FRESCO - FRES 3.0: Coupled Reaction Channels Assuming NAMELIST input. 14C(n,g)15C E1 only 0.100 100.000 0.500 0.000 0.000 0.000 0.000 0.000 0.000 0.000 Centre-of-mass Range is 1002 * 0.1000 fm., Maximum at 100.00 fm., Interpolating NL forms every 0.50 fm. Non - locality width is 4 * 0.1000 fm., Maximum of 0.30 fm., Centred at 0.00 fm. 2-Nucleon Separation of 0 * 0.5000 fm., Maximum of 0.00 fm., Minimum at 0.00 fm. Maximum single particle bins of100.0000 fm. M,Mint = 1001 1001 Range of total J is 0.0 <= J <= 4.5 (at least 0.0) and Absorbtion => -1.0000 mb. Dry Run = F, CC set limits = 0 0, Relativistic kinematics = , Both/Far/Near Analyses = 1 Cross Sections (and up to T0 for 0=projectile) for Theta from 0.0 to 0.0 in steps of 1.0 degrees. Coordinates = 0 (Mads) Lower Radial Cutoff = maximum of -1.60*L*h & 0.0 fm., Lower Cutoff for Couplings = 0.0 fm. Iterate Couplings between 0 and 1 times, to 0.000 % if sooner. Block solved exactly = 0 chs., with Pade = 0 & Isocen = =0, NOSOL = F, initwf = 0 NL quadrature with 18 Gaussian points, Calculate multipoles up to 10 from 0 M-transfers for lp+lt greater than or equal to 6, Angular Integration Cutoff below 2.7778 % Trace switches are : CHANS = 0, LISTCC = 0, TRENEG = 0, CDETR = 0, SMATS = 0, XSTABL = 0, NLPL = 0 WAVES = 0, LAMPL = 0, VEFF = 0, KFUS = 0, WDISK = 0, BPM = 0, MELFIL = 0 CDCC = 0, NFUS = 0 Using unit mass = 1.000000 amu and 1/fine-structure constant = 137.03599 ( 1.000000 * true ) with hc = 197.32705 MeV.fm, thus 2*amu/hbar^2 = 0.0478450 = 1/20.9008 and Coulomb constant = 0.1574855 so e^2 = 1.43997, and nuclear magneton= 0.1261183 Now pre-scan input and save to file 3 *********** PARTITION NUMBER 1 ****************************************************************************************** PROJ=neutron MASS= 1.0087 Z= 0.0, # STATES= 1T, TARG=14C MASS= 14.0032 Z= 6.0, Q-VALUE = 0.0000 MEV. 1: J= 0.5+ (B# 1), E= 0.0000, K= 0.5 Potl# 1 J= 0.0+ (B# 1), E= 0.0000, K= 0.0 *********** PARTITION NUMBER 2 ****************************************************************************************** PROJ=Gamma MASS= 0.0000 Z= 0.0, # STATES= 1T, TARG=15C MASS= 15.0106 Z= 6.0, Q-VALUE = 1.2180 MEV. 1: J= 1.0+ (B# 1), E= 0.0000, K= 0.0 Potl# 3 J= 0.5+ (B# 1), E= 0.0000, K= 0.5 ************************************************************************************************************************************ The following POTENTIALS are defined : KP# TYPE IT SHAPE at V1 r1 a1 V2 r2 a2 A-in A-used A#1 A#2 r0c ac h @ 1 1 0=Coulomb 0=CHARGE (WS) 1 14.000 0.000 1.3000 0.0000 0.0000 0.0000 0.000 14.000 0.10000 1 1=Volume 0=Woods-Saxon 2 57.0000 1.7000 0.7000 0.0000 0.0000 0.0000 0.000 14.000 1 3=Projtl S.O. 0=Woods-Saxon 3 0.0000 1.7000 0.5000 0.0000 0.0000 0.0000 0.000 14.000 -------------------------------------------------------------------------------------------------------------------- A#1 A#2 r0c ac h @ 0 2 0=Coulomb 0=CHARGE (WS) 4 14.000 0.000 1.2000 0.0000 0.0000 0.0000 0.000 14.000 0.10000 2 1=Volume 0=Woods-Saxon 5 55.7700 1.2230 0.5000 0.0000 0.0000 0.0000 0.000 14.000 2 3=Projtl S.O. 0=Woods-Saxon 6 5.0000 1.2230 0.5000 0.0000 0.0000 0.0000 0.000 14.000 ************************************************************************************************************************************ The following SINGLE-PARTICLE FORM FACTORS are constructed : No. P1 P2 IN KIND T N L S1 IA J/S IB BIND XFER BE SC PC FIL AFRAC Adjust to Z Mass K Norm rms D0 D ANC/Gsp 1: 1 2 2 0 2 0 0.5 1 0.5 0 2 0 1.2180 1 0 0 0.0000 VR 0.9926; 0. 1.009 0.2342 1.0000 5.184 85.4 102.7 -1.3042 ************************************************************************************************************************************ TWO-way COUPLING # 1 for partitions 2 <- 1 of KIND 2, -1 1 0 -1 -1 & P1,P2 = 0.0000 0.0000 : for J <= 5.0 & R < 99.5 fm. data = 2 1 1 1 1.0000, so < [15C # 1] / [14C # 1] * Eigen-form # 1> = 1.0000 BE = 1.218 1 Electromagnetic coupling : IP1 =-1, IP2= 1, IP3= 0 Calculates E 1 multipole only 1 1 1 7 0.100 Incoming partition 1 in excitation state # 1, Laboratory Energy given for partition 1 Nucleus 1 in Excitation pair 1 0Lab. ENERGY ranges : from 0.500000E-02 to 4.00500 in 50 intervals from 4.00500 to 0.00000 in 0 intervals from 0.00000 to 0.00000 in 0 intervals Largest real,imaginary parts of any form factor at R= 99.00 are 1.45E-02 0.00E+00 MeV Finished all Couplings @ 0.0018530001 7 Symmetric Hamiltonian 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.50000E-02 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 3 channels, of which 1 need wfs. Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 0.931/ -0.001f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.005914 0CUMULATIVE REACTION cross section = 0.00000 = 3.21 = 11.3 0CUMULATIVE TOTAL cross section = 0.13904 = 0.89 = 1.0 0CUMULATIVE ELASTIC cross section = 0.13904 = 0.89 = 1.0 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00140 0Cumulative ABSORBTION by Imaginary Potentials = -0.00140 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.001396 -0.001396 0CUMULATIVE OUTGOING cross section = 0.00140 To convert to S-factors (MeV.mb = keV.b), multiply by 4.6640E-03 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 0.042943 mb/sr, + REAC 5.6479E-10 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.5327E-31 mb/sr, + REAC 1.3958E-03 mb Finished all xsecs @ 0.0062829996 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.85000E-01 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.325/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.01017 0CUMULATIVE REACTION cross section = 0.00000 = 5.50 = 25.2 0CUMULATIVE TOTAL cross section = 22.66707 = 1.10 = 1.4 0CUMULATIVE ELASTIC cross section = 22.66707 = 1.10 = 1.4 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00499 0Cumulative ABSORBTION by Imaginary Potentials = -0.00499 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004988 -0.004988 0CUMULATIVE OUTGOING cross section = 0.00499 To convert to S-factors (MeV.mb = keV.b), multiply by 7.9289E-02 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 6.796187 mb/sr, + REAC 7.8172E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.9616E-25 mb/sr, + REAC 4.9877E-03 mb Finished all xsecs @ 0.010468001 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.16500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 4.074/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.014332 0CUMULATIVE REACTION cross section = 0.00000 = 3.74 = 13.0 0CUMULATIVE TOTAL cross section = 73.81688 = 1.10 = 1.5 0CUMULATIVE ELASTIC cross section = 73.81688 = 1.10 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00611 0Cumulative ABSORBTION by Imaginary Potentials = -0.00611 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006111 -0.006111 0CUMULATIVE OUTGOING cross section = 0.00611 To convert to S-factors (MeV.mb = keV.b), multiply by 1.5391E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 21.580070 mb/sr, + REAC 2.1142E-11 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 5.1388E-24 mb/sr, + REAC 6.1113E-03 mb Finished all xsecs @ 0.014612999 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.24500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 4.419/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.018542 0CUMULATIVE REACTION cross section = 0.00000 = 2.84 = 9.3 0CUMULATIVE TOTAL cross section = 142.96066 = 1.10 = 1.5 0CUMULATIVE ELASTIC cross section = 142.96066 = 1.10 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00663 0Cumulative ABSORBTION by Imaginary Potentials = -0.00663 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006628 -0.006628 0CUMULATIVE OUTGOING cross section = 0.00663 To convert to S-factors (MeV.mb = keV.b), multiply by 2.2854E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 40.773696 mb/sr, + REAC 1.9663E-11 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 9.2258E-26 mb/sr, + REAC 6.6278E-03 mb Finished all xsecs @ 0.018811999 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.32500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 4.575/ -0.005f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.022626 0CUMULATIVE REACTION cross section = 0.00000 = 5.10 = 20.8 0CUMULATIVE TOTAL cross section = 223.25132 = 1.10 = 1.5 0CUMULATIVE ELASTIC cross section = 223.25132 = 1.10 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00686 0Cumulative ABSORBTION by Imaginary Potentials = -0.00686 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006862 -0.006862 0CUMULATIVE OUTGOING cross section = 0.00686 To convert to S-factors (MeV.mb = keV.b), multiply by 3.0316E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 61.984130 mb/sr, + REAC 5.1112E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 5.0370E-24 mb/sr, + REAC 6.8620E-03 mb Finished all xsecs @ 0.022894999 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.40500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 4.629/ -0.005f Reaction Xsec 2.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.027135 0CUMULATIVE REACTION cross section = -0.00000 = 4.50 = 14.3 0CUMULATIVE TOTAL cross section = 310.17299 = 1.10 = 1.5 0CUMULATIVE ELASTIC cross section = 310.17299 = 1.10 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00694 0Cumulative ABSORBTION by Imaginary Potentials = -0.00694 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006944 -0.006944 0CUMULATIVE OUTGOING cross section = 0.00694 To convert to S-factors (MeV.mb = keV.b), multiply by 3.7779E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 83.598414 mb/sr, + REAC -8.2032E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.0915E-25 mb/sr, + REAC 6.9439E-03 mb Finished all xsecs @ 0.02746 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.48500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 4.625/ -0.005f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.031451 0CUMULATIVE REACTION cross section = 0.00000 = 4.37 = 18.1 0CUMULATIVE TOTAL cross section = 400.71036 = 1.10 = 1.5 0CUMULATIVE ELASTIC cross section = 400.71036 = 1.10 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00694 0Cumulative ABSORBTION by Imaginary Potentials = -0.00694 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006938 -0.006938 0CUMULATIVE OUTGOING cross section = 0.00694 To convert to S-factors (MeV.mb = keV.b), multiply by 4.5241E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 104.522695 mb/sr, + REAC 1.0960E-11 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.8018E-24 mb/sr, + REAC 6.9381E-03 mb Finished all xsecs @ 0.031784 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.56500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 4.587/ -0.005f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.036126003 0CUMULATIVE REACTION cross section = 0.00000 = 3.77 = 15.0 0CUMULATIVE TOTAL cross section = 492.84941 = 1.10 = 1.5 0CUMULATIVE ELASTIC cross section = 492.84941 = 1.10 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00688 0Cumulative ABSORBTION by Imaginary Potentials = -0.00688 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006880 -0.006880 0CUMULATIVE OUTGOING cross section = 0.00688 To convert to S-factors (MeV.mb = keV.b), multiply by 5.2704E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 124.023120 mb/sr, + REAC 3.2341E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 4.8231E-25 mb/sr, + REAC 6.8801E-03 mb Finished all xsecs @ 0.036482003 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.64500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 4.527/ -0.005f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.040561 0CUMULATIVE REACTION cross section = 0.00000 = 3.36 = 11.7 0CUMULATIVE TOTAL cross section = 585.26523 = 1.10 = 1.5 0CUMULATIVE ELASTIC cross section = 585.26523 = 1.10 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00679 0Cumulative ABSORBTION by Imaginary Potentials = -0.00679 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006791 -0.006791 0CUMULATIVE OUTGOING cross section = 0.00679 To convert to S-factors (MeV.mb = keV.b), multiply by 6.0166E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 141.625221 mb/sr, + REAC 5.4084E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 7.9934E-36 mb/sr, + REAC 6.7906E-03 mb Finished all xsecs @ 0.040856 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.72500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 4.455/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.044897 0CUMULATIVE REACTION cross section = 0.00000 = 16.50 = 92.2 0CUMULATIVE TOTAL cross section = 677.12032 = 1.10 = 1.5 0CUMULATIVE ELASTIC cross section = 677.12032 = 1.10 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00668 0Cumulative ABSORBTION by Imaginary Potentials = -0.00668 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006682 -0.006682 0CUMULATIVE OUTGOING cross section = 0.00668 To convert to S-factors (MeV.mb = keV.b), multiply by 6.7628E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 157.048545 mb/sr, + REAC 2.2912E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 8.7688E-24 mb/sr, + REAC 6.6825E-03 mb Finished all xsecs @ 0.04518 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.80500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 4.376/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.049064003 0CUMULATIVE REACTION cross section = 0.00000 = 5.00 = 20.5 0CUMULATIVE TOTAL cross section = 767.93041 = 1.11 = 1.5 0CUMULATIVE ELASTIC cross section = 767.93041 = 1.11 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00656 0Cumulative ABSORBTION by Imaginary Potentials = -0.00656 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006564 -0.006564 0CUMULATIVE OUTGOING cross section = 0.00656 To convert to S-factors (MeV.mb = keV.b), multiply by 7.5091E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 170.163372 mb/sr, + REAC 1.6508E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 4.4242E-24 mb/sr, + REAC 6.5636E-03 mb Finished all xsecs @ 0.049338 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.88500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 4.293/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.053514 0CUMULATIVE REACTION cross section = 0.00000 = 4.41 = 18.7 0CUMULATIVE TOTAL cross section = 857.47296 = 1.11 = 1.5 0CUMULATIVE ELASTIC cross section = 857.47296 = 1.11 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00644 0Cumulative ABSORBTION by Imaginary Potentials = -0.00644 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006439 -0.006439 0CUMULATIVE OUTGOING cross section = 0.00644 To convert to S-factors (MeV.mb = keV.b), multiply by 8.2553E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 180.961731 mb/sr, + REAC 4.1294E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 8.1341E-25 mb/sr, + REAC 6.4392E-03 mb Finished all xsecs @ 0.053807 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 0.96500 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 4.208/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.057716 0CUMULATIVE REACTION cross section = 0.00000 = 2.00 = 4.7 0CUMULATIVE TOTAL cross section = 945.72316 = 1.11 = 1.5 0CUMULATIVE ELASTIC cross section = 945.72316 = 1.11 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00631 0Cumulative ABSORBTION by Imaginary Potentials = -0.00631 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006313 -0.006313 0CUMULATIVE OUTGOING cross section = 0.00631 To convert to S-factors (MeV.mb = keV.b), multiply by 9.0016E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 189.537910 mb/sr, + REAC 6.8856E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 4.2476E-25 mb/sr, + REAC 6.3127E-03 mb Finished all xsecs @ 0.058004003 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.0450 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 4.124/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.062248 0CUMULATIVE REACTION cross section = 0.00000 = 2.90 = 9.8 0CUMULATIVE TOTAL cross section = 1032.80799 = 1.12 = 1.5 0CUMULATIVE ELASTIC cross section = 1032.80799 = 1.12 = 1.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00619 0Cumulative ABSORBTION by Imaginary Potentials = -0.00619 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006186 -0.006186 0CUMULATIVE OUTGOING cross section = 0.00619 To convert to S-factors (MeV.mb = keV.b), multiply by 9.7478E-01 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 196.075375 mb/sr, + REAC 7.9481E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.7651E-23 mb/sr, + REAC 6.1862E-03 mb Finished all xsecs @ 0.062564 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.1250 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 4.041/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.066552 0CUMULATIVE REACTION cross section = -0.00000 = 0.50 = 0.3 0CUMULATIVE TOTAL cross section = 1118.97220 = 1.13 = 1.6 0CUMULATIVE ELASTIC cross section = 1118.97220 = 1.13 = 1.6 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00606 0Cumulative ABSORBTION by Imaginary Potentials = -0.00606 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.006061 -0.006061 0CUMULATIVE OUTGOING cross section = 0.00606 To convert to S-factors (MeV.mb = keV.b), multiply by 1.0494E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 200.837971 mb/sr, + REAC -2.9531E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.2572E-23 mb/sr, + REAC 6.0612E-03 mb Finished all xsecs @ 0.066833004 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.2050 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.959/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.070789 0CUMULATIVE REACTION cross section = 0.00000 = 2.70 = 7.6 0CUMULATIVE TOTAL cross section = 1204.55206 = 1.14 = 1.6 0CUMULATIVE ELASTIC cross section = 1204.55206 = 1.14 = 1.6 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00594 0Cumulative ABSORBTION by Imaginary Potentials = -0.00594 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.005939 -0.005939 0CUMULATIVE OUTGOING cross section = 0.00594 To convert to S-factors (MeV.mb = keV.b), multiply by 1.1240E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 204.163934 mb/sr, + REAC 1.3785E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.6115E-32 mb/sr, + REAC 5.9385E-03 mb Finished all xsecs @ 0.071152 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.2850 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.879/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.075084 0CUMULATIVE REACTION cross section = 0.00000 = 4.18 = 16.8 0CUMULATIVE TOTAL cross section = 1289.95391 = 1.15 = 1.6 0CUMULATIVE ELASTIC cross section = 1289.95391 = 1.15 = 1.6 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00582 0Cumulative ABSORBTION by Imaginary Potentials = -0.00582 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.005819 -0.005819 0CUMULATIVE OUTGOING cross section = 0.00582 To convert to S-factors (MeV.mb = keV.b), multiply by 1.1987E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 206.461523 mb/sr, + REAC 2.4562E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.4873E-25 mb/sr, + REAC 5.8188E-03 mb Finished all xsecs @ 0.075357005 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.3650 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.802/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.07924 0CUMULATIVE REACTION cross section = 0.00000 = 3.04 = 10.2 0CUMULATIVE TOTAL cross section = 1375.63566 = 1.16 = 1.7 0CUMULATIVE ELASTIC cross section = 1375.63566 = 1.16 = 1.7 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00570 0Cumulative ABSORBTION by Imaginary Potentials = -0.00570 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.005702 -0.005702 0CUMULATIVE OUTGOING cross section = 0.00570 To convert to S-factors (MeV.mb = keV.b), multiply by 1.2733E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 208.205326 mb/sr, + REAC 3.1641E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.7895E-23 mb/sr, + REAC 5.7024E-03 mb Finished all xsecs @ 0.079512 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.4450 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.726/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.083623 0CUMULATIVE REACTION cross section = 0.00000 = 4.50 = 18.7 0CUMULATIVE TOTAL cross section = 1462.08954 = 1.17 = 1.7 0CUMULATIVE ELASTIC cross section = 1462.08954 = 1.17 = 1.7 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00559 0Cumulative ABSORBTION by Imaginary Potentials = -0.00559 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.005589 -0.005589 0CUMULATIVE OUTGOING cross section = 0.00559 To convert to S-factors (MeV.mb = keV.b), multiply by 1.3479E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 209.932391 mb/sr, + REAC 1.8393E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.1617E-24 mb/sr, + REAC 5.5894E-03 mb Finished all xsecs @ 0.083907 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.5250 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.653/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 2.5-/ 3 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.087797 0CUMULATIVE REACTION cross section = 0.00000 = 7.17 = 37.6 0CUMULATIVE TOTAL cross section = 1549.82497 = 1.19 = 1.7 0CUMULATIVE ELASTIC cross section = 1549.82497 = 1.19 = 1.7 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00548 0Cumulative ABSORBTION by Imaginary Potentials = -0.00548 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.005480 -0.005480 0CUMULATIVE OUTGOING cross section = 0.00548 To convert to S-factors (MeV.mb = keV.b), multiply by 1.4225E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 212.237391 mb/sr, + REAC 6.5357E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 8.7885E-24 mb/sr, + REAC 5.4799E-03 mb Finished all xsecs @ 0.088064 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.6050 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.583/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.092068 0CUMULATIVE REACTION cross section = 0.00000 = 9.50 = 54.2 0CUMULATIVE TOTAL cross section = 1639.35089 = 1.20 = 1.8 0CUMULATIVE ELASTIC cross section = 1639.35089 = 1.20 = 1.8 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00537 0Cumulative ABSORBTION by Imaginary Potentials = -0.00537 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.005374 -0.005374 0CUMULATIVE OUTGOING cross section = 0.00537 To convert to S-factors (MeV.mb = keV.b), multiply by 1.4972E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 215.766072 mb/sr, + REAC 2.0700E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.2384E-25 mb/sr, + REAC 5.3740E-03 mb Finished all xsecs @ 0.092354 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.6850 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.514/ -0.004f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.09623 0CUMULATIVE REACTION cross section = 0.00000 = 3.65 = 14.5 0CUMULATIVE TOTAL cross section = 1731.15685 = 1.22 = 1.9 0CUMULATIVE ELASTIC cross section = 1731.15685 = 1.22 = 1.9 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00527 0Cumulative ABSORBTION by Imaginary Potentials = -0.00527 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.005271 -0.005271 0CUMULATIVE OUTGOING cross section = 0.00527 To convert to S-factors (MeV.mb = keV.b), multiply by 1.5718E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 221.206296 mb/sr, + REAC 3.9434E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 5.9429E-25 mb/sr, + REAC 5.2714E-03 mb Finished all xsecs @ 0.096495 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.7650 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.448/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.100522004 0CUMULATIVE REACTION cross section = 0.00000 = 4.00 = 16.2 0CUMULATIVE TOTAL cross section = 1825.69280 = 1.24 = 1.9 0CUMULATIVE ELASTIC cross section = 1825.69280 = 1.24 = 1.9 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00517 0Cumulative ABSORBTION by Imaginary Potentials = -0.00517 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.005172 -0.005172 0CUMULATIVE OUTGOING cross section = 0.00517 To convert to S-factors (MeV.mb = keV.b), multiply by 1.6464E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 229.276085 mb/sr, + REAC 1.1294E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 7.3097E-24 mb/sr, + REAC 5.1723E-03 mb Finished all xsecs @ 0.100803 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.8450 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.384/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.104646005 0CUMULATIVE REACTION cross section = -0.00000 = 3.60 = 14.0 0CUMULATIVE TOTAL cross section = 1923.34750 = 1.26 = 2.0 0CUMULATIVE ELASTIC cross section = 1923.34750 = 1.26 = 2.0 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00508 0Cumulative ABSORBTION by Imaginary Potentials = -0.00508 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.005076 -0.005076 0CUMULATIVE OUTGOING cross section = 0.00508 To convert to S-factors (MeV.mb = keV.b), multiply by 1.7210E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 240.708197 mb/sr, + REAC -1.8007E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 4.3943E-24 mb/sr, + REAC 5.0764E-03 mb Finished all xsecs @ 0.104935 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 1.9250 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.322/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.108825 0CUMULATIVE REACTION cross section = 0.00000 = 3.40 = 12.5 0CUMULATIVE TOTAL cross section = 2024.42622 = 1.28 = 2.0 0CUMULATIVE ELASTIC cross section = 2024.42622 = 1.28 = 2.0 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00498 0Cumulative ABSORBTION by Imaginary Potentials = -0.00498 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004984 -0.004984 0CUMULATIVE OUTGOING cross section = 0.00498 To convert to S-factors (MeV.mb = keV.b), multiply by 1.7957E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 256.231023 mb/sr, + REAC 2.5025E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 4.4847E-23 mb/sr, + REAC 4.9836E-03 mb Finished all xsecs @ 0.109202005 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.0050 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.262/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.113291 0CUMULATIVE REACTION cross section = -0.00000 = -7.50 = -63.8 0CUMULATIVE TOTAL cross section = 2129.12833 = 1.30 = 2.1 0CUMULATIVE ELASTIC cross section = 2129.12833 = 1.30 = 2.1 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00489 0Cumulative ABSORBTION by Imaginary Potentials = -0.00489 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004894 -0.004894 0CUMULATIVE OUTGOING cross section = 0.00489 To convert to S-factors (MeV.mb = keV.b), multiply by 1.8703E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 276.545904 mb/sr, + REAC -8.2850E-14 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 8.1488E-25 mb/sr, + REAC 4.8937E-03 mb Finished all xsecs @ 0.113576 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.0850 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.205/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.117507 0CUMULATIVE REACTION cross section = 0.00000 = 2.35 = 8.6 0CUMULATIVE TOTAL cross section = 2237.52625 = 1.32 = 2.2 0CUMULATIVE ELASTIC cross section = 2237.52625 = 1.32 = 2.2 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00481 0Cumulative ABSORBTION by Imaginary Potentials = -0.00481 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004807 -0.004807 0CUMULATIVE OUTGOING cross section = 0.00481 To convert to S-factors (MeV.mb = keV.b), multiply by 1.9449E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 302.301343 mb/sr, + REAC 1.0357E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 3.9284E-25 mb/sr, + REAC 4.8068E-03 mb Finished all xsecs @ 0.11778 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.1650 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.148/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.121857 0CUMULATIVE REACTION cross section = 0.00000 = 2.50 = 7.9 0CUMULATIVE TOTAL cross section = 2349.54704 = 1.34 = 2.3 0CUMULATIVE ELASTIC cross section = 2349.54704 = 1.34 = 2.3 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00472 0Cumulative ABSORBTION by Imaginary Potentials = -0.00472 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004723 -0.004723 0CUMULATIVE OUTGOING cross section = 0.00472 To convert to S-factors (MeV.mb = keV.b), multiply by 2.0195E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 334.065120 mb/sr, + REAC 9.9745E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 7.5770E-25 mb/sr, + REAC 4.7225E-03 mb Finished all xsecs @ 0.122141 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.2450 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.094/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.126037 0CUMULATIVE REACTION cross section = -0.00000 = 5.50 = 22.3 0CUMULATIVE TOTAL cross section = 2464.95857 = 1.36 = 2.3 0CUMULATIVE ELASTIC cross section = 2464.95857 = 1.36 = 2.3 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00464 0Cumulative ABSORBTION by Imaginary Potentials = -0.00464 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004641 -0.004641 0CUMULATIVE OUTGOING cross section = 0.00464 To convert to S-factors (MeV.mb = keV.b), multiply by 2.0942E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 372.295726 mb/sr, + REAC -1.4799E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 3.6539E-25 mb/sr, + REAC 4.6409E-03 mb Finished all xsecs @ 0.126307 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.3250 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 3.041/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.130306 0CUMULATIVE REACTION cross section = 0.00000 = 0.00 = 0.0 0CUMULATIVE TOTAL cross section = 2583.36187 = 1.39 = 2.4 0CUMULATIVE ELASTIC cross section = 2583.36187 = 1.39 = 2.4 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00456 0Cumulative ABSORBTION by Imaginary Potentials = -0.00456 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004562 -0.004562 0CUMULATIVE OUTGOING cross section = 0.00456 To convert to S-factors (MeV.mb = keV.b), multiply by 2.1688E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 417.315046 mb/sr, + REAC 0.0000E+00 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.7616E-24 mb/sr, + REAC 4.5617E-03 mb Finished all xsecs @ 0.13058901 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.4050 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 2.990/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.13465801 0CUMULATIVE REACTION cross section = 0.00000 = 5.73 = 26.4 0CUMULATIVE TOTAL cross section = 2704.19139 = 1.41 = 2.5 0CUMULATIVE ELASTIC cross section = 2704.19139 = 1.41 = 2.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00448 0Cumulative ABSORBTION by Imaginary Potentials = -0.00448 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004485 -0.004485 0CUMULATIVE OUTGOING cross section = 0.00448 To convert to S-factors (MeV.mb = keV.b), multiply by 2.2434E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 469.284467 mb/sr, + REAC 8.9792E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 8.4969E-24 mb/sr, + REAC 4.4848E-03 mb Finished all xsecs @ 0.134946 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.4850 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.940/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.139016 0CUMULATIVE REACTION cross section = 0.00000 = 2.23 = 5.6 0CUMULATIVE TOTAL cross section = 2826.72416 = 1.43 = 2.5 0CUMULATIVE ELASTIC cross section = 2826.72416 = 1.43 = 2.5 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00441 0Cumulative ABSORBTION by Imaginary Potentials = -0.00441 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004410 -0.004410 0CUMULATIVE OUTGOING cross section = 0.00441 To convert to S-factors (MeV.mb = keV.b), multiply by 2.3180E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 528.186717 mb/sr, + REAC 1.4706E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 3.2789E-24 mb/sr, + REAC 4.4102E-03 mb Finished all xsecs @ 0.1393 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.5650 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 2.892/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.143245 0CUMULATIVE REACTION cross section = 0.00000 = 4.50 = 18.7 0CUMULATIVE TOTAL cross section = 2950.09838 = 1.45 = 2.6 0CUMULATIVE ELASTIC cross section = 2950.09838 = 1.45 = 2.6 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00434 0Cumulative ABSORBTION by Imaginary Potentials = -0.00434 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004338 -0.004338 0CUMULATIVE OUTGOING cross section = 0.00434 To convert to S-factors (MeV.mb = keV.b), multiply by 2.3926E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 593.815520 mb/sr, + REAC 1.0362E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 6.3231E-25 mb/sr, + REAC 4.3377E-03 mb Finished all xsecs @ 0.143515 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.6450 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.845/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.147596 0CUMULATIVE REACTION cross section = -0.00000 = 1.50 = -3.8 0CUMULATIVE TOTAL cross section = 3073.34080 = 1.47 = 2.7 0CUMULATIVE ELASTIC cross section = 3073.34080 = 1.47 = 2.7 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00427 0Cumulative ABSORBTION by Imaginary Potentials = -0.00427 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004267 -0.004267 0CUMULATIVE OUTGOING cross section = 0.00427 To convert to S-factors (MeV.mb = keV.b), multiply by 2.4673E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 665.774679 mb/sr, + REAC -2.5121E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.7446E-24 mb/sr, + REAC 4.2672E-03 mb Finished all xsecs @ 0.147903 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.7250 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.799/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.151775 0CUMULATIVE REACTION cross section = -0.00000 = 5.50 = 22.3 0CUMULATIVE TOTAL cross section = 3195.40179 = 1.48 = 2.7 0CUMULATIVE ELASTIC cross section = 3195.40179 = 1.48 = 2.7 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00420 0Cumulative ABSORBTION by Imaginary Potentials = -0.00420 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004199 -0.004199 0CUMULATIVE OUTGOING cross section = 0.00420 To convert to S-factors (MeV.mb = keV.b), multiply by 2.5419E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 743.487380 mb/sr, + REAC -2.4384E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 5.8783E-25 mb/sr, + REAC 4.1986E-03 mb Finished all xsecs @ 0.152051 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.8050 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 2.755/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.15593 0CUMULATIVE REACTION cross section = 0.00000 = 5.17 = 23.6 0CUMULATIVE TOTAL cross section = 3315.19546 = 1.50 = 2.8 0CUMULATIVE ELASTIC cross section = 3315.19546 = 1.50 = 2.8 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00413 0Cumulative ABSORBTION by Imaginary Potentials = -0.00413 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004132 -0.004132 0CUMULATIVE OUTGOING cross section = 0.00413 To convert to S-factors (MeV.mb = keV.b), multiply by 2.6165E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 826.215585 mb/sr, + REAC 3.5533E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 4.8168E-24 mb/sr, + REAC 4.1319E-03 mb Finished all xsecs @ 0.156201 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.8850 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.711/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 4.5-/ 5 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Finished all CC sets @ 0.16039701 0CUMULATIVE REACTION cross section = -0.00000 = 4.10 = 17.1 0CUMULATIVE TOTAL cross section = 3431.64236 = 1.52 = 2.8 0CUMULATIVE ELASTIC cross section = 3431.64236 = 1.52 = 2.8 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00407 0Cumulative ABSORBTION by Imaginary Potentials = -0.00407 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004067 -0.004067 0CUMULATIVE OUTGOING cross section = 0.00407 To convert to S-factors (MeV.mb = keV.b), multiply by 2.6911E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 913.088336 mb/sr, + REAC -1.7274E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.3648E-24 mb/sr, + REAC 4.0668E-03 mb Finished all xsecs @ 0.16068201 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 2.9650 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 2.669/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.16460401 0CUMULATIVE REACTION cross section = 0.00000 = 4.79 = 20.8 0CUMULATIVE TOTAL cross section = 3543.71115 = 1.53 = 2.9 0CUMULATIVE ELASTIC cross section = 3543.71115 = 1.53 = 2.9 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00400 0Cumulative ABSORBTION by Imaginary Potentials = -0.00400 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.004003 -0.004003 0CUMULATIVE OUTGOING cross section = 0.00400 To convert to S-factors (MeV.mb = keV.b), multiply by 2.7658E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1003.136898 mb/sr, + REAC 3.9218E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 4.4686E-24 mb/sr, + REAC 4.0034E-03 mb Finished all xsecs @ 0.164924 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.0450 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.628/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.168925 0CUMULATIVE REACTION cross section = 0.00000 = 3.57 = 12.8 0CUMULATIVE TOTAL cross section = 3650.45660 = 1.54 = 2.9 0CUMULATIVE ELASTIC cross section = 3650.45660 = 1.54 = 2.9 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00394 0Cumulative ABSORBTION by Imaginary Potentials = -0.00394 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003942 -0.003942 0CUMULATIVE OUTGOING cross section = 0.00394 To convert to S-factors (MeV.mb = keV.b), multiply by 2.8404E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1095.334011 mb/sr, + REAC 8.1830E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.5297E-25 mb/sr, + REAC 3.9416E-03 mb Finished all xsecs @ 0.16920601 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.1250 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.588/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.173314 0CUMULATIVE REACTION cross section = 0.00000 = 3.32 = 12.7 0CUMULATIVE TOTAL cross section = 3751.05103 = 1.55 = 2.9 0CUMULATIVE ELASTIC cross section = 3751.05103 = 1.55 = 2.9 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00388 0Cumulative ABSORBTION by Imaginary Potentials = -0.00388 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003881 -0.003881 0CUMULATIVE OUTGOING cross section = 0.00388 To convert to S-factors (MeV.mb = keV.b), multiply by 2.9150E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1188.634240 mb/sr, + REAC 1.1694E-12 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.1907E-24 mb/sr, + REAC 3.8813E-03 mb Finished all xsecs @ 0.17360601 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.2050 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 2.548/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.177729 0CUMULATIVE REACTION cross section = 0.00000 = 6.30 = 26.8 0CUMULATIVE TOTAL cross section = 3844.80757 = 1.56 = 3.0 0CUMULATIVE ELASTIC cross section = 3844.80757 = 1.56 = 3.0 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00382 0Cumulative ABSORBTION by Imaginary Potentials = -0.00382 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003822 -0.003822 0CUMULATIVE OUTGOING cross section = 0.00382 To convert to S-factors (MeV.mb = keV.b), multiply by 2.9896E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1282.012484 mb/sr, + REAC 5.1830E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.3576E-23 mb/sr, + REAC 3.8225E-03 mb Finished all xsecs @ 0.17802 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.2850 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.510/ -0.003f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.181891 0CUMULATIVE REACTION cross section = 0.00000 = 2.75 = 8.5 0CUMULATIVE TOTAL cross section = 3931.19429 = 1.57 = 3.0 0CUMULATIVE ELASTIC cross section = 3931.19429 = 1.57 = 3.0 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00376 0Cumulative ABSORBTION by Imaginary Potentials = -0.00376 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003765 -0.003765 0CUMULATIVE OUTGOING cross section = 0.00376 To convert to S-factors (MeV.mb = keV.b), multiply by 3.0643E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1374.498146 mb/sr, + REAC 4.0454E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.9243E-24 mb/sr, + REAC 3.7649E-03 mb Finished all xsecs @ 0.182164 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.3650 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.472/ -0.002f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.186265 0CUMULATIVE REACTION cross section = 0.00000 = 3.09 = 11.1 0CUMULATIVE TOTAL cross section = 4009.83922 = 1.58 = 3.0 0CUMULATIVE ELASTIC cross section = 4009.83922 = 1.58 = 3.0 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00371 0Cumulative ABSORBTION by Imaginary Potentials = -0.00371 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003709 -0.003709 0CUMULATIVE OUTGOING cross section = 0.00371 To convert to S-factors (MeV.mb = keV.b), multiply by 3.1389E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1465.203134 mb/sr, + REAC 8.3921E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.9380E-23 mb/sr, + REAC 3.7087E-03 mb Finished all xsecs @ 0.186557 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.4450 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.436/ -0.002f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.190436 0CUMULATIVE REACTION cross section = -0.00000 = 4.50 = 20.3 0CUMULATIVE TOTAL cross section = 4080.52724 = 1.59 = 3.0 0CUMULATIVE ELASTIC cross section = 4080.52724 = 1.59 = 3.0 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00365 0Cumulative ABSORBTION by Imaginary Potentials = -0.00365 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003654 -0.003654 0CUMULATIVE OUTGOING cross section = 0.00365 To convert to S-factors (MeV.mb = keV.b), multiply by 3.2135E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1553.342637 mb/sr, + REAC -4.8219E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.0367E-24 mb/sr, + REAC 3.6538E-03 mb Finished all xsecs @ 0.190712 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.5250 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.400/ -0.002f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.19464 0CUMULATIVE REACTION cross section = 0.00000 = 4.14 = 18.4 0CUMULATIVE TOTAL cross section = 4143.19000 = 1.60 = 3.1 0CUMULATIVE ELASTIC cross section = 4143.19000 = 1.60 = 3.1 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00360 0Cumulative ABSORBTION by Imaginary Potentials = -0.00360 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003600 -0.003600 0CUMULATIVE OUTGOING cross section = 0.00360 To convert to S-factors (MeV.mb = keV.b), multiply by 3.2881E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1638.248431 mb/sr, + REAC 5.1837E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 4.0759E-23 mb/sr, + REAC 3.6000E-03 mb Finished all xsecs @ 0.19498 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.6050 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.365/ -0.002f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.198966 0CUMULATIVE REACTION cross section = 0.00000 = 3.83 = 15.2 0CUMULATIVE TOTAL cross section = 4197.89088 = 1.60 = 3.1 0CUMULATIVE ELASTIC cross section = 4197.89088 = 1.60 = 3.1 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00355 0Cumulative ABSORBTION by Imaginary Potentials = -0.00355 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003547 -0.003547 0CUMULATIVE OUTGOING cross section = 0.00355 To convert to S-factors (MeV.mb = keV.b), multiply by 3.3628E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1719.375087 mb/sr, + REAC 9.6766E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.7437E-23 mb/sr, + REAC 3.5473E-03 mb Finished all xsecs @ 0.199251 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.6850 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.331/ -0.002f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.203192 0CUMULATIVE REACTION cross section = -0.00000 = 4.26 = 17.7 0CUMULATIVE TOTAL cross section = 4244.80655 = 1.61 = 3.1 0CUMULATIVE ELASTIC cross section = 4244.80655 = 1.61 = 3.1 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00350 0Cumulative ABSORBTION by Imaginary Potentials = -0.00350 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003496 -0.003496 0CUMULATIVE OUTGOING cross section = 0.00350 To convert to S-factors (MeV.mb = keV.b), multiply by 3.4374E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1796.299981 mb/sr, + REAC -7.6634E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.4494E-32 mb/sr, + REAC 3.4958E-03 mb Finished all xsecs @ 0.203481 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.7650 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.297/ -0.002f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.20777701 0CUMULATIVE REACTION cross section = -0.00000 = 4.50 = 19.5 0CUMULATIVE TOTAL cross section = 4284.20700 = 1.61 = 3.1 0CUMULATIVE ELASTIC cross section = 4284.20700 = 1.61 = 3.1 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00345 0Cumulative ABSORBTION by Imaginary Potentials = -0.00345 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003445 -0.003445 0CUMULATIVE OUTGOING cross section = 0.00345 To convert to S-factors (MeV.mb = keV.b), multiply by 3.5120E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1868.718288 mb/sr, + REAC -6.6181E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 8.7280E-25 mb/sr, + REAC 3.4453E-03 mb Finished all xsecs @ 0.208059 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.8450 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.264/ -0.002f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.21189 0CUMULATIVE REACTION cross section = -0.00000 = 3.07 = 9.7 0CUMULATIVE TOTAL cross section = 4316.43532 = 1.61 = 3.1 0CUMULATIVE ELASTIC cross section = 4316.43532 = 1.61 = 3.1 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00340 0Cumulative ABSORBTION by Imaginary Potentials = -0.00340 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003396 -0.003396 0CUMULATIVE OUTGOING cross section = 0.00340 To convert to S-factors (MeV.mb = keV.b), multiply by 3.5866E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1936.434250 mb/sr, + REAC -6.0484E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 2.3510E-36 mb/sr, + REAC 3.3958E-03 mb Finished all xsecs @ 0.212166 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 3.9250 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 1.5-/ 1 @ 1 = 0.000#, Out: 0.000# 2.232/ -0.002f Reaction Xsec 2.5+/ 2 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.216188 0CUMULATIVE REACTION cross section = 0.00000 = 4.10 = 13.4 0CUMULATIVE TOTAL cross section = 4341.88856 = 1.62 = 3.1 0CUMULATIVE ELASTIC cross section = 4341.88856 = 1.62 = 3.1 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00335 0Cumulative ABSORBTION by Imaginary Potentials = -0.00335 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003347 -0.003347 0CUMULATIVE OUTGOING cross section = 0.00335 To convert to S-factors (MeV.mb = keV.b), multiply by 3.6613E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 1999.349995 mb/sr, + REAC 2.1161E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.4468E-33 mb/sr, + REAC 3.3473E-03 mb Finished all xsecs @ 0.216474 1*********************************************************************************************************************************** ************************************************************************************************************************************ INCOMING neutron ; LABORATORY neutron ENERGY = 4.0050 MeV. *********************************************************************************************************************************** *********************************************************************************************************************************** Allocate arrays for 4 channels, of which 1 need wfs. Reaction Xsec 1.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 1.5-/ 1 @ 1 = -0.000#, Out: 0.000# 2.200/ -0.002f Reaction Xsec 2.5+/ 2 @ 1 = -0.000#, Out: 0.000# 0.000# -0.000f Reaction Xsec 2.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 3.5-/ 3 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5+/ 4 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Reaction Xsec 4.5-/ 5 @ 1 = 0.000#, Out: 0.000# 0.000# 0.000f Finished all CC sets @ 0.220381 0CUMULATIVE REACTION cross section = -0.00000 = 0.79 = -1.8 0CUMULATIVE TOTAL cross section = 4361.00025 = 1.62 = 3.1 0CUMULATIVE ELASTIC cross section = 4361.00025 = 1.62 = 3.1 0CUMULATIVE outgoing cross sections in partition 1 : 0.00000 0CUMULATIVE outgoing cross sections in partition 2 : 0.00330 0Cumulative ABSORBTION by Imaginary Potentials = -0.00330 = 1.17 = 1.6 Fusion for specific neutron M-states : -0.003300 -0.003300 0CUMULATIVE OUTGOING cross section = 0.00330 To convert to S-factors (MeV.mb = keV.b), multiply by 3.7359E+00 CROSS SECTIONS FOR OUTGOING neutron & 14C in state # 1 with spins & parities 0.5 + & 0.0 +; 0 0.01 deg.: X-S = 2057.453031 mb/sr, + REAC -2.9034E-13 mb CROSS SECTIONS FOR OUTGOING Gamma & 15C in state # 1 with spins & parities 1.0 + & 0.5 +; 0 0.00 deg.: X-S = 1.2164E-24 mb/sr, + REAC 3.2997E-03 mb Finished all xsecs @ 0.22065 The following files have been created: 3:local copy of User input. 6:standard output. 13:total cross sections/state. 35:Astrophysics S-factors / Ecm. 39:cross sections for each Ecm. 40:all cross sectns. for each Elab. 46:bs wave functions & ANC ratios. 56:Fusion for each Jtotal. 75:S-factors for lab energies. PARAMETERS : MAXQRN MFNL MLOC LMAX1 MCLIST ALLOWED : 3 9 7 25 6 REQUIRED: 1 0 7 7 2 ACCURACY ANALYSIS at 4.005 MeV : Elastic h*k = 0.041 so OK compared with 0.200 Real(S-el) > 0.01 first at J = 0.5 Real(S-el) > 0.10 first at J = 2.5 Real(S-el) > 0.50 first at J = 2.5 Real(S-el) > 0.90 first at J = 2.5 Real(S-el) > 0.99 first at J = 2.5 R-turn = 10.90 fm at J = 4.5 Forward-angle excitation cut off below 0.000 deg by max JT = 4.5 and below 0.000 deg by max R. Total CPU 0 time = 0.22 seconds