000 7.710478+1 0.0 4.703392-2 1.837000-1 0.0 2.307339-1 2000.00000 7.701633+1 0.0 4.697996-2 1.837000-1 0.0 2.306800-1 4000.00000 7.683311+1 0.0 4.686819-2 1.837000-1 0.0 2.305682-1 6000.00000 7.665015+1 0.0 4.675659-2 1.837000-1 0.0 2.304566-1 8000.00000 7.646779+1 0.0 4.664535-2 1.837000-1 0.0 2.303454-1 10000.0000 7.628583+1 0.0 4.653436-2 1.837000-1 0.0 2.302344-1 15000.0000 7.583311+1 0.0 4.625820-2 1.837000-1 0.0 2.299582-1 20000.0000 7.538316+1 0.0 4.598373-2 1.837000-1 0.0 2.296837-1 25000.0000 7.493597+1 0.0 4.571094-2 1.837000-1 0.0 2.294109-1 30000.0000 7.449168+1 0.0 4.543993-2 1.837000-1 0.0 2.291399-1 40000.0000 7.361113+1 0.0 4.490279-2 1.837000-1 0.0 2.286028-1 50000.0000 7.274165+1 0.0 4.437240-2 1.837000-1 0.0 2.280724-1 60000.0000 7.188279+1 0.0 4.384850-2 1.837000-1 0.0 2.275485-1 70000.0000 7.103484+1 0.0 4.333125-2 1.837000-1 0.0 2.270313-1 80000.0000 7.019727+1 0.0 4.282033-2 1.837000-1 0.0 2.265203-1 100000.000 6.855293+1 0.0 4.181729-2 1.837000-1 0.0 2.255173-1 128490.000 6.628030+1 0.0 4.043099-2 1.837000-1 0.0 2.241310-1 ============================================================================== 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) ============================================================================== 1035.40000 4.626287+1 0.0 2.822035-2 1.837000-1 0.0 2.119204-1 2000.00000 4.620980+1 0.0 2.818798-2 1.837000-1 0.0 2.118880-1 4000.00000 4.609986+1 0.0 2.812092-2 1.837000-1 0.0 2.118209-1 6000.00000 4.599009+1 0.0 2.805395-2 1.837000-1 0.0 2.117540-1 8000.00000 4.588067+1 0.0 2.798721-2 1.837000-1 0.0 2.116872-1 10000.0000 4.577150+1 0.0 2.792061-2 1.837000-1 0.0 2.116206-1 15000.0000 4.549987+1 0.0 2.775492-2 1.837000-1 0.0 2.114549-1 20000.0000 4.522990+1 0.0 2.759024-2 1.837000-1 0.0 2.112902-1 25000.0000 4.496159+1 0.0 2.742657-2 1.837000-1 0.0 2.111266-1 30000.0000 4.469501+1 0.0 2.726396-2 1.837000-1 0.0 2.109640-1 40000.0000 4.416668+1 0.0 2.694167-2 1.837000-1 0.0 2.106417-1 50000.0000 4.364499+1 0.0 2.662344-2 1.837000-1 0.0 2.103234-1 60000.0000 4.312967+1 0.0 2.630910-2 1.837000-1 0.0 2.100091-1 70000.0000 4.262090+1 0.0 2.599875-2 1.837000-1 0.0 2.096988-1 80000.0000 4.211836+1 0.0 2.569220-2 1.837000-1 0.0 2.093922-1 100000.000 4.113176+1 0.0 2.509037-2 1.837000-1 0.0 2.087904-1 128490.000 3.976818+1 0.0 2.425859-2 1.837000-1 0.0 2.079586-1 ============================================================================== 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) ============================================================================== 1035.40000 3.304491+1 0.0 2.015739-2 1.837000-1 0.0 2.038574-1 2000.00000 3.300700+1 0.0 2.013427-2 1.837000-1 0.0 2.038343-1 4000.00000 3.292847+1 0.0 2.008637-2 1.837000-1 0.0 2.037864-1 6000.00000 3.285006+1 0.0 2.003854-2 1.837000-1 0.0 2.037385-1 8000.00000 3.277191+1 0.0 1.999087-2 1.837000-1 0.0 2.036909-1 10000.0000 3.269393+1 0.0 1.994330-2 1.837000-1 0.0 2.036433-1 15000.0000 3.249990+1 0.0 1.982494-2 1.837000-1 0.0 2.035249-1 20000.0000 3.230707+1 0.0 1.970731-2 1.837000-1 0.0 2.034073-1 25000.0000 3.211542+1 0.0 1.959040-2 1.837000-1 0.0 2.032904-1 30000.0000 3.192501+1 0.0 1.947425-2 1.837000-1 0.0 2.031743-1 40000.0000 3.154763+1 0.0 1.924405-2 1.837000-1 0.0 2.029441-1 50000.0000 3.117499+1 0.0 1.901674-2 1.837000-1 0.0 2.027167-1 60000.0000 3.080691+1 0.0 1.879222-2 1.837000-1 0.0 2.024922-1 70000.0000 3.044350+1 0.0 1.857054-2 1.837000-1 0.0 2.022705-1 80000.0000 3.008454+1 0.0 1.835157-2 1.837000-1 0.0 2.020516-1 100000.000 2.937983+1 0.0 1.792169-2 1.837000-1 0.0 2.016217-1 128490.000 2.840585+1 0.0 1.732757-2 1.837000-1 0.0 2.010276-1 ============================================================================== 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) ============================================================================== 1035.40000 2.570159+1 0.0 1.567797-2 1.837000-1 0.0 1.993780-1 2000.00000 2.567211+1 0.0 1.565999-2 1.837000-1 0.0 1.993600-1 4000.00000 2.561104+1 0.0 1.562273-2 1.837000-1 0.0 1.993227-1 6000.00000 2.555005+1 0.0 1.558553-2 1.837000-1 0.0 1.992855-1 8000.00000 2.548926+1 0.0 1.554845-2 1.837000-1 0.0 1.992485-1 10000.0000 2.542861+1 0.0 1.551145-2 1.837000-1 0.0 1.992115-1 15000.0000 2.527770+1 0.0 1.541940-2 1.837000-1 0.0 1.991194-1 20000.0000 2.512772+1 0.0 1.532791-2 1.837000-1 0.0 1.990279-1 25000.0000 2.497866+1 0.0 1.523698-2 1.837000-1 0.0 1.989370-1 30000.0000 2.483056+1 0.0 1.514664-2 1.837000-1 0.0 1.988466-1 40000.0000 2.453704+1 0.0 1.496760-2 1.837000-1 0.0 1.986676-1 50000.0000 2.424722+1 0.0 1.479080-2 1.837000-1 0.0 1.984908-1 60000.0000 2.396093+1 0.0 1.461617-2 1.837000-1 0.0 1.983162-1 70000.0000 2.367828+1 0.0 1.444375-2 1.837000-1 0.0 1.981438-1 80000.0000 2.339909+1 0.0 1.427344-2 1.837000-1 0.0 1.979734-1 100000.000 2.285098+1 0.0 1.393909-2 1.837000-1 0.0 1.976391-1 128490.000 2.209344+1 0.0 1.347699-2 1.837000-1 0.0 1.971770-1 ============================================================================== Atomic Weight Ratio of Isotope------- 1.000390+2 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) ============================================================================== 1035.40000 2.313143+2 0.0 2.775772-2 1.837000-1 0.0 2.114577-1 2000.00000 2.310490+2 0.0 2.772588-2 1.837000-1 0.0 2.114259-1 4000.00000 2.304993+2 0.0 2.765992-2 1.837000-1 0.0 2.113599-1 6000.00000 2.299504+2 0.0 2.759405-2 1.837000-1 0.0 2.112941-1 8000.00000 2.294034+2 0.0 2.752841-2 1.837000-1 0.0 2.112284-1 10000.0000 2.288575+2 0.0 2.746290-2 1.837000-1 0.0 2.111629-1 15000.0000 2.274993+2 0.0 2.729992-2 1.837000-1 0.0 2.109999-1 20000.0000 2.261495+2 0.0 2.713794-2 1.837000-1 0.0 2.108379-1 25000.0000 2.248079+2 0.0 2.697695-2 1.837000-1 0.0 2.106770-1 30000.0000 2.234751+2 0.0 2.681701-2 1.837000-1 0.0 2.105170-1 40000.0000 2.208334+2 0.0 2.650001-2 1.837000-1 0.0 2.102000-1 50000.0000 2.182249+2 0.0 2.618699-2 1.837000-1 0.0 2.098870-1 60000.0000 2.156484+2 0.0 2.587781-2 1.837000-1 0.0 2.095778-1 70000.0000 2.131045+2 0.0 2.557254-2 1.837000-1 0.0 2.092725-1 80000.0000 2.105918+2 0.0 2.527101-2 1.837000-1 0.0 2.089710-1 100000.000 2.056588+2 0.0 2.467906-2 1.837000-1 0.0 2.083791-1 128490.000 1.988409+2 0.0 2.386091-2 1.837000-1 0.0 2.075609-1 ============================================================================== 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) ============================================================================== 1035.40000 7.710478+1 0.0 9.252574-3 1.837000-1 0.0 1.929526-1 2000.00000 7.701633+1 0.0 9.241960-3 1.837000-1 0.0 1.929420-1 4000.00000 7.683311+1 0.0 9.219973-3 1.837000-1 0.0 1.929200-1 6000.00000 7.665015+1 0.0 9.198018-3 1.837000-1 0.0 1.928980-1 8000.00000 7.646779+1 0.0 9.176135-3 1.837000-1 0.0 1.928761-1 10000.0000 7.628583+1 0.0 9.154299-3 1.837000-1 0.0 1.928543-1 15000.0000 7.583311+1 0.0 9.099973-3 1.837000-1 0.0 1.928000-1 20000.0000 7.538316+1 0.0 9.045980-3 1.837000-1 0.0 1.927460-1 25000.0000 7.493597+1 0.0 8.992317-3 1.837000-1 0.0 1.926923-1 30000.0000 7.449169+1 0.0 8.939004-3 1.837000-1 0.0 1.926390-1 40000.0000 7.361113+1 0.0 8.833336-3 1.837000-1 0.0 1.925333-1 50000.0000 7.274165+1 0.0 8.728998-3 1.837000-1 0.0 1.924290-1 60000.0000 7.188280+1 0.0 8.625936-3 1.837000-1 0.0 1.923259-1 70000.0000 7.103484+1 0.0 8.524180-3 1.837000-1 0.0 1.922242-1 80000.0000 7.019726+1 0.0 8.423671-3 1.837000-1 0.0 1.921237-1 100000.000 6.855293+1 0.0 8.226352-3 1.837000-1 0.0 1.919264-1 128490.000 6.628030+1 0.0 7.953636-3 1.837000-1 0.0 1.916536-1 ============================================================================== 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) ============================================================================== 1035.40000 4.626287+1 0.0 5.551544-3 1.837000-1 0.0 1.892515-1 2000.00000 4.620980+1 0.0 5.545176-3 1.837000-1 0.0 1.892452-1 4000.00000 4.609986+1 0.0 5.531984-3 1.837000-1 0.0 1.892320-1 6000.00000 4.599009+1 0.0 5.518811-3 1.837000-1 0.0 1.892188-1 8000.00000 4.588067+1 0.0 5.505681-3 1.837000-1 0.0 1.892057-1 10000.0000 4.577150+1 0.0 5.492580-3 1.837000-1 0.0 1.891926-1 15000.0000 4.549987+1 0.0 5.459984-3 1.837000-1 0.0 1.891600-1 20000.0000 4.522990+1 0.0 5.427588-3 1.837000-1 0.0 1.891276-1 25000.0000 4.496159+1 0.0 5.395391-3 1.837000-1 0.0 1.890954-1 30000.0000 4.469501+1 0.0 5.363402-3 1.837000-1 0.0 1.890634-1 40000.0000 4.416668+1 0.0 5.300002-3 1.837000-1 0.0 1.890000-1 50000.0000 4.364499+1 0.0 5.237399-3 1.837000-1 0.0 1.889374-1 60000.0000 4.312968+1 0.0 5.175562-3 1.837000-1 0.0 1.888756-1 70000.0000 4.262090+1 0.0 5.114508-3 1.837000-1 0.0 1.888145-1 80000.0000 4.211835+1 0.0 5.054203-3 1.837000-1 0.0 1.887542-1 100000.000 4.113176+1 0.0 4.935811-3 1.837000-1 0.0 1.886358-1 128490.000 3.976818+1 0.0 4.772183-3 1.837000-1 0.0 1.884722-1 ============================================================================== 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) ============================================================================== 1035.40000 3.304491+1 0.0 3.965389-3 1.837000-1 0.0 1.876654-1 2000.00000 3.300700+1 0.0 3.960840-3 1.837000-1 0.0 1.876608-1 4000.00000 3.292847+1 0.0 3.951417-3 1.837000-1 0.0 1.876514-1 6000.00000 3.285006+1 0.0 3.942008-3 1.837000-1 0.0 1.876420-1 8000.00000 3.277191+1 0.0 3.932630-3 1.837000-1 0.0 1.876326-1 10000.0000 3.269393+1 0.0 3.923271-3 1.837000-1 0.0 1.876233-1 15000.0000 3.249990+1 0.0 3.899989-3 1.837000-1 0.0 1.876000-1 20000.0000 3.230707+1 0.0 3.876849-3 1.837000-1 0.0 1.875768-1 25000.0000 3.211542+1 0.0 3.853850-3 1.837000-1 0.0 1.875539-1 30000.0000 3.192501+1 0.0 3.831002-3 1.837000-1 0.0 1.875310-1 40000.0000 3.154763+1 0.0 3.785715-3 1.837000-1 0.0 1.874857-1 50000.0000 3.117499+1 0.0 3.740999-3 1.837000-1 0.0 1.874410-1 60000.0000 3.080691+1 0.0 3.696830-3 1.837000-1 0.0 1.873968-1 70000.0000 3.044350+1 0.0 3.653220-3 1.837000-1 0.0 1.873532-1 80000.0000 3.008454+1 0.0 3.610145-3 1.837000-1 0.0 1.873101-1 100000.000 2.937983+1 0.0 3.525580-3 1.837000-1 0.0 1.872256-1 128490.000 2.840585+1 0.0 3.408702-3 1.837000-1 0.0 1.871087-1 ============================================================================== 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) ============================================================================== 1035.40000 2.570159+1 0.0 3.084191-3 1.837000-1 0.0 1.867842-1 2000.00000 2.567211+1 0.0 3.080653-3 1.837000-1 0.0 1.867807-1 4000.00000 2.561104+1 0.0 3.073324-3 1.837000-1 0.0 1.867733-1 6000.00000 2.555005+1 0.0 3.066006-3 1.837000-1 0.0 1.867660-1 8000.00000 2.548926+1 0.0 3.058712-3 1.837000-1 0.0 1.867587-1 10000.0000 2.542861+1 0.0 3.051433-3 1.837000-1 0.0 1.867514-1 15000.0000 2.527770+1 0.0 3.033324-3 1.837000-1 0.0 1.867333-1 20000.0000 2.512772+1 0.0 3.015327-3 1.837000-1 0.0 1.867153-1 25000.0000 2.497866+1 0.0 2.997439-3 1.837000-1 0.0 1.866974-1 30000.0000 2.483056+1 0.0 2.979668-3 1.837000-1 0.0 1.866797-1 40000.0000 2.453704+1 0.0 2.944445-3 1.837000-1 0.0 1.866444-1 50000.0000 2.424722+1 0.0 2.909666-3 1.837000-1 0.0 1.866097-1 60000.0000 2.396093+1 0.0 2.875312-3 1.837000-1 0.0 1.865753-1 70000.0000 2.367828+1 0.0 2.841393-3 1.837000-1 0.0 1.865414-1 80000.0000 2.339909+1 0.0 2.807891-3 1.837000-1 0.0 1.865079-1 100000.000 2.285098+1 0.0 2.742117-3 1.837000-1 0.0 1.864421-1 128490.000 2.209344+1 0.0 2.651212-3 1.837000-1 0.0 1.863512-1 ============================================================================== 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) ============================================================================== 1035.40000 2.102858+1 0.0 2.523429-3 1.837000-1 0.0 1.862234-1 2000.00000 2.100445+1 0.0 2.520534-3 1.837000-1 0.0 1.862205-1 4000.00000 2.095448+1 0.0 2.514538-3 1.837000-1 0.0 1.862145-1 6000.00000 2.090458+1 0.0 2.508550-3 1.837000-1 0.0 1.862086-1 8000.00000 2.085485+1 0.0 2.502582-3 1.837000-1 0.0 1.862026-1 10000.0000 2.080523+1 0.0 2.496627-3 1.837000-1 0.0 1.861966-1 15000.0000 2.068176+1 0.0 2.481811-3 1.837000-1 0.0 1.861818-1 20000.0000 2.055904+1 0.0 2.467085-3 1.837000-1 0.0 1.861671-1 25000.0000 2.043708+1 0.0 2.452450-3 1.837000-1 0.0 1.861525-1 30000.0000 2.031592+1 0.0 2.437910-3 1.837000-1 0.0 1.861379-1 40000.0000 2.007576+1 0.0 2.409091-3 1.837000-1 0.0 1.861091-1 50000.0000 1.983863+1 0.0 2.380636-3 1.837000-1 0.0 1.860806-1 60000.0000 1.960440+1 0.0 2.352528-3 1.837000-1 0.0 1.860525-1 70000.0000 1.937314+1 0.0 2.324776-3 1.837000-1 0.0 1.860248-1 80000.0000 1.914471+1 0.0 2.297365-3 1.837000-1 0.0 1.859974-1 100000.000 1.869625+1 0.0 2.243551-3 1.837000-1 0.0 1.859436-1 128490.000 1.807645+1 0.0 2.169174-3 1.837000-1 0.0 1.858692-1 ============================================================================== Reconstructing Cross Sections from Resonance Parameters ============================================================================== E-Low E-High Points Type of Resonance Region (eV) (eV) Generated Messages ============================================================================== 1.000000-5 1035.40000 6763 Resolved 1035.40000 128490.000 23 Unresolved ============================================================================== Entire Resonance Region 6786 Points ============================================================================== Combining File 2 and File 3 Data ============================================================================== Reaction File 2 File 3 Combined Points Points Points Comments ============================================================================== Total 6786 37 6811 Elastic 6786 56 6823 Capture 6786 34 6816 ============================================================================== ============================================================================== Total Execution Time 0.37 Seconds ============================================================================== ****************************************************************************** End of ENDF/B Input Data ****************************************************************************** Core Allocation and Requirements ============================================================================== Sections Nodes Parameter Storage ============================================================================== Allocated 200 120000 120000 Required 15 67 265 ============================================================================== End of Run ============================================================================== ============================================================================== Total Execution Time 0.37 Seconds ==============================================================================