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T016_GammaAlphaCementite_TQ.diff
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Diffusion coefficients in FCC_A1 (global):
Time: 0.0000 s
Temperature: 1030.00000000000 K
Composition C : 2.5000E-01 wt%
Composition MN: 1.7400E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.040E-08 +0.220 +1.444E+05
MN MN +9.915E-15 +9.590E-02 +2.561E+05
Determinant: 0.953E-06
Diffusion coefficients in BCC_A2 (global):
Time: 0.50000 s
Temperature: 1025.00000000000 K
Composition C : 6.1135E-03 wt%
Composition MN: 5.9580E-02 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.086E-06 +3.35 +1.273E+05
MN MN +1.572E-12 +2.337E+05 +3.370E+05
Determinant: 0.145E-05
Diffusion coefficients in FCC_A1 (global):
Time: 1.0000 s
Temperature: 1020.00000000000 K
Composition C : 2.5012E-01 wt%
Composition MN: 1.7402E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +8.819E-09 +0.220 +1.444E+05
MN MN +7.396E-15 +9.589E-02 +2.561E+05
Determinant: 0.839E-06
Diffusion coefficients in BCC_A2 (global):
Time: 1.0000 s
Temperature: 1020.00000000000 K
Composition C : 5.8335E-03 wt%
Composition MN: 1.1801E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.017E-06 +2.86 +1.259E+05
MN MN +1.305E-12 +1.781E+05 +3.346E+05
Determinant: 0.128E-05
Diffusion coefficients in FCC_A1 (global):
Time: 2.0000 s
Temperature: 1010.00000000000 K
Composition C : 2.5172E-01 wt%
Composition MN: 1.7435E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +7.466E-09 +0.220 +1.444E+05
MN MN +5.485E-15 +9.590E-02 +2.561E+05
Determinant: 0.735E-06
Diffusion coefficients in BCC_A2 (global):
Time: 2.0000 s
Temperature: 1010.00000000000 K
Composition C : 5.6675E-03 wt%
Composition MN: 1.2456E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +8.796E-07 +2.00 +1.229E+05
MN MN +8.860E-13 +9.705E+04 +3.295E+05
Determinant: 0.101E-05
Diffusion coefficients in FCC_A1 (global):
Time: 3.0000 s
Temperature: 1000.00000000000 K
Composition C : 2.5955E-01 wt%
Composition MN: 1.7519E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +6.351E-09 +0.219 +1.443E+05
MN MN +4.043E-15 +9.591E-02 +2.561E+05
Determinant: 0.637E-06
Diffusion coefficients in BCC_A2 (global):
Time: 3.0000 s
Temperature: 1000.00000000000 K
Composition C : 5.8439E-03 wt%
Composition MN: 1.4333E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +7.627E-07 +1.44 +1.202E+05
MN MN +6.013E-13 +5.559E+04 +3.248E+05
Determinant: 0.788E-06
Diffusion coefficients in FCC_A1 (global):
Time: 4.0000 s
Temperature: 990.000000000000 K
Composition C : 2.8117E-01 wt%
Composition MN: 1.7666E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +5.484E-09 +0.218 +1.440E+05
MN MN +2.961E-15 +9.594E-02 +2.561E+05
Determinant: 0.540E-06
Diffusion coefficients in BCC_A2 (global):
Time: 4.0000 s
Temperature: 990.000000000000 K
Composition C : 6.2462E-03 wt%
Composition MN: 1.5321E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +6.608E-07 +1.06 +1.176E+05
MN MN +4.067E-13 +3.281E+04 +3.204E+05
Determinant: 0.615E-06
Diffusion coefficients in FCC_A1 (global):
Time: 5.0000 s
Temperature: 980.000000000000 K
Composition C : 3.2911E-01 wt%
Composition MN: 1.7911E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +4.889E-09 +0.216 +1.434E+05
MN MN +2.155E-15 +9.599E-02 +2.561E+05
Determinant: 0.441E-06
Diffusion coefficients in BCC_A2 (global):
Time: 5.0000 s
Temperature: 980.000000000000 K
Composition C : 7.1080E-03 wt%
Composition MN: 1.5830E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +5.723E-07 +0.791 +1.152E+05
MN MN +2.741E-13 +1.998E+04 +3.164E+05
Determinant: 0.479E-06
Diffusion coefficients in FCC_A1 (global):
Time: 6.0000 s
Temperature: 970.000000000000 K
Composition C : 4.3402E-01 wt%
Composition MN: 1.8390E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +4.692E-09 +0.211 +1.421E+05
MN MN +1.558E-15 +9.610E-02 +2.561E+05
Determinant: 0.332E-06
Diffusion coefficients in BCC_A2 (global):
Time: 6.0000 s
Temperature: 970.000000000000 K
Composition C : 9.1969E-03 wt%
Composition MN: 1.6105E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +4.956E-07 +0.603 +1.130E+05
MN MN +1.841E-13 +1.253E+04 +3.126E+05
Determinant: 0.372E-06
Diffusion coefficients in FCC_A1 (global):
Time: 7.0000 s
Temperature: 960.000000000000 K
Composition C : 6.5669E-01 wt%
Composition MN: 1.9366E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +5.258E-09 +0.201 +1.393E+05
MN MN +1.118E-15 +9.632E-02 +2.561E+05
Determinant: 0.213E-06
Diffusion coefficients in BCC_A2 (global):
Time: 7.0000 s
Temperature: 960.000000000000 K
Composition C : 1.4020E-02 wt%
Composition MN: 1.6259E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +4.293E-07 +0.468 +1.110E+05
MN MN +1.232E-13 +8.082E+03 +3.091E+05
Determinant: 0.287E-06
Diffusion coefficients in FCC_A1 (global):
Time: 8.0000 s
Temperature: 950.000000000000 K
Composition C : 9.5175E-01 wt%
Composition MN: 2.0501E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +6.470E-09 +0.189 +1.358E+05
MN MN +7.961E-16 +9.658E-02 +2.562E+05
Determinant: 0.123E-06
Diffusion coefficients in BCC_A2 (global):
Time: 8.0000 s
Temperature: 950.000000000000 K
Composition C : 1.9413E-02 wt%
Composition MN: 1.6381E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +3.716E-07 +0.369 +1.091E+05
MN MN +8.216E-14 +5.352E+03 +3.058E+05
Determinant: 0.221E-06
Diffusion coefficients in FCC_A1 (global):
Time: 9.0000 s
Temperature: 940.000000000000 K
Composition C : 1.1480E+00 wt%
Composition MN: 2.1323E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +6.986E-09 +0.182 +1.334E+05
MN MN +5.632E-16 +9.677E-02 +2.562E+05
Determinant: 0.806E-07
Diffusion coefficients in BCC_A2 (global):
Time: 9.0000 s
Temperature: 940.000000000000 K
Composition C : 2.2138E-02 wt%
Composition MN: 1.6399E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +3.214E-07 +0.295 +1.073E+05
MN MN +5.453E-14 +3.629E+03 +3.028E+05
Determinant: 0.170E-06
Diffusion coefficients in FCC_A1 (global):
Time: 10.000 s
Temperature: 930.000000000000 K
Composition C : 1.2651E+00 wt%
Composition MN: 2.1853E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +6.792E-09 +0.178 +1.321E+05
MN MN +3.956E-16 +9.689E-02 +2.562E+05
Determinant: 0.582E-07
Diffusion coefficients in BCC_A2 (global):
Time: 10.000 s
Temperature: 930.000000000000 K
Composition C : 2.3346E-02 wt%
Composition MN: 1.6406E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +2.776E-07 +0.238 +1.057E+05
MN MN +3.602E-14 +2.515E+03 +2.999E+05
Determinant: 0.130E-06
Diffusion coefficients in FCC_A1 (global):
Time: 11.000 s
Temperature: 920.000000000000 K
Composition C : 1.3430E+00 wt%
Composition MN: 2.1792E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +6.261E-09 +0.175 +1.312E+05
MN MN +2.760E-16 +9.688E-02 +2.562E+05
Determinant: 0.441E-07
Diffusion coefficients in BCC_A2 (global):
Time: 11.000 s
Temperature: 920.000000000000 K
Composition C : 2.3502E-02 wt%
Composition MN: 1.6560E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +2.396E-07 +0.195 +1.041E+05
MN MN +2.367E-14 +1.780E+03 +2.972E+05
Determinant: 0.988E-07
Diffusion coefficients in FCC_A1 (global):
Time: 12.000 s
Temperature: 910.000000000000 K
Composition C : 1.4395E+00 wt%
Composition MN: 2.2017E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +5.906E-09 +0.172 +1.301E+05
MN MN +1.909E-16 +9.693E-02 +2.562E+05
Determinant: 0.323E-07
Diffusion coefficients in BCC_A2 (global):
Time: 12.000 s
Temperature: 910.000000000000 K
Composition C : 2.4240E-02 wt%
Composition MN: 1.6623E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +2.065E-07 +0.162 +1.027E+05
MN MN +1.547E-14 +1.283E+03 +2.948E+05
Determinant: 0.749E-07
Diffusion coefficients in FCC_A1 (global):
Time: 13.000 s
Temperature: 900.000000000000 K
Composition C : 1.5199E+00 wt%
Composition MN: 2.1959E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +5.445E-09 +0.170 +1.291E+05
MN MN +1.311E-16 +9.692E-02 +2.562E+05
Determinant: 0.241E-07
Diffusion coefficients in BCC_A2 (global):
Time: 13.000 s
Temperature: 900.000000000000 K
Composition C : 2.4136E-02 wt%
Composition MN: 1.6689E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.778E-07 +0.136 +1.014E+05
MN MN +1.005E-14 +941. +2.924E+05
Determinant: 0.565E-07
Diffusion coefficients in FCC_A1 (global):
Time: 14.000 s
Temperature: 890.000000000000 K
Composition C : 1.6169E+00 wt%
Composition MN: 2.2443E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +5.124E-09 +0.167 +1.280E+05
MN MN +8.914E-17 +9.703E-02 +2.562E+05
Determinant: 0.174E-07
Diffusion coefficients in BCC_A2 (global):
Time: 14.000 s
Temperature: 890.000000000000 K
Composition C : 2.4495E-02 wt%
Composition MN: 1.6614E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.528E-07 +0.114 +1.001E+05
MN MN +6.488E-15 +700. +2.902E+05
Determinant: 0.425E-07
Diffusion coefficients in FCC_A1 (global):
Time: 15.000 s
Temperature: 880.000000000000 K
Composition C : 1.7051E+00 wt%
Composition MN: 2.3207E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +4.757E-09 +0.165 +1.270E+05
MN MN +6.007E-17 +9.720E-02 +2.562E+05
Determinant: 0.126E-07
Diffusion coefficients in BCC_A2 (global):
Time: 15.000 s
Temperature: 880.000000000000 K
Composition C : 2.3879E-02 wt%
Composition MN: 1.6595E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.311E-07 +9.759E-02 +9.892E+04
MN MN +4.161E-15 +529. +2.882E+05
Determinant: 0.317E-07
Diffusion coefficients in FCC_A1 (global):
Time: 16.000 s
Temperature: 870.000000000000 K
Composition C : 1.7990E+00 wt%
Composition MN: 2.4561E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +4.442E-09 +0.162 +1.260E+05
MN MN +4.007E-17 +9.751E-02 +2.563E+05
Determinant: 0.902E-08
Diffusion coefficients in BCC_A2 (global):
Time: 16.000 s
Temperature: 870.000000000000 K
Composition C : 2.3056E-02 wt%
Composition MN: 1.6527E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.123E-07 +8.384E-02 +9.782E+04
MN MN +2.650E-15 +405. +2.862E+05
Determinant: 0.236E-07
Diffusion coefficients in FCC_A1 (global):
Time: 17.000 s
Temperature: 860.000000000000 K
Composition C : 1.8862E+00 wt%
Composition MN: 2.5972E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +4.103E-09 +0.160 +1.250E+05
MN MN +2.648E-17 +9.783E-02 +2.563E+05
Determinant: 0.645E-08
Diffusion coefficients in BCC_A2 (global):
Time: 17.000 s
Temperature: 860.000000000000 K
Composition C : 2.1419E-02 wt%
Composition MN: 1.6568E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +9.603E-08 +7.258E-02 +9.679E+04
MN MN +1.675E-15 +314. +2.844E+05
Determinant: 0.174E-07
Diffusion coefficients in FCC_A1 (global):
Time: 18.000 s
Temperature: 850.000000000000 K
Composition C : 1.9790E+00 wt%
Composition MN: 2.8246E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +3.812E-09 +0.157 +1.239E+05
MN MN +1.730E-17 +9.834E-02 +2.564E+05
Determinant: 0.454E-08
Diffusion coefficients in BCC_A2 (global):
Time: 18.000 s
Temperature: 850.000000000000 K
Composition C : 1.8272E-02 wt%
Composition MN: 1.6689E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +8.193E-08 +6.324E-02 +9.581E+04
MN MN +1.050E-15 +246. +2.827E+05
Determinant: 0.128E-07
Diffusion coefficients in FCC_A1 (global):
Time: 19.000 s
Temperature: 840.000000000000 K
Composition C : 2.0587E+00 wt%
Composition MN: 3.1182E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +3.469E-09 +0.156 +1.231E+05
MN MN +1.117E-17 +9.900E-02 +2.565E+05
Determinant: 0.322E-08
Diffusion coefficients in BCC_A2 (global):
Time: 19.000 s
Temperature: 840.000000000000 K
Composition C : 1.3659E-02 wt%
Composition MN: 1.6786E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +6.973E-08 +5.544E-02 +9.489E+04
MN MN +6.533E-16 +195. +2.810E+05
Determinant: 0.937E-08
Diffusion coefficients in FCC_A1 (global):
Time: 20.000 s
Temperature: 830.000000000000 K
Composition C : 2.1621E+00 wt%
Composition MN: 4.4725E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +3.251E-09 +0.153 +1.219E+05
MN MN +7.001E-18 +0.102 +2.568E+05
Determinant: 0.215E-08
Diffusion coefficients in BCC_A2 (global):
Time: 20.000 s
Temperature: 830.000000000000 K
Composition C : 1.0980E-02 wt%
Composition MN: 1.6900E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +5.922E-08 +4.893E-02 +9.402E+04
MN MN +4.029E-16 +156. +2.795E+05
Determinant: 0.680E-08
Diffusion coefficients in BCC_A2 (global):
Time: 21.000 s
Temperature: 820.000000000000 K
Composition C : 7.2239E-03 wt%
Composition MN: 1.6940E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +5.017E-08 +4.341E-02 +9.321E+04
MN MN +2.461E-16 +126. +2.780E+05
Determinant: 0.491E-08
Diffusion coefficients in BCC_A2 (global):
Time: 22.000 s
Temperature: 810.000000000000 K
Composition C : 6.4912E-03 wt%
Composition MN: 1.6928E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +4.240E-08 +3.875E-02 +9.244E+04
MN MN +1.490E-16 +102. +2.766E+05
Determinant: 0.351E-08
Diffusion coefficients in BCC_A2 (global):
Time: 23.000 s
Temperature: 800.000000000000 K
Composition C : 5.6920E-03 wt%
Composition MN: 1.6933E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +3.573E-08 +3.477E-02 +9.171E+04
MN MN +8.924E-17 +84.1 +2.753E+05
Determinant: 0.250E-08
Diffusion coefficients in BCC_A2 (global):
Time: 24.000 s
Temperature: 790.000000000000 K
Composition C : 5.0646E-03 wt%
Composition MN: 1.6941E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +3.003E-08 +3.135E-02 +9.103E+04
MN MN +5.291E-17 +69.5 +2.740E+05
Determinant: 0.176E-08
Diffusion coefficients in BCC_A2 (global):
Time: 25.000 s
Temperature: 780.000000000000 K
Composition C : 4.5666E-03 wt%
Composition MN: 1.6945E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +2.515E-08 +2.839E-02 +9.038E+04
MN MN +3.102E-17 +57.9 +2.728E+05
Determinant: 0.123E-08
Diffusion coefficients in BCC_A2 (global):
Time: 26.000 s
Temperature: 770.000000000000 K
Composition C : 4.1510E-03 wt%
Composition MN: 1.6945E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +2.100E-08 +2.582E-02 +8.977E+04
MN MN +1.798E-17 +48.5 +2.717E+05
Determinant: 0.856E-09
Diffusion coefficients in BCC_A2 (global):
Time: 27.000 s
Temperature: 760.000000000000 K
Composition C : 3.7965E-03 wt%
Composition MN: 1.6966E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.747E-08 +2.357E-02 +8.919E+04
MN MN +1.030E-17 +40.9 +2.706E+05
Determinant: 0.590E-09
Diffusion coefficients in BCC_A2 (global):
Time: 28.000 s
Temperature: 750.000000000000 K
Composition C : 3.4894E-03 wt%
Composition MN: 1.6974E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.448E-08 +2.160E-02 +8.865E+04
MN MN +5.824E-18 +34.7 +2.696E+05
Determinant: 0.402E-09
Diffusion coefficients in BCC_A2 (global):
Time: 29.000 s
Temperature: 740.000000000000 K
Composition C : 3.2598E-03 wt%
Composition MN: 1.6990E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +1.195E-08 +1.987E-02 +8.813E+04
MN MN +3.250E-18 +29.6 +2.686E+05
Determinant: 0.272E-09
Diffusion coefficients in BCC_A2 (global):
Time: 30.000 s
Temperature: 730.000000000000 K
Composition C : 3.0850E-03 wt%
Composition MN: 1.7004E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +9.829E-09 +1.833E-02 +8.764E+04
MN MN +1.789E-18 +25.4 +2.677E+05
Determinant: 0.182E-09
Diffusion coefficients in BCC_A2 (global):
Time: 31.000 s
Temperature: 720.000000000000 K
Composition C : 2.9515E-03 wt%
Composition MN: 1.7017E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +8.047E-09 +1.697E-02 +8.717E+04
MN MN +9.706E-19 +21.9 +2.668E+05
Determinant: 0.121E-09
Diffusion coefficients in BCC_A2 (global):
Time: 32.000 s
Temperature: 710.000000000000 K
Composition C : 2.8595E-03 wt%
Composition MN: 1.7033E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +6.558E-09 +1.576E-02 +8.673E+04
MN MN +5.187E-19 +18.9 +2.659E+05
Determinant: 0.791E-10
Diffusion coefficients in BCC_A2 (global):
Time: 33.000 s
Temperature: 700.000000000000 K
Composition C : 2.8091E-03 wt%
Composition MN: 1.7042E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +5.319E-09 +1.467E-02 +8.631E+04
MN MN +2.728E-19 +16.5 +2.651E+05
Determinant: 0.513E-10
Diffusion coefficients in BCC_A2 (global):
Time: 34.000 s
Temperature: 690.000000000000 K
Composition C : 2.8057E-03 wt%
Composition MN: 1.7055E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +4.292E-09 +1.370E-02 +8.592E+04
MN MN +1.411E-19 +14.4 +2.643E+05
Determinant: 0.329E-10
Diffusion coefficients in BCC_A2 (global):
Time: 35.000 s
Temperature: 680.000000000000 K
Composition C : 2.8570E-03 wt%
Composition MN: 1.7073E-01 wt%
Components Diff. Coeff. Frequency Term Activation energy
Flux Gradient [cm**2/s] [cm**2/s] [J/mol]
C C +3.445E-09 +1.283E-02 +8.555E+04
MN MN +7.172E-20 +12.6 +2.636E+05
Determinant: 0.208E-10