3.3.3. Output from Gas-phase Kinetics Pre-processor

                          --------------------
                          ELEMENTS     ATOMIC
                          CONSIDERED   WEIGHT
                          --------------------
                           1. H       1.00797    
                           2. N       14.0067    
                           3. SI      28.0860    
                           4. F       18.9984    
                          --------------------
 -------------------------------------------------------------------------------
                          C
                       P  H
                       H  A
                       A  R
 SPECIES               S  G  MOLECULAR  TEMPERATURE  ELEMENT COUNT
 CONSIDERED            E  E  WEIGHT     LOW    HIGH          H         N         SI        F 
 -------------------------------------------------------------------------------
   1. H2               G  0 2.0159E+00   300   5000          2         0         0         0
   2. H                G  0 1.0080E+00   300   5000          1         0         0         0
   3. N2               G  0 2.8013E+01   300   5000          0         2         0         0
   4. N                G  0 1.4007E+01   300   5000          0         1         0         0
   5. NH               G  0 1.5015E+01   300   5000          1         1         0         0
   6. NH2              G  0 1.6023E+01   300   5000          2         1         0         0
   7. NNH              G  0 2.9021E+01   250   4000          1         2         0         0
   8. N2H2             G  0 3.0029E+01   300   5000          2         2         0         0
   9. N2H3             G  0 3.1037E+01   300   5000          3         2         0         0
  10. N2H4             G  0 3.2045E+01   300   5000          4         2         0         0
  11. HF               G  0 2.0006E+01   300   5000          1         0         0         1
  12. F                G  0 1.8998E+01   300   4000          0         0         0         1
  13. SIF4             G  0 1.0408E+02   300   2000          0         0         1         4
  14. SIF3             G  0 8.5081E+01   300   3000          0         0         1         3
  15. SIHF3            G  0 8.6089E+01   300   3000          1         0         1         3
  16. SIF3NH2          G  0 1.0110E+02   300   3000          2         1         1         3
  17. NH3              G  0 1.7031E+01   300   5000          3         1         0         0
 -------------------------------------------------------------------------------



                                                      (k = A T**b exp(-E/RT))
      REACTIONS CONSIDERED                              A        b        E

   1. H+H+M=H2+M                                    1.00E+18   -1.0        0.0
      H2              Enhanced by    0.000E+00
   2. H+H+H2=H2+H2                                  9.20E+16   -0.6        0.0
   3. NH+N=N2+H                                     3.00E+13    0.0        0.0
   4. NH+H=N+H2                                     1.00E+14    0.0        0.0
   5. NH2+H=NH+H2                                   6.92E+13    0.0     3650.0
   6. NH3+H=NH2+H2                                  6.36E+05    2.4    10171.0
   7. NNH=N2+H                                      1.00E+04    0.0        0.0
   8. NNH+H=N2+H2                                   1.00E+14    0.0        0.0
   9. NNH+NH2=N2+NH3                                5.00E+13    0.0        0.0
  10. NNH+NH=N2+NH2                                 5.00E+13    0.0        0.0
  11. NH2+NH=N2H2+H                                 5.00E+13    0.0        0.0
  12. NH+NH=N2+H+H                                  2.54E+13    0.0        0.0
  13. NH2+N=N2+H+H                                  7.20E+13    0.0        0.0
  14. N2H2+M=NNH+H+M                                5.00E+16    0.0    50000.0
      N2              Enhanced by    2.000E+00
      H2              Enhanced by    2.000E+00
  15. N2H2+H=NNH+H2                                 5.00E+13    0.0     1000.0
  16. N2H2+NH=NNH+NH2                               1.00E+13    0.0     1000.0
  17. N2H2+NH2=NH3+NNH                              1.00E+13    0.0     1000.0
  18. NH2+NH2=N2H2+H2                               5.00E+11    0.0        0.0
  19. NH3+M=NH2+H+M                                 1.40E+16    0.0    90600.0
  20. N2H3+H=NH2+NH2                                1.60E+12    0.0        0.0
  21. N2H3+M=N2H2+H+M                               3.50E+16    0.0    46000.0
  22. N2H3+NH=NH2+N2H2                              2.00E+13    0.0        0.0
  23. NH2+NH2+M=N2H4+M                              3.00E+20   -1.0        0.0
  24. H+N2H4=H2+N2H3                                1.30E+13    0.0     2500.0
  25. NH2+N2H4=NH3+N2H3                             3.90E+12    0.0     1500.0
  26. NH+H+M=NH2+M                                  2.00E+16   -0.5        0.0
  27. NH2+NH2=NH3+NH                                5.00E+12    0.0    10000.0
  28. F+NH3=NH2+HF                                  4.27E+11    0.5      800.0
  29. SIF4=SIF3+F                                   3.00E+12    0.0   147170.0
  30. H+SIF4=HF+SIF3                                1.00E+13    0.0    50000.0
  31. NH2+SIF4=SIF3NH2+F                            1.00E+11    0.0    40950.0
  32. NH3+SIF3=SIF3NH2+H                            1.00E+11    0.0     5000.0
  33. NH3+SIF3=SIHF3+NH2                            1.00E+11    0.0    10000.0

  NOTE: A units mole-cm-sec-K, E units cal/mole


 NO ERRORS FOUND ON INPUT: