#
# Generated from file Wang_12_19_05.mech
# by ck2cti on Thu Jan 12 10:24:28 2006
#
units(length = "cm", time = "s", quantity = "mol", act_energy = "cal/mol")


ideal_gas(name = "gas",
      elements = " O  H  C  N  Ar ",
      species = """ AR  N2  H  C  CH  CH2  CH2*  CH3  O  OH 
                   C2H  H2CC  C2H3  C2H5  HCO  CH2O  CH2OH  CH3O  HO2  C3H2 
                   C3H3  C2O  HCCO  aC3H5  CH3CCH2  CH3CHCH  nC3H7  iC3H7  CH3CO  CH2OCH 
                   n-C4H3  i-C4H3  n-C4H5  i-C4H5  C4H5-2  C4H7  CH2CHCO  C5H5  CH2CHCHCHO  CH3CHCHCO 
                   C6H3  A1-  C5H5O  C5H4OH  A1CH2  C6H5O  H2  CH4  H2O  C2H2 
                   C2H4  CO  C2H6  CH3OH  O2  H2O2  pC3H4  aC3H4  cC3H4  C3H6 
                   CH2CO  HCCOH  CH2CHO  CH3CHO  CH2OCH2  C3H8  CO2  C4H2  C4H4  C4H6 
                   C4H612  C4H6-2  C4H81  C2H3CHO  CH3CHOCH2  CH3CH2CHO  CH3COCH3  C5H6  H2C4O  C4H4O 
                   C2H3CHOCH2  C4H6O23  CH3CHCHCHO  C4H6O25  C6H2  l-C6H4  c-C6H4  A1  C5H4O  A1CH3 
                   C6H5OH  A1C2H  A1C2H3  A2 """,
      reactions = "all",
      initial_state = state(temperature = 300.0,
                        pressure = OneAtm)    )



#-------------------------------------------------------------------------------
#  Species data 
#-------------------------------------------------------------------------------

species(name = "AR",
    atoms = " Ar:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 2.500000000E+000,  0.000000000E+000, 
               0.000000000E+000,  0.000000000E+000,  0.000000000E+000,
              -7.453750000E+002,  4.379674900E+000] ),
       NASA( [ 1000.00,  6000.00], [ 2.500000000E+000,  0.000000000E+000, 
               0.000000000E+000,  0.000000000E+000,  0.000000000E+000,
              -7.453750000E+002,  4.379674900E+000] )
             ),
    note = "REF ELEMENT L 6/88"
       )

species(name = "N2",
    atoms = " N:2 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 3.531005280E+000, -1.236609880E-004, 
              -5.029994330E-007,  2.435306120E-009, -1.408812350E-012,
              -1.046976280E+003,  2.967470380E+000] ),
       NASA( [ 1000.00,  6000.00], [ 2.952576370E+000,  1.396900400E-003, 
              -4.926316030E-007,  7.860101950E-011, -4.607552040E-015,
              -9.239486880E+002,  5.871887620E+000] )
             ),
    note = "REF ELEMENT G 8/02"
       )

species(name = "H",
    atoms = " H:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 2.500000000E+000,  0.000000000E+000, 
               0.000000000E+000,  0.000000000E+000,  0.000000000E+000,
               2.547366000E+004, -4.466828500E-001] ),
       NASA( [ 1000.00,  6000.00], [ 2.500000000E+000,  0.000000000E+000, 
               0.000000000E+000,  0.000000000E+000,  0.000000000E+000,
               2.547366000E+004, -4.466828500E-001] )
             ),
    note = "L 6/94"
       )

species(name = "C",
    atoms = " C:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.556391200E+000, -3.347198900E-004, 
               7.605910100E-007, -7.526868900E-010,  2.711795000E-013,
               8.544356300E+004,  4.521881800E+000] ),
       NASA( [ 1000.00,  6000.00], [ 3.069922900E+000, -1.138403900E-003, 
               7.285799300E-007, -1.721992500E-010,  1.285522700E-014,
               8.524908700E+004,  1.665305000E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH",
    atoms = " C:1  H:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.490279500E+000,  3.196327500E-004, 
              -1.678051400E-006,  3.152335500E-009, -1.403471600E-012,
               7.079743600E+004,  2.082410000E+000] ),
       NASA( [ 1000.00,  6000.00], [ 2.741701900E+000,  1.307373600E-003, 
              -1.489333100E-007, -2.296991400E-011,  3.552445900E-015,
               7.105485900E+004,  6.207780000E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH2",
    atoms = " C:1  H:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.759286900E+000,  9.907224200E-004, 
               2.744968500E-006, -3.801660500E-009,  1.669541200E-012,
               4.600449400E+004,  1.577277100E+000] ),
       NASA( [ 1000.00,  6000.00], [ 3.058332400E+000,  3.273162100E-003, 
              -1.141343300E-006,  1.837034600E-010, -1.099610000E-014,
               4.619943200E+004,  5.171695100E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH2*",
    atoms = " C:1  H:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.204859700E+000, -2.409513000E-003, 
               8.337262800E-006, -6.795442700E-009,  1.982913800E-012,
               5.049591000E+004, -7.957808100E-001] ),
       NASA( [ 1000.00,  6000.00], [ 2.732912600E+000,  3.719468200E-003, 
              -1.338500500E-006,  2.195021500E-010, -1.330187600E-014,
               5.077412800E+004,  6.241709300E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH3",
    atoms = " C:1  H:3 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.673987400E+000,  2.008360200E-003, 
               5.734293600E-006, -6.871472200E-009,  2.542400100E-012,
               1.644515400E+004,  1.602692800E+000] ),
       NASA( [ 1000.00,  6000.00], [ 2.923248100E+000,  5.897290300E-003, 
              -2.034962000E-006,  3.208508300E-010, -1.885803300E-014,
               1.655535100E+004,  5.027187700E+000] )
             ),
    note = "P 1/93"
       )

species(name = "O",
    atoms = " O:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 3.168267100E+000, -3.279318840E-003, 
               6.643063960E-006, -6.128066240E-009,  2.112659710E-012,
               2.912225920E+004,  2.051933460E+000] ),
       NASA( [ 1000.00,  6000.00], [ 2.543636970E+000, -2.731624860E-005, 
              -4.190295200E-009,  4.954818450E-012, -4.795536940E-016,
               2.922601200E+004,  4.922294570E+000] )
             ),
    note = "L 1/90"
       )

species(name = "OH",
    atoms = " H:1  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.983784100E+000, -2.345604900E-003, 
               4.487153800E-006, -3.753021100E-009,  1.319182900E-012,
               3.615831900E+003, -6.899214100E-002] ),
       NASA( [ 1000.00,  6000.00], [ 3.024873300E+000,  7.323817300E-004, 
              -4.954539400E-008, -1.844545400E-011,  2.230495400E-015,
               3.877728900E+003,  4.829671100E+000] )
             ),
    note = "P 1/93"
       )

species(name = "C2H",
    atoms = " C:2  H:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.883697000E+000,  1.345206500E-002, 
              -2.858338300E-005,  2.959377200E-008, -1.097775600E-011,
               6.683998500E+004,  6.248016800E+000] ),
       NASA( [ 1000.00,  6000.00], [ 3.357031500E+000,  4.394159900E-003, 
              -1.627425700E-006,  2.598181600E-010, -1.518928800E-014,
               6.705125800E+004,  5.595606700E+000] )
             ),
    note = "P 1/93"
       )

species(name = "H2CC",
    atoms = " H:2  C:2 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 3.281548300E+000,  6.976479100E-003, 
              -2.385524400E-006, -1.210443200E-009,  9.818954500E-013,
               4.862179400E+004,  5.920391000E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.278034000E+000,  4.756280400E-003, 
              -1.630100900E-006,  2.546280600E-010, -1.488637900E-014,
               4.831668800E+004,  6.402370100E-001] )
             ),
    note = "L12/89"
       )

species(name = "C2H3",
    atoms = " C:2  H:3 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.215886900E+000,  1.494084200E-003, 
               2.596453600E-005, -3.580161500E-008,  1.472449100E-011,
               3.485929600E+004,  8.495405400E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.314198100E+000,  7.566018600E-003, 
              -2.689011000E-006,  4.318938900E-010, -2.571666800E-014,
               3.416786500E+004,  7.730948900E-001] )
             ),
    note = "P 1/93"
       )

species(name = "C2H5",
    atoms = " C:2  H:5 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.299349800E+000, -4.137206000E-003, 
               4.959175100E-005, -5.978479300E-008,  2.300321700E-011,
               1.284240200E+004,  4.737397200E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.183028800E+000,  1.264230800E-002, 
              -4.546941400E-006,  7.382519200E-010, -4.432749300E-014,
               1.209394500E+004,  1.418284600E+000] )
             ),
    note = "P 1/93"
       )

species(name = "HCO",
    atoms = " C:1  H:1  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.222937400E+000, -3.255785000E-003, 
               1.381099200E-005, -1.334953100E-008,  4.351960300E-012,
               3.839494600E+003,  3.386619900E+000] ),
       NASA( [ 1000.00,  6000.00], [ 3.637469000E+000,  3.104322600E-003, 
              -1.139648000E-006,  1.901311900E-010, -1.170107900E-014,
               3.716272700E+003,  5.123799500E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH2O",
    atoms = " C:1  H:2  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.791445000E+000, -9.892649300E-003, 
               3.728244000E-005, -3.788605300E-008,  1.316078100E-011,
              -1.430893500E+004,  6.125743400E-001] ),
       NASA( [ 1000.00,  6000.00], [ 3.106427500E+000,  6.317570100E-003, 
              -2.329401400E-006,  3.847502700E-010, -2.338270000E-014,
              -1.445594800E+004,  6.387070400E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH2OH",
    atoms = " C:1  H:3  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.867480100E+000,  5.568156500E-003, 
               6.013739100E-006, -1.055108100E-008,  4.411720100E-012,
              -3.194119100E+003,  5.458139900E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.527316300E+000,  6.863887500E-003, 
              -2.460238600E-006,  4.035289300E-010, -2.447907000E-014,
              -3.528574100E+003,  1.298924200E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH3O",
    atoms = " C:1  H:3  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.108657700E+000,  7.199342900E-003, 
               5.382864800E-006, -7.428370400E-009,  2.096840600E-012,
               9.783883300E+002,  1.314175000E+001] ),
       NASA( [ 1000.00,  6000.00], [ 3.760027400E+000,  7.930313600E-003, 
              -2.730710200E-006,  4.242015900E-010, -2.449672700E-014,
               1.271828100E+002,  2.973119700E+000] )
             ),
    note = "P 1/93"
       )

species(name = "HO2",
    atoms = " H:1  O:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.302350600E+000, -4.749226700E-003, 
               2.114930200E-005, -2.425872600E-008,  9.283023800E-012,
               2.944876000E+002,  3.713682700E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.215635800E+000,  1.782154800E-003, 
              -2.704779100E-007, -2.816236500E-012,  2.227345700E-015,
               4.762021200E+001,  2.726091800E+000] )
             ),
    note = "P 1/93"
       )

species(name = "C3H2",
    atoms = " C:3  H:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.700178900E+000,  1.473806200E-002, 
              -3.083964000E-006, -8.822466700E-009,  5.352941100E-012,
               5.218993200E+004,  8.719103200E+000] ),
       NASA( [ 1000.00,  6000.00], [ 6.129560700E+000,  6.680708800E-003, 
              -2.259217100E-006,  3.548391900E-010, -2.114076500E-014,
               5.129480000E+004, -9.040829000E+000] )
             ),
    note = "P 1/93"
       )

species(name = "C3H3",
    atoms = " C:3  H:3 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 1.351109270E+000,  3.274112230E-002, 
              -4.738271350E-005,  3.763098080E-008, -1.185409230E-011,
               4.010577830E+004,  1.520589240E+001] ),
       NASA( [ 1000.00,  6000.00], [ 7.142218800E+000,  7.619020050E-003, 
              -2.674599500E-006,  4.249148010E-010, -2.514754150E-014,
               3.890874270E+004, -1.258484360E+001] )
             ),
    note = "T 5/97"
       )

species(name = "C2O",
    atoms = " C:2  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.365061700E+000,  8.267508900E-003, 
              -8.829471200E-006,  5.640178200E-009, -1.568592200E-012,
               3.317136700E+004,  6.729340100E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.954769600E+000,  2.738600900E-003, 
              -9.550812800E-007,  1.445165200E-010, -8.120323600E-015,
               3.278313700E+004, -1.218490600E+000] )
             ),
    note = "P 1/93"
       )

species(name = "HCCO",
    atoms = " C:2  H:1  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.251175800E+000,  1.765412700E-002, 
              -2.371381000E-005,  1.724613700E-008, -5.050614200E-012,
               2.005942700E+004,  1.249327400E+001] ),
       NASA( [ 1000.00,  6000.00], [ 5.802075000E+000,  3.730639700E-003, 
              -1.353574600E-006,  2.211460600E-010, -1.327062600E-014,
               1.926563800E+004, -4.876437900E+000] )
             ),
    note = "P 1/93"
       )

species(name = "aC3H5",
    atoms = " C:3  H:5 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.364314100E+000,  1.980615900E-002, 
               1.251710600E-005, -3.338045400E-008,  1.585794800E-011,
               1.924558800E+004,  1.716849000E+001] ),
       NASA( [ 1000.00,  6000.00], [ 7.253064500E+000,  1.264371500E-002, 
              -4.371910700E-006,  6.794105500E-010, -3.920625700E-014,
               1.723219700E+004, -1.528160400E+001] )
             ),
    note = "P 1/93"
       )

species(name = "CH3CCH2",
    atoms = " C:3  H:5 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.729658700E+000,  2.242121900E-002, 
              -5.221851200E-006, -6.675824800E-009,  3.791086500E-012,
               2.904073100E+004,  1.658206000E+001] ),
       NASA( [ 1000.00,  6000.00], [ 6.502287400E+000,  1.368832200E-002, 
              -4.881394400E-006,  7.814182500E-010, -4.634562100E-014,
               2.742424000E+004, -9.349812800E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH3CHCH",
    atoms = " C:3  H:5 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 9.164013200E-001,  2.641211800E-002, 
              -1.170655300E-005, -2.361183200E-009,  2.794073100E-012,
               3.091638900E+004,  1.997848900E+001] ),
       NASA( [ 1000.00,  6000.00], [ 6.610685500E+000,  1.353476500E-002, 
              -4.814284000E-006,  7.692474400E-010, -4.555713200E-014,
               2.914867700E+004, -1.025858300E+001] )
             ),
    note = "P 1/93"
       )

species(name = "nC3H7",
    atoms = " C:3  H:7 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.047094800E+000,  2.602452100E-002, 
               2.312958500E-006, -1.955046300E-008,  9.355119100E-012,
               1.031257200E+004,  2.114444000E+001] ),
       NASA( [ 1000.00,  6000.00], [ 7.581963900E+000,  1.638716200E-002, 
              -5.600786800E-006,  8.714308900E-010, -5.053973500E-014,
               8.009955500E+003, -1.485848800E+001] )
             ),
    note = "P 1/93"
       )

species(name = "iC3H7",
    atoms = " C:3  H:7 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.452985800E+000,  2.094270600E-002, 
               7.841303000E-006, -1.861751900E-008,  7.180221800E-012,
               9.421547400E+003,  2.008227200E+001] ),
       NASA( [ 1000.00,  6000.00], [ 6.433579200E+000,  1.748836100E-002, 
              -6.003867000E-006,  9.359545700E-010, -5.433017600E-014,
               7.341725100E+003, -8.654704600E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH3CO",
    atoms = " C:2  H:3  O:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 4.163425700E+000, -2.326161000E-004, 
               3.426782000E-005, -4.410522700E-008,  1.727561200E-011,
              -2.657452900E+003,  7.346828000E+000] ),
       NASA( [ 1000.00,  6000.00], [ 5.944773100E+000,  7.866720500E-003, 
              -2.886588200E-006,  4.727087500E-010, -2.859986100E-014,
              -3.787307500E+003, -5.013675100E+000] )
             ),
    note = "T 9/92"
       )

species(name = "CH2OCH",
    atoms = " C:2  H:3  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.086134900E+000,  1.284049300E-002, 
               2.425198300E-006, -4.477026700E-009, -2.884881500E-013,
               1.591048800E+004,  3.339261400E+001] ),
       NASA( [ 1000.00,  6000.00], [ 5.453234500E+000,  9.808344900E-003, 
              -4.499788700E-006,  8.855390900E-010, -6.101885500E-014,
               1.398165600E+004,  7.876010700E+000] )
             ),
    note = "P 1/93"
       )

species(name = "n-C4H3",
    atoms = " C:4  H:3 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-3.126677400E-001,  4.688216500E-002, 
              -6.801407800E-005,  5.308869900E-008, -1.648558800E-011,
               6.247578900E+004,  2.460468600E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.782512500E+000,  9.215513900E-003, 
              -3.353005300E-006,  5.463509200E-010, -3.284159000E-014,
               6.050528100E+004, -1.948554800E+001] )
             ),
    note = "P 1/93"
       )

species(name = "i-C4H3",
    atoms = " C:4  H:3 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.078442900E+000,  4.087044500E-002, 
              -6.226083400E-005,  5.179914300E-008, -1.707954800E-011,
               5.800551600E+004,  1.363634900E+001] ),
       NASA( [ 1000.00,  6000.00], [ 9.702095100E+000,  8.189221200E-003, 
              -2.927637900E-006,  4.721919000E-010, -2.822059000E-014,
               5.636621600E+004, -2.316519700E+001] )
             ),
    note = "P 1/93"
       )

species(name = "n-C4H5",
    atoms = " C:4  H:5 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.611440700E-001,  3.984214200E-002, 
              -3.402621400E-005,  1.516942200E-008, -2.472614400E-012,
               4.143006600E+004,  2.354451300E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.787200900E+000,  1.412426200E-002, 
              -4.981895500E-006,  7.909408200E-010, -4.662833600E-014,
               3.909093200E+004, -2.066012600E+001] )
             ),
    note = "P 1/93"
       )

species(name = "i-C4H5",
    atoms = " C:4  H:5 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-2.617308500E-002,  3.805150700E-002, 
              -2.767914500E-005,  7.916389900E-009,  3.493991900E-013,
               3.749689800E+004,  2.442037100E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.482980700E+000,  1.449271800E-002, 
              -5.132439700E-006,  8.169711000E-010, -4.825241900E-014,
               3.510595500E+004, -1.960745900E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C4H5-2",
    atoms = " C:4  H:5 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.975551400E+000,  2.439959800E-002, 
              -9.017103800E-006, -1.169464300E-010,  4.576596300E-014,
               3.550267400E+004,  1.201140500E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.271266600E+001,  5.021592200E-003, 
               9.631464200E-007, -4.460775600E-010,  3.553721100E-014,
               3.221214000E+004, -4.075005500E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C4H7",
    atoms = " C:4  H:7 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.848639200E-001,  3.697774000E-002, 
              -8.655288100E-006, -1.502922900E-008,  8.983061300E-012,
               2.055167500E+004,  2.449336900E+001] ),
       NASA( [ 1000.00,  6000.00], [ 9.268775000E+000,  1.899024800E-002, 
              -6.695934000E-006,  1.060406300E-009, -6.234793800E-014,
               1.769506400E+004, -2.365933500E+001] )
             ),
    note = "P 1/93"
       )

species(name = "CH2CHCO",
    atoms = " C:3  H:3  O:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 3.211694670E+000,  1.184221050E-002, 
               1.674625820E-005, -3.069471760E-008,  1.330488160E-011,
               7.128157500E+003,  1.008816630E+001] ),
       NASA( [ 1000.00,  6000.00], [ 6.958422270E+000,  1.071932110E-002, 
              -3.852184940E-006,  6.220090640E-010, -3.724016400E-014,
               5.648264980E+003, -1.147457860E+001] )
             ),
    note = "T05/99"
       )

species(name = "C5H5",
    atoms = " C:5  H:5 ",
    thermo = (
       NASA( [  200.00,  1000.00], [-9.590371800E-001,  3.139685900E-002, 
               2.672379400E-005, -6.894187200E-008,  3.330185600E-011,
               3.072912000E+004,  2.907281600E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.084406600E+001,  1.539283700E-002, 
              -5.563042100E-006,  9.018937100E-010, -5.415653100E-014,
               2.690056600E+004, -3.525494800E+001] )
             ),
    note = "L 7/89"
       )

species(name = "CH2CHCHCHO",
    atoms = " C:4  H:5  O:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [-1.081998600E+000,  3.649297600E-002, 
              -1.522559500E-005, -5.626071700E-018,  2.161137500E-021,
               3.567132300E+003,  3.271425500E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.909679200E+000,  1.343641400E-002, 
              -7.629773900E-007, -1.691148100E-009,  2.955404400E-013,
               1.488987400E+003, -1.796624600E+001] )
             ),
    note = "T03/97"
       )

species(name = "CH3CHCHCO",
    atoms = " C:4  H:5  O:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [-1.081998600E+000,  3.649297600E-002, 
              -1.522559500E-005, -5.626071700E-018,  2.161137500E-021,
               3.567132300E+003,  3.271425500E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.909679200E+000,  1.343641400E-002, 
              -7.629773900E-007, -1.691148100E-009,  2.955404400E-013,
               1.488987400E+003, -1.796624600E+001] )
             ),
    note = "T03/97"
       )

species(name = "C6H3",
    atoms = " C:6  H:3 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.175912200E+000,  5.557056600E-002, 
              -7.313601500E-005,  5.214318500E-008, -1.507372900E-011,
               8.564755800E+004,  1.919244700E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.294468300E+001,  1.129688200E-002, 
              -4.217081500E-006,  6.977875300E-010, -4.235136200E-014,
               8.289772600E+004, -3.889850100E+001] )
             ),
    note = "P 1/93"
       )

species(name = "A1-",
    atoms = " C:6  H:5 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-4.903266300E+000,  5.975646200E-002, 
              -4.554371200E-005,  1.485276700E-008, -8.713599700E-013,
               3.873277800E+004,  4.654995700E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.055966100E+001,  1.830135900E-002, 
              -6.560621100E-006,  1.053110700E-009, -6.261863600E-014,
               3.429120400E+004, -3.390290500E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C5H5O",
    atoms = " C:5  O:1  H:5 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 2.304283500E-001,  3.232269100E-002, 
               2.890044300E-005, -7.067997700E-008,  3.340689100E-011,
               8.075308200E+003,  2.533097400E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.260642200E+001,  1.674726000E-002, 
              -6.109857400E-006,  9.967655700E-010, -6.011320100E-014,
               3.931345500E+003, -4.260427700E+001] )
             ),
    note = "L 7/89"
       )

species(name = "C5H4OH",
    atoms = " C:5  H:5  O:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [-1.282223600E+000,  4.904116000E-002, 
              -1.368899700E-005, -2.913385800E-008,  1.900696400E-011,
               8.008709800E+003,  3.079835800E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.336791200E+001,  1.520578500E-002, 
              -5.459225800E-006,  8.813486600E-010, -5.277445400E-014,
               3.841150600E+003, -4.592083900E+001] )
             ),
    note = "L 8/89"
       )

species(name = "A1CH2",
    atoms = " C:7  H:7 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.856195600E-001,  3.848100500E-002, 
               3.294320900E-005, -7.706393500E-008,  3.546009100E-011,
               2.330623000E+004,  2.352989700E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.460207400E+001,  2.242253000E-002, 
              -7.881834100E-006,  1.234803900E-009, -7.158461100E-014,
               1.835901100E+004, -5.472878100E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C6H5O",
    atoms = " C:6  H:5  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-1.825689100E+000,  4.815105200E-002, 
              -4.753708500E-006, -3.393617900E-008,  1.861666400E-011,
               4.243406400E+003,  3.354141100E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.360418900E+001,  1.808872700E-002, 
              -6.388217400E-006,  1.005842000E-009, -5.840192000E-014,
              -6.109651700E+002, -4.914340600E+001] )
             ),
    note = "P 1/93"
       )

species(name = "H2",
    atoms = " H:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.344803500E+000,  7.976865300E-003, 
              -1.946898800E-005,  2.014950800E-008, -7.374609800E-012,
              -9.178554900E+002,  6.809068600E-001] ),
       NASA( [ 1000.00,  6000.00], [ 3.190629800E+000,  3.089023900E-004, 
               1.895191200E-007, -6.701256300E-011,  5.540563800E-015,
              -9.044358400E+002, -2.429341600E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH4",
    atoms = " C:1  H:4 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 5.146464700E+000, -1.364700300E-002, 
               4.912379600E-005, -4.842155900E-008,  1.665235200E-011,
              -1.024624600E+004, -4.626885700E+000] ),
       NASA( [ 1000.00,  6000.00], [ 2.429942700E+000,  8.489627500E-003, 
              -2.334712100E-006,  2.819440400E-010, -1.275074200E-014,
              -1.028805800E+004,  5.662582800E+000] )
             ),
    note = "P 1/93"
       )

species(name = "H2O",
    atoms = " H:2  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.204057200E+000, -2.075738400E-003, 
               6.621815700E-006, -5.600622700E-009,  1.817272200E-012,
              -3.029448400E+004, -8.717672200E-001] ),
       NASA( [ 1000.00,  6000.00], [ 2.758887300E+000,  2.804251600E-003, 
              -6.602192300E-007,  6.607645400E-011, -2.212018000E-015,
              -2.991474200E+004,  6.438111600E+000] )
             ),
    note = "P 1/93"
       )

species(name = "C2H2",
    atoms = " C:2  H:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 8.005634300E-001,  2.342147900E-002, 
              -3.567399400E-005,  2.819035600E-008, -8.570814900E-012,
               2.643009500E+004,  1.397356500E+001] ),
       NASA( [ 1000.00,  6000.00], [ 4.967096400E+000,  4.271217100E-003, 
              -1.217383100E-006,  1.539920400E-010, -7.333131000E-015,
               2.564955100E+004, -5.681285200E+000] )
             ),
    note = "P 1/93"
       )

species(name = "C2H4",
    atoms = " C:2  H:4 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.955525300E+000, -7.544852400E-003, 
               5.703331300E-005, -6.908834500E-008,  2.696142100E-011,
               5.090229000E+003,  4.113267200E+000] ),
       NASA( [ 1000.00,  6000.00], [ 3.980825300E+000,  1.050283100E-002, 
              -3.727165800E-006,  5.959044700E-010, -3.533394300E-014,
               4.272868600E+003, -2.078379400E-001] )
             ),
    note = "P 1/93"
       )

species(name = "CO",
    atoms = " C:1  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.581546300E+000, -6.197164200E-004, 
               1.027845300E-006,  9.096763700E-010, -9.109267600E-013,
              -1.434398600E+004,  3.499215800E+000] ),
       NASA( [ 1000.00,  6000.00], [ 3.088835500E+000,  1.269439100E-003, 
              -4.316583400E-007,  6.553274300E-011, -3.724275300E-015,
              -1.427975600E+004,  5.797917800E+000] )
             ),
    note = "P 1/93"
       )

species(name = "C2H6",
    atoms = " C:2  H:6 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.284465500E+000, -5.450049800E-003, 
               5.980925200E-005, -7.069713600E-008,  2.680887800E-011,
              -1.152154800E+004,  2.695614900E+000] ),
       NASA( [ 1000.00,  6000.00], [ 3.961836300E+000,  1.551923800E-002, 
              -5.573175000E-006,  9.014564000E-010, -5.394508900E-014,
              -1.241650300E+004, -5.043071500E-001] )
             ),
    note = "P 1/93"
       )

species(name = "CH3OH",
    atoms = " C:1  H:4  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 5.714081200E+000, -1.522209700E-002, 
               6.522381600E-005, -7.106012400E-008,  2.612741500E-011,
              -2.564245100E+004, -1.498579800E+000] ),
       NASA( [ 1000.00,  6000.00], [ 3.483262400E+000,  1.047900000E-002, 
              -3.751776200E-006,  6.092190200E-010, -3.661483400E-014,
              -2.595484700E+004,  5.349295800E+000] )
             ),
    note = "P 1/93"
       )

species(name = "O2",
    atoms = " O:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.777893600E+000, -2.961621600E-003, 
               9.751019600E-006, -9.567156500E-009,  3.195134100E-012,
              -1.063407200E+003,  3.676546100E+000] ),
       NASA( [ 1000.00,  6000.00], [ 3.930779100E+000,  1.107324300E-004, 
               2.165910200E-007, -6.833119200E-011,  5.497910000E-015,
              -1.311105900E+003,  1.946444700E+000] )
             ),
    note = "P 1/93"
       )

species(name = "H2O2",
    atoms = " H:2  O:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.275774500E+000, -5.401379200E-004, 
               1.672731900E-005, -2.156926700E-008,  8.620654500E-012,
              -1.770242200E+004,  3.436012700E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.646503500E+000,  3.905023900E-003, 
              -1.202777700E-006,  1.753750700E-010, -9.781540300E-015,
              -1.802910600E+004,  3.043888300E-001] )
             ),
    note = "P 1/93"
       )

species(name = "pC3H4",
    atoms = " H:4  C:3 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 2.680386900E+000,  1.579965100E-002, 
               2.507059600E-006, -1.365762300E-008,  6.615428500E-012,
               2.080237400E+004,  9.876935100E+000] ),
       NASA( [ 1000.00,  6000.00], [ 6.025240000E+000,  1.133654200E-002, 
              -4.022339100E-006,  6.437606300E-010, -3.829963500E-014,
               1.962094200E+004, -8.604378500E+000] )
             ),
    note = "T 2/90"
       )

species(name = "aC3H4",
    atoms = " C:3  H:4 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 2.613044500E+000,  1.212257500E-002, 
               1.853988000E-005, -3.452514900E-008,  1.533507900E-011,
               2.154156700E+004,  1.022613900E+001] ),
       NASA( [ 1000.00,  6000.00], [ 6.316872200E+000,  1.113372800E-002, 
              -3.962937800E-006,  6.356423800E-010, -3.787554000E-014,
               2.011749500E+004, -1.099576600E+001] )
             ),
    note = "L 8/89"
       )

species(name = "cC3H4",
    atoms = " C:3  H:4 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-2.293399500E-002,  2.318833300E-002, 
              -1.833379400E-006, -1.593299900E-008,  8.683012500E-012,
               3.233384900E+004,  2.272204300E+001] ),
       NASA( [ 1000.00,  6000.00], [ 6.512918000E+000,  1.073655900E-002, 
              -3.708431400E-006,  5.737909500E-010, -3.280285200E-014,
               3.026536700E+004, -1.236003200E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C3H6",
    atoms = " C:3  H:6 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.494783400E+000,  2.091506000E-002, 
               4.510789700E-006, -1.671392700E-008,  7.167727600E-012,
               1.074632600E+003,  1.613938900E+001] ),
       NASA( [ 1000.00,  6000.00], [ 6.462420800E+000,  1.545577300E-002, 
              -5.315326400E-006,  8.180102100E-010, -4.644363600E-014,
              -8.281391600E+002, -1.184392600E+001] )
             ),
    note = "P 1/93"
       )

species(name = "CH2CO",
    atoms = " C:2  H:2  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.138837200E+000,  1.810018600E-002, 
              -1.735473600E-005,  9.309663700E-009, -2.004720900E-012,
              -7.043122000E+003,  1.220259100E+001] ),
       NASA( [ 1000.00,  6000.00], [ 5.704504400E+000,  6.454172300E-003, 
              -2.324450800E-006,  3.776944400E-010, -2.269026500E-014,
              -7.959291200E+003, -5.815479500E+000] )
             ),
    note = "P 1/93"
       )

species(name = "HCCOH",
    atoms = " C:2  H:2  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.244042800E+000,  3.106128700E-002, 
              -5.084481500E-005,  4.312167600E-008, -1.401198400E-011,
               8.031497000E+003,  1.386698900E+001] ),
       NASA( [ 1000.00,  6000.00], [ 6.282327500E+000,  6.079471500E-003, 
              -2.103527700E-006,  3.315308100E-010, -1.959578600E-014,
               7.136082600E+003, -9.559793200E+000] )
             ),
    note = "P 1/93"
       )

species(name = "CH2CHO",
    atoms = " C:2  H:3  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.414698400E+000,  1.070377500E-002, 
               1.965971600E-006,  7.092177500E-009,  2.888299200E-012,
               1.520793000E+003,  9.547105600E+000] ),
       NASA( [ 1000.00,  6000.00], [ 1.271927400E+002, -1.655917100E-001, 
               7.848857600E-005, -1.503406800E-008,  1.009382100E-012,
              -5.370969700E+004, -6.996019900E+002] )
             ),
    note = "P 1/93"
       )

species(name = "CH3CHO",
    atoms = " C:2  H:4  O:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 4.729459500E+000, -3.193285800E-003, 
               4.753492100E-005, -5.745861100E-008,  2.193111200E-011,
              -2.157287800E+004,  4.103015900E+000] ),
       NASA( [ 1000.00,  6000.00], [ 5.404110800E+000,  1.172305900E-002, 
              -4.226313700E-006,  6.837245100E-010, -4.098486300E-014,
              -2.259312200E+004, -3.480791700E+000] )
             ),
    note = "L 8/88"
       )

species(name = "CH2OCH2",
    atoms = " C:2  H:4  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 3.754105800E+000, -9.408330600E-003, 
               8.023090400E-005, -1.007252300E-007,  4.000813700E-011,
              -7.560045300E+003,  7.871070900E+000] ),
       NASA( [ 1000.00,  6000.00], [ 5.750947400E+000,  1.155356700E-002, 
              -4.042574800E-006,  6.345757700E-010, -3.692847700E-014,
              -9.277614400E+003, -8.523116100E+000] )
             ),
    note = "P 1/93"
       )

species(name = "C3H8",
    atoms = " C:3  H:8 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 9.307870000E-001,  2.644277800E-002, 
               6.083041600E-006, -2.197240800E-008,  9.519324400E-012,
              -1.405815800E+004,  1.921606400E+001] ),
       NASA( [ 1000.00,  6000.00], [ 7.430140300E+000,  1.918633400E-002, 
              -6.575417300E-006,  1.021554100E-009, -5.908805600E-014,
              -1.654261100E+004, -1.736425500E+001] )
             ),
    note = "P 1/93"
       )

species(name = "CO2",
    atoms = " C:1  O:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.348734900E+000,  9.041704700E-003, 
              -7.266047600E-006,  2.609466200E-009, -2.003905800E-013,
              -4.837088100E+004,  9.934627800E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.728609600E+000,  2.562867100E-003, 
              -8.867427500E-007,  1.365940700E-010, -7.860513500E-015,
              -4.905806000E+004, -2.439621100E+000] )
             ),
    note = "P 1/93"
       )

species(name = "C4H2",
    atoms = " C:4  H:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-3.920103000E-001,  5.193756500E-002, 
              -9.173734000E-005,  8.047198600E-008, -2.689821800E-011,
               5.484526600E+004,  2.095779400E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.797409700E+000,  6.454059500E-003, 
              -2.180055700E-006,  3.290238700E-010, -1.845441100E-014,
               5.320495900E+004, -2.182122700E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C4H4",
    atoms = " C:4  H:4 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-1.916853900E+000,  5.276211600E-002, 
              -7.168404100E-005,  5.510116700E-008, -1.729661000E-011,
               3.297862400E+004,  3.142712800E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.589497300E+000,  1.208580700E-002, 
              -4.375843800E-006,  7.087112600E-010, -4.239375800E-014,
               3.052163200E+004, -2.030870100E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C4H6",
    atoms = " C:4  H:6 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.124438500E-001,  3.437117700E-002, 
              -1.111066300E-005, -9.210966600E-009,  6.208417000E-012,
               1.180226200E+004,  2.309171800E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.237949800E+000,  1.736958900E-002, 
              -6.159232000E-006,  9.799080600E-010, -5.780755900E-014,
               9.232599300E+003, -2.034181900E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C4H612",
    atoms = " C:4  H:6 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.018521100E+000,  3.499942700E-002, 
              -2.211921900E-005,  7.068424300E-009, -8.393225000E-013,
               1.811820400E+004,  1.977047700E+001] ),
       NASA( [ 1000.00,  6000.00], [ 9.193915200E+000,  1.540587500E-002, 
              -5.227427400E-006,  8.011345300E-010, -4.566629600E-014,
               1.551708000E+004, -2.366480600E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C4H6-2",
    atoms = " C:4  H:6 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.140166900E+000,  2.646588600E-002, 
              -9.006177200E-006, -5.036986700E-011,  1.717766600E-014,
               1.571057700E+004,  1.351758400E+001] ),
       NASA( [ 1000.00,  6000.00], [-3.013393700E+000,  3.675150600E-002, 
              -1.731462100E-005,  3.373116900E-009, -2.299243200E-013,
               1.768435800E+004,  4.190633500E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C4H81",
    atoms = " C:4  H:8 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.180838000E+000,  3.085269000E-002, 
               5.093873100E-006, -2.466874600E-008,  1.111759100E-011,
              -1.790259500E+003,  2.106410300E+001] ),
       NASA( [ 1000.00,  6000.00], [ 7.414258200E+000,  2.365040100E-002, 
              -8.901206400E-006,  1.507513700E-009, -9.472076900E-014,
              -4.059111200E+003, -1.371735200E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C2H3CHO",
    atoms = " C:3  H:4  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.154560700E+000,  2.802680500E-002, 
              -1.503402900E-005,  1.543065900E-009,  8.707444400E-013,
              -1.041809600E+004,  2.144706300E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.486477900E+000,  1.165470100E-002, 
              -4.232446000E-006,  6.945548600E-010, -4.214018600E-014,
              -1.276978400E+004, -1.771765500E+001] )
             ),
    note = "P 1/93"
       )

species(name = "CH3CHOCH2",
    atoms = " C:3  H:6  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.925343400E-001,  2.847669500E-002, 
               3.132828900E-006, -2.280086500E-008,  1.076976800E-011,
              -1.255702800E+004,  2.258422200E+001] ),
       NASA( [ 1000.00,  6000.00], [ 8.660754500E+000,  1.615585600E-002, 
              -5.558526600E-006,  8.626473800E-010, -4.976988100E-014,
              -1.541968100E+004, -2.235628000E+001] )
             ),
    note = "P 1/93"
       )

species(name = "CH3CH2CHO",
    atoms = " C:3  H:6  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 7.608133600E+000, -8.667118000E-003, 
               7.399903100E-005, -7.976469400E-008,  2.803652400E-011,
              -2.549029100E+004, -6.779484300E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.940567900E+000,  2.338994300E-002, 
              -8.385089400E-006,  1.347489100E-009, -8.103304900E-014,
              -2.604441600E+004,  7.744013900E-001] )
             ),
    note = "P 1/93"
       )

species(name = "CH3COCH3",
    atoms = " C:3  H:6  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 7.608133600E+000, -8.667118000E-003, 
               7.399903100E-005, -7.976469400E-008,  2.803652400E-011,
              -2.549029100E+004, -6.779484300E+000] ),
       NASA( [ 1000.00,  6000.00], [ 4.940567900E+000,  2.338994300E-002, 
              -8.385089400E-006,  1.347489100E-009, -8.103304900E-014,
              -2.604441600E+004,  7.744013900E-001] )
             ),
    note = "P 1/93"
       )

species(name = "C5H6",
    atoms = " C:5  H:6 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-2.908505300E+000,  4.356006300E-002, 
              -3.539168100E-006, -3.090590000E-008,  1.683779800E-011,
               1.508583400E+004,  3.693933100E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.053904400E+001,  1.791748000E-002, 
              -6.363608700E-006,  1.010551000E-009, -5.917777900E-014,
               1.080133900E+004, -3.531281600E+001] )
             ),
    note = "P 1/93"
       )

species(name = "H2C4O",
    atoms = " C:4  H:2  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 4.811604900E+000,  1.313824700E-002, 
               9.874112600E-007, -6.119661800E-009,  1.639368600E-012,
               2.545795400E+004,  2.109973500E+000] ),
       NASA( [ 1000.00,  6000.00], [ 8.616220500E+000,  8.490540000E-003, 
              -3.144508500E-006,  5.270588700E-010, -3.234055500E-014,
               2.402716000E+004, -1.925535900E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C4H4O",
    atoms = " C:4  H:4  O:1 ",
    thermo = (
       NASA( [  200.00,  1000.00], [ 8.474694630E-001,  1.317737960E-002, 
               5.997359010E-005, -9.715629040E-008,  4.227337960E-011,
              -5.367854450E+003,  2.149451720E+001] ),
       NASA( [ 1000.00,  6000.00], [ 9.389350030E+000,  1.402912410E-002, 
              -5.077551100E-006,  8.241373320E-010, -4.953199630E-014,
              -8.682418140E+003, -2.791629200E+001] )
             ),
    note = "T03/97"
       )

species(name = "C2H3CHOCH2",
    atoms = " C:4  H:6  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 7.959094200E-001,  3.441764300E-002, 
              -1.249700100E-005,  4.116331800E-011, -1.639631800E-014,
              -6.487931900E+002,  2.189903000E+001] ),
       NASA( [ 1000.00,  6000.00], [ 6.692779200E+001, -8.559615900E-002, 
               5.152518900E-005, -1.087464600E-008,  7.591421700E-013,
              -2.554066000E+004, -3.434764100E+002] )
             ),
    note = "P 1/93"
       )

species(name = "C4H6O23",
    atoms = " C:4  H:6  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.669973500E+000,  4.928833200E-003, 
               8.869112600E-005, -1.262137900E-007,  5.239693000E-011,
              -1.027879400E+004,  1.457469400E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.022533000E+001,  1.760667400E-002, 
              -6.325040200E-006,  1.028168900E-009, -6.205719300E-014,
              -1.381970700E+004, -3.208485500E+001] )
             ),
    note = "P 1/93"
       )

species(name = "CH3CHCHCHO",
    atoms = " C:4  H:6  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-1.549059300E+000,  4.091717200E-002, 
              -1.687051100E-005, -1.233415600E-010,  4.697782400E-014,
              -1.414027500E+004,  3.744223800E+001] ),
       NASA( [ 1000.00,  6000.00], [ 3.867014700E+001, -3.804888400E-002, 
               2.746028800E-005, -6.090677500E-009,  4.303651600E-013,
              -2.823823000E+004, -1.816882700E+002] )
             ),
    note = "P 1/93"
       )

species(name = "C4H6O25",
    atoms = " C:4  H:6  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.669973500E+000,  4.928833200E-003, 
               8.869112600E-005, -1.262137900E-007,  5.239693000E-011,
              -1.465725400E+004,  1.457469400E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.022533000E+001,  1.760667400E-002, 
              -6.325040200E-006,  1.028168900E-009, -6.205719300E-014,
              -1.819816700E+004, -3.208485500E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C6H2",
    atoms = " C:6  H:2 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-1.593609300E+000,  8.053582300E-002, 
              -1.480269400E-004,  1.330256800E-007, -4.534256300E-011,
               8.327326000E+004,  2.798192200E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.286476800E+001,  8.226309500E-003, 
              -2.932480400E-006,  4.672966300E-010, -2.750431600E-014,
               8.068140300E+004, -3.927336400E+001] )
             ),
    note = "P 1/93"
       )

species(name = "l-C6H4",
    atoms = " C:6  H:4 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 2.941559800E-001,  5.806379400E-002, 
              -6.778673500E-005,  4.339161800E-008, -1.142232100E-011,
               6.000150500E+004,  2.232621300E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.319726200E+001,  1.351589200E-002, 
              -4.925833800E-006,  8.013020900E-010, -4.810885400E-014,
               5.679145300E+004, -4.233461200E+001] )
             ),
    note = "P 1/93"
       )

species(name = "c-C6H4",
    atoms = " C:6  H:4 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-3.108419500E+000,  5.409349500E-002, 
              -4.098873900E-005,  1.088854200E-008,  9.274011900E-013,
               5.220700500E+004,  3.745459000E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.125760900E+001,  1.524269100E-002, 
              -5.531387400E-006,  8.971603100E-010, -5.379309100E-014,
               4.814134500E+004, -3.708453400E+001] )
             ),
    note = "P 1/93"
       )

species(name = "A1",
    atoms = " C:6  H:6 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-4.901251800E+000,  5.981344600E-002, 
              -3.671945700E-005,  3.276856300E-009,  3.761407600E-012,
               9.182731300E+003,  4.410204900E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.090614800E+001,  2.054652000E-002, 
              -7.321843500E-006,  1.169453300E-009, -6.927594900E-014,
               4.502577900E+003, -3.886334000E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C5H4O",
    atoms = " C:5  H:4  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-2.391042200E+000,  4.735892900E-002, 
              -3.071218500E-005,  7.779076000E-009, -2.391060400E-013,
               4.374118500E+003,  3.459262700E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.085521300E+001,  1.568121900E-002, 
              -5.569575700E-006,  8.803266600E-010, -5.151041400E-014,
               2.730172400E+002, -3.555017000E+001] )
             ),
    note = "P 1/93"
       )

species(name = "A1CH3",
    atoms = " C:7  H:8 ",
    thermo = (
       NASA( [  300.00,  1000.00], [ 1.623707600E+000,  2.103521700E-002, 
               8.553642900E-005, -1.328021900E-007,  5.603360500E-011,
               4.074638700E+003,  2.024743900E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.355492000E+001,  2.553330000E-002, 
              -8.996881500E-006,  1.418197400E-009, -8.276204300E-014,
              -9.263339200E+002, -5.011292100E+001] )
             ),
    note = "P 1/93"
       )

species(name = "C6H5OH",
    atoms = " C:6  H:6  O:1 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-1.695255700E+000,  5.226714200E-002, 
              -7.191089300E-006, -3.587180800E-008,  2.045377000E-011,
              -1.328386600E+004,  3.254092100E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.463234000E+001,  1.894814300E-002, 
              -6.581190800E-006,  1.022018000E-009, -5.855220000E-014,
              -1.827625400E+004, -5.440192600E+001] )
             ),
    note = "P 1/93"
       )

species(name = "A1C2H",
    atoms = " C:8  H:6 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-5.266199500E+000,  8.452724600E-002, 
              -7.664898000E-005,  3.328089600E-008, -4.794824900E-012,
               3.556641800E+004,  4.638562300E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.617469900E+001,  2.146529100E-002, 
              -7.705706900E-006,  1.237481800E-009, -7.362699300E-014,
               2.974202000E+004, -6.363169800E+001] )
             ),
    note = "P 1/93"
       )

species(name = "A1C2H3",
    atoms = " C:8  H:8 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-3.874845100E+000,  6.800022100E-002, 
              -2.537113200E-005, -1.785511600E-008,  1.293177300E-011,
               1.620115100E+004,  4.530093700E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.439289600E+001,  2.803785800E-002, 
              -1.014306100E-005,  1.641375600E-009, -9.816762700E-014,
               1.057043200E+004, -5.178116900E+001] )
             ),
    note = "P 1/93"
       )

species(name = "A2",
    atoms = " C:10  H:8 ",
    thermo = (
       NASA( [  300.00,  1000.00], [-9.454125800E+000,  1.114043600E-001, 
              -1.035213200E-004,  5.286923100E-008, -1.183110300E-011,
               1.669583900E+004,  6.520262300E+001] ),
       NASA( [ 1000.00,  6000.00], [ 1.876754800E+001,  2.966685600E-002, 
              -1.054864200E-005,  1.680720800E-009, -9.944656700E-014,
               8.802818700E+003, -8.036470800E+001] )
             ),
    note = "P 1/93"
       )



#-------------------------------------------------------------------------------
#  Reaction data 
#-------------------------------------------------------------------------------

#  Reaction 1
#  Reactions of H2/O2 
# GRI 
reaction(  "H + O2 <=> O + OH",  [8.30000E+013, 0, 14413])

#  Reaction 2
# GRI 
reaction(  "O + H2 <=> H + OH",  [5.00000E+004, 2.67, 6290])

#  Reaction 3
# GRI 
reaction(  "OH + H2 <=> H + H2O",  [2.16000E+008, 1.51, 3430])

#  Reaction 4
# GRI 
reaction(  "OH + OH <=> O + H2O",  [3.57000E+004, 2.4, -2110])

#  Reaction 5
# GRI 
three_body_reaction( "H + H + M <=> H2 + M",  [1.00000E+018, -1, 0],
         efficiencies = " AR:0.63  C2H6:3  CH4:2  CO2:0  H2:0  H2O:0 ")

#  Reaction 6
# GRI 
reaction(  "H + H + H2 <=> H2 + H2",  [9.00000E+016, -0.6, 0])

#  Reaction 7
# GRI 
reaction(  "H + H + H2O <=> H2 + H2O",  [6.00000E+019, -1.25, 0])

#  Reaction 8
# GRI 
reaction(  "H + H + CO2 <=> H2 + CO2",  [5.50000E+020, -2, 0])

#  Reaction 9
# GRI 
three_body_reaction( "H + OH + M <=> H2O + M",  [2.20000E+022, -2, 0],
         efficiencies = " AR:0.38  C2H6:3  CH4:2  H2:0.73  H2O:3.65 ")

#  Reaction 10
# GRI 
three_body_reaction( "O + H + M <=> OH + M",  [5.00000E+017, -1, 0],
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 11
# GRI 
three_body_reaction( "O + O + M <=> O2 + M",  [1.20000E+017, -1, 0],
         efficiencies = " AR:0.83  C2H6:3  CH4:2  CO:1.75  CO2:3.6  H2:2.4  H2O:15.4 ")

#  Reaction 12
# GRI 
three_body_reaction( "H + O2 + M <=> HO2 + M",  [2.80000E+018, -0.86, 0],
         efficiencies = " AR:0  C2H6:1.5  CO:0.75  CO2:1.5  H2O:0  N2:0  O2:0 ")

#  Reaction 13
# GRI 
reaction(  "H + O2 + O2 <=> HO2 + O2",  [3.00000E+020, -1.72, 0])

#  Reaction 14
# GRI 
reaction(  "H + O2 + H2O <=> HO2 + H2O",  [1.65200E+019, -0.76, 0])

#  Reaction 15
# GRI  
reaction(  "H + O2 + N2 <=> HO2 + N2",  [2.60000E+019, -1.24, 0])

#  Reaction 16
# GRI 
reaction(  "H + O2 + AR <=> HO2 + AR",  [7.00000E+017, -0.8, 0])

#  Reaction 17
# GRI 
falloff_reaction( "OH + OH (+ M) <=> H2O2 (+ M)",
         kf = [7.40000E+013, -0.37, 0],
         kf0   = [2.30000E+018, -0.9, -1700],
         falloff = Troe(A = 0.7346, T3 = 94, T1 = 1756, T2 = 5182),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 18
#  Reactions of HO2 
# GRI 
reaction(  "HO2 + H <=> O + H2O",  [3.97000E+012, 0, 671])

#  Reaction 19
# GRI# 
reaction(  "HO2 + H <=> O2 + H2",  [1.66000E+013, 0, 820])

#  Reaction 20
# GRI# 
reaction(  "HO2 + H <=> OH + OH",  [7.08000E+013, 0, 300])

#  Reaction 21
# GRI 
reaction(  "HO2 + O <=> OH + O2",  [2.00000E+013, 0, 0])

#  Reaction 22
# GRI 
reaction(  "HO2 + OH <=> O2 + H2O",  [4.64000E+013, 0, -500])

#  Reaction 23
# GRI 
reaction(  "HO2 + HO2 <=> O2 + H2O2",  [1.30000E+011, 0, -1630],
         options = ["duplicate"])

#  Reaction 24
# GRI 
reaction(  "HO2 + HO2 <=> O2 + H2O2",  [4.20000E+014, 0, 12000],
         options = ["duplicate"])

#  Reaction 25
#  Reactions of H2O2 
# GRI 
reaction(  "H2O2 + H <=> HO2 + H2",  [1.21000E+007, 2, 5200])

#  Reaction 26
# GRI 
reaction(  "H2O2 + H <=> OH + H2O",  [1.00000E+013, 0, 3600])

#  Reaction 27
# GRI 
reaction(  "H2O2 + O <=> OH + HO2",  [9.63000E+006, 2, 4000])

#  Reaction 28
# GRI 
reaction(  "H2O2 + OH <=> HO2 + H2O",  [1.75000E+012, 0, 320],
         options = ["duplicate"])

#  Reaction 29
# GRI 
reaction(  "H2O2 + OH <=> HO2 + H2O",  [5.80000E+014, 0, 9560],
         options = ["duplicate"])

#  Reaction 30
#  Reactions of CO/CO2 
# GRI 
three_body_reaction( "CO + O + M <=> CO2 + M",  [6.02000E+014, 0, 3000],
         efficiencies = " AR:0.5  C2H6:3  CH4:2  CO:1.5  CO2:3.5  H2:2  H2O:6  O2:6 ")

#  Reaction 31
# GRI 
reaction(  "CO + OH <=> CO2 + H",  [4.76000E+007, 1.228, 70])

#  Reaction 32
# GRI 
falloff_reaction( "CO + H2 (+ M) <=> CH2O (+ M)",
         kf = [4.30000E+007, 1.5, 79600],
         kf0   = [5.07000E+027, -3.42, 84350],
         falloff = Troe(A = 0.932, T3 = 197, T1 = 1540, T2 = 10300),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 33
# GRI 
reaction(  "CO + O2 <=> CO2 + O",  [2.50000E+012, 0, 47800])

#  Reaction 34
# GRI 
reaction(  "CO + HO2 <=> CO2 + OH",  [1.50000E+014, 0, 23600])

#  Reaction 35
#  Reactions of C 
# GRI 
reaction(  "C + OH <=> CO + H",  [5.00000E+013, 0, 0])

#  Reaction 36
# GRI 
reaction(  "C + O2 <=> CO + O",  [5.80000E+013, 0, 576])

#  Reaction 37
#  Reactions of CH 
# GRI 
reaction(  "CH + H <=> C + H2",  [1.10000E+014, 0, 0])

#  Reaction 38
# GRI 
reaction(  "CH + O <=> CO + H",  [5.70000E+013, 0, 0])

#  Reaction 39
# GRI 
reaction(  "CH + OH <=> HCO + H",  [3.00000E+013, 0, 0])

#  Reaction 40
# GRI 
reaction(  "CH + H2 <=> CH2 + H",  [1.10700E+008, 1.79, 1670])

#  Reaction 41
# GRI 
reaction(  "CH + H2O <=> CH2O + H",  [5.71000E+012, 0, -755])

#  Reaction 42
# GRI 
reaction(  "CH + O2 <=> HCO + O",  [3.30000E+013, 0, 0])

#  Reaction 43
# GRI 
falloff_reaction( "CH + CO (+ M) <=> HCCO (+ M)",
         kf = [5.00000E+013, 0, 0],
         kf0   = [2.69000E+028, -3.74, 1936],
         falloff = Troe(A = 0.5757, T3 = 237, T1 = 1652, T2 = 5069),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 44
# GRI 
reaction(  "CH + CO2 <=> HCO + CO",  [3.40000E+012, 0, 690])

#  Reaction 45
#  Reactions of HCO 
# GRI 
falloff_reaction( "HCO + H (+ M) <=> CH2O (+ M)",
         kf = [1.09000E+012, 0.48, -260],
         kf0   = [1.35000E+024, -2.57, 1425],
         falloff = Troe(A = 0.7824, T3 = 271, T1 = 2755, T2 = 6570),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 46
# GRI 
reaction(  "HCO + H <=> CO + H2",  [7.34000E+013, 0, 0])

#  Reaction 47
# GRI 
reaction(  "HCO + O <=> CO + OH",  [3.00000E+013, 0, 0])

#  Reaction 48
# GRI 
reaction(  "HCO + O <=> CO2 + H",  [3.00000E+013, 0, 0])

#  Reaction 49
# GRI 
reaction(  "HCO + OH <=> CO + H2O",  [5.00000E+013, 0, 0])

#  Reaction 50
# GRI 
three_body_reaction( "HCO + M <=> CO + H + M",  [1.87000E+017, -1, 17000],
         efficiencies = " C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:18 ")

#  Reaction 51
# GRI 
reaction(  "HCO + O2 <=> CO + HO2",  [7.60000E+012, 0, 400])

#  Reaction 52
#  Reactions of CH2(triplet) 
# GRI 
falloff_reaction( "CH2 + H (+ M) <=> CH3 (+ M)",
         kf = [2.50000E+016, -0.8, 0],
         kf0   = [3.20000E+027, -3.14, 1230],
         falloff = Troe(A = 0.68, T3 = 78, T1 = 1995, T2 = 5590),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 53
# GRI 
reaction(  "CH2 + O <=> HCO + H",  [8.00000E+013, 0, 0])

#  Reaction 54
# GRI 
reaction(  "CH2 + OH <=> CH2O + H",  [2.00000E+013, 0, 0])

#  Reaction 55
# GRI 
reaction(  "CH2 + OH <=> CH + H2O",  [1.13000E+007, 2, 3000])

#  Reaction 56
# GRI 
reaction(  "CH2 + H2 <=> H + CH3",  [5.00000E+005, 2, 7230])

#  Reaction 57
# GRI## 
reaction(  "CH2 + O2 <=> HCO + OH",  [1.06000E+013, 0, 1500])

#  Reaction 58
# GRI## 
reaction(  "CH2 + O2 <=> CO2 + H + H",  [2.64000E+012, 0, 1500])

#  Reaction 59
# GRI 
reaction(  "CH2 + HO2 <=> CH2O + OH",  [2.00000E+013, 0, 0])

#  Reaction 60
# GRI 
reaction(  "CH2 + C <=> C2H + H",  [5.00000E+013, 0, 0])

#  Reaction 61
# GRI 
falloff_reaction( "CH2 + CO (+ M) <=> CH2CO (+ M)",
         kf = [8.10000E+011, 0.5, 4510],
         kf0   = [2.69000E+033, -5.11, 7095],
         falloff = Troe(A = 0.5907, T3 = 275, T1 = 1226, T2 = 5185),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 62
# GRI 
reaction(  "CH2 + CH <=> C2H2 + H",  [4.00000E+013, 0, 0])

#  Reaction 63
# GRI 
reaction(  "CH2 + CH2 <=> C2H2 + H2",  [3.20000E+013, 0, 0])

#  Reaction 64
#  Reactions of CH2(singlet) 
# GRI 
reaction(  "CH2* + N2 <=> CH2 + N2",  [1.50000E+013, 0, 600])

#  Reaction 65
# GRI 
reaction(  "CH2* + AR <=> CH2 + AR",  [9.00000E+012, 0, 600])

#  Reaction 66
# GRI 
reaction(  "CH2* + H <=> CH + H2",  [3.00000E+013, 0, 0])

#  Reaction 67
# GRI 
reaction(  "CH2* + O <=> CO + H2",  [1.50000E+013, 0, 0])

#  Reaction 68
# GRI 
reaction(  "CH2* + O <=> HCO + H",  [1.50000E+013, 0, 0])

#  Reaction 69
# GRI 
reaction(  "CH2* + OH <=> CH2O + H",  [3.00000E+013, 0, 0])

#  Reaction 70
# GRI 
reaction(  "CH2* + H2 <=> CH3 + H",  [7.00000E+013, 0, 0])

#  Reaction 71
# GRI 
reaction(  "CH2* + O2 <=> H + OH + CO",  [2.80000E+013, 0, 0])

#  Reaction 72
# GRI 
reaction(  "CH2* + O2 <=> CO + H2O",  [1.20000E+013, 0, 0])

#  Reaction 73
# GRI 
falloff_reaction( "CH2* + H2O (+ M) <=> CH3OH (+ M)",
         kf = [2.00000E+013, 0, 0],
         kf0   = [2.70000E+038, -6.3, 3100],
         falloff = Troe(A = 0.1507, T3 = 134, T1 = 2383, T2 = 7265),
         efficiencies = " C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 74
# GRI 
reaction(  "CH2* + H2O <=> CH2 + H2O",  [3.00000E+013, 0, 0])

#  Reaction 75
# GRI 
reaction(  "CH2* + CO <=> CH2 + CO",  [9.00000E+012, 0, 0])

#  Reaction 76
# GRI 
reaction(  "CH2* + CO2 <=> CH2 + CO2",  [7.00000E+012, 0, 0])

#  Reaction 77
# GRI 
reaction(  "CH2* + CO2 <=> CH2O + CO",  [1.40000E+013, 0, 0])

#  Reaction 78
#  Reactions of CH2O 
# GRI 
falloff_reaction( "CH2O + H (+ M) <=> CH2OH (+ M)",
         kf = [5.40000E+011, 0.454, 3600],
         kf0   = [1.27000E+032, -4.82, 6530],
         falloff = Troe(A = 0.7187, T3 = 103, T1 = 1291, T2 = 4160),
         efficiencies = " C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 79
# GRI 
falloff_reaction( "CH2O + H (+ M) <=> CH3O (+ M)",
         kf = [5.40000E+011, 0.454, 2600],
         kf0   = [2.20000E+030, -4.8, 5560],
         falloff = Troe(A = 0.758, T3 = 94, T1 = 1555, T2 = 4200),
         efficiencies = " C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 80
# GRI 
reaction(  "CH2O + H <=> HCO + H2",  [2.30000E+010, 1.05, 3275])

#  Reaction 81
# GRI 
reaction(  "CH2O + O <=> HCO + OH",  [3.90000E+013, 0, 3540])

#  Reaction 82
# GRI 
reaction(  "CH2O + OH <=> HCO + H2O",  [3.43000E+009, 1.18, -447])

#  Reaction 83
# GRI 
reaction(  "CH2O + O2 <=> HCO + HO2",  [1.00000E+014, 0, 40000])

#  Reaction 84
# GRI 
reaction(  "CH2O + HO2 <=> HCO + H2O2",  [1.00000E+012, 0, 8000])

#  Reaction 85
# GRI 
reaction(  "CH2O + CH <=> CH2CO + H",  [9.46000E+013, 0, -515])

#  Reaction 86
#  Reactions of CH3 
# GRI 
falloff_reaction( "CH3 + H (+ M) <=> CH4 (+ M)",
         kf = [1.27000E+016, -0.63, 383],
         kf0   = [2.47700E+033, -4.76, 2440],
         falloff = Troe(A = 0.783, T3 = 74, T1 = 2941, T2 = 6964),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 87
# GRI 
reaction(  "CH3 + O <=> CH2O + H",  [8.43000E+013, 0, 0])

#  Reaction 88
# GRI 
falloff_reaction( "CH3 + OH (+ M) <=> CH3OH (+ M)",
         kf = [6.30000E+013, 0, 0],
         kf0   = [2.70000E+038, -6.3, 3100],
         falloff = Troe(A = 0.2105, T3 = 83.5, T1 = 5398, T2 = 8370),
         efficiencies = " C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 89
# GRI 
reaction(  "CH3 + OH <=> CH2 + H2O",  [5.60000E+007, 1.6, 5420])

#  Reaction 90
# GRI 
reaction(  "CH3 + OH <=> CH2* + H2O",  [2.50100E+013, 0, 0])

#  Reaction 91
# GRI 
reaction(  "CH3 + O2 <=> O + CH3O",  [3.08300E+013, 0, 28800])

#  Reaction 92
# GRI 
reaction(  "CH3 + O2 <=> OH + CH2O",  [3.60000E+010, 0, 8940])

#  Reaction 93
# GRI 
reaction(  "CH3 + HO2 <=> CH4 + O2",  [1.00000E+012, 0, 0])

#  Reaction 94
# GRI 
reaction(  "CH3 + HO2 <=> CH3O + OH",  [1.34000E+013, 0, 0])

#  Reaction 95
# GRI 
reaction(  "CH3 + H2O2 <=> CH4 + HO2",  [2.45000E+004, 2.47, 5180])

#  Reaction 96
# GRI 
reaction(  "CH3 + C <=> C2H2 + H",  [5.00000E+013, 0, 0])

#  Reaction 97
# GRI 
reaction(  "CH3 + CH <=> C2H3 + H",  [3.00000E+013, 0, 0])

#  Reaction 98
# GRI 
reaction(  "CH3 + HCO <=> CH4 + CO",  [8.48000E+012, 0, 0])

#  Reaction 99
# GRI 
reaction(  "CH3 + CH2O <=> CH4 + HCO",  [3.32000E+003, 2.81, 5860])

#  Reaction 100
# GRI 
reaction(  "CH3 + CH2 <=> C2H4 + H",  [4.00000E+013, 0, 0])

#  Reaction 101
# GRI 
reaction(  "CH3 + CH2* <=> C2H4 + H",  [1.20000E+013, 0, -570])

#  Reaction 102
# GRI 
falloff_reaction( "CH3 + CH3 (+ M) <=> C2H6 (+ M)",
         kf = [2.12000E+016, -0.97, 620],
         kf0   = [1.77000E+050, -9.67, 6220],
         falloff = Troe(A = 0.5325, T3 = 151, T1 = 1038, T2 = 4970),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 103
# GRI 
reaction(  "CH3 + CH3 <=> H + C2H5",  [4.99000E+012, 0.1, 10600])

#  Reaction 104
# Estimated 
reaction(  "CH3 + HCCO <=> C2H4 + CO",  [5.00000E+013, 0, 0])

#  Reaction 105
# 86TSA/HAM 
reaction(  "CH3 + C2H <=> C3H3 + H",  [2.41000E+013, 0, 0])

#  Reaction 106
#  Reactions of CH3O 
# GRI 
falloff_reaction( "CH3O + H (+ M) <=> CH3OH (+ M)",
         kf = [5.00000E+013, 0, 0],
         kf0   = [8.60000E+028, -4, 3025],
         falloff = Troe(A = 0.8902, T3 = 144, T1 = 2838, T2 = 45569),
         efficiencies = " C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 107
# GRI 
reaction(  "CH3O + H <=> CH2OH + H",  [3.40000E+006, 1.6, 0])

#  Reaction 108
# GRI 
reaction(  "CH3O + H <=> CH2O + H2",  [2.00000E+013, 0, 0])

#  Reaction 109
# GRI 
reaction(  "CH3O + H <=> CH3 + OH",  [3.20000E+013, 0, 0])

#  Reaction 110
# GRI 
reaction(  "CH3O + H <=> CH2* + H2O",  [1.60000E+013, 0, 0])

#  Reaction 111
# GRI 
reaction(  "CH3O + O <=> CH2O + OH",  [1.00000E+013, 0, 0])

#  Reaction 112
# GRI 
reaction(  "CH3O + OH <=> CH2O + H2O",  [5.00000E+012, 0, 0])

#  Reaction 113
# GRI 
reaction(  "CH3O + O2 <=> CH2O + HO2",  [4.28000E-013, 7.6, -3530])

#  Reaction 114
#  Reactions of CH2OH 
# GRI 
falloff_reaction( "CH2OH + H (+ M) <=> CH3OH (+ M)",
         kf = [1.80000E+013, 0, 0],
         kf0   = [3.00000E+031, -4.8, 3300],
         falloff = Troe(A = 0.7679, T3 = 338, T1 = 1812, T2 = 5081),
         efficiencies = " C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 115
# GRI 
reaction(  "CH2OH + H <=> CH2O + H2",  [2.00000E+013, 0, 0])

#  Reaction 116
# GRI 
reaction(  "CH2OH + H <=> CH3 + OH",  [1.20000E+013, 0, 0])

#  Reaction 117
# GRI 
reaction(  "CH2OH + H <=> CH2* + H2O",  [6.00000E+012, 0, 0])

#  Reaction 118
# GRI 
reaction(  "CH2OH + O <=> CH2O + OH",  [1.00000E+013, 0, 0])

#  Reaction 119
# GRI 
reaction(  "CH2OH + OH <=> CH2O + H2O",  [5.00000E+012, 0, 0])

#  Reaction 120
# GRI 
reaction(  "CH2OH + O2 <=> CH2O + HO2",  [1.80000E+013, 0, 900])

#  Reaction 121
#  Reactions of CH4 
# GRI 
reaction(  "CH4 + H <=> CH3 + H2",  [6.60000E+008, 1.62, 10840])

#  Reaction 122
# GRI 
reaction(  "CH4 + O <=> CH3 + OH",  [1.02000E+009, 1.5, 8600])

#  Reaction 123
# GRI 
reaction(  "CH4 + OH <=> CH3 + H2O",  [1.00000E+008, 1.6, 3120])

#  Reaction 124
# GRI 
reaction(  "CH4 + CH <=> C2H4 + H",  [6.00000E+013, 0, 0])

#  Reaction 125
# GRI 
reaction(  "CH4 + CH2 <=> CH3 + CH3",  [2.46000E+006, 2, 8270])

#  Reaction 126
# GRI 
reaction(  "CH4 + CH2* <=> CH3 + CH3",  [1.60000E+013, 0, -570])

#  Reaction 127
# 86TSA/HAM 
reaction(  "CH4 + C2H <=> C2H2 + CH3",  [1.81000E+012, 0, 500])

#  Reaction 128
#  Reactions of CH3OH 
# GRI 
reaction(  "CH3OH + H <=> CH2OH + H2",  [1.70000E+007, 2.1, 4870])

#  Reaction 129
# GRI 
reaction(  "CH3OH + H <=> CH3O + H2",  [4.20000E+006, 2.1, 4870])

#  Reaction 130
# GRI 
reaction(  "CH3OH + O <=> CH2OH + OH",  [3.88000E+005, 2.5, 3100])

#  Reaction 131
# GRI 
reaction(  "CH3OH + O <=> CH3O + OH",  [1.30000E+005, 2.5, 5000])

#  Reaction 132
# GRI 
reaction(  "CH3OH + OH <=> CH2OH + H2O",  [1.44000E+006, 2, -840])

#  Reaction 133
# GRI 
reaction(  "CH3OH + OH <=> CH3O + H2O",  [6.30000E+006, 2, 1500])

#  Reaction 134
# GRI 
reaction(  "CH3OH + CH3 <=> CH2OH + CH4",  [3.00000E+007, 1.5, 9940])

#  Reaction 135
# GRI 
reaction(  "CH3OH + CH3 <=> CH3O + CH4",  [1.00000E+007, 1.5, 9940])

#  Reaction 136
#  Reactions of C2H 
# GRI 
falloff_reaction( "C2H + H (+ M) <=> C2H2 (+ M)",
         kf = [1.00000E+017, -1, 0],
         kf0   = [3.75000E+033, -4.8, 1900],
         falloff = Troe(A = 0.6464, T3 = 132, T1 = 1315, T2 = 5566),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 137
# GRI 
reaction(  "C2H + O <=> CH + CO",  [5.00000E+013, 0, 0])

#  Reaction 138
# GRI 
reaction(  "C2H + OH <=> H + HCCO",  [2.00000E+013, 0, 0])

#  Reaction 139
# GRI 
reaction(  "C2H + O2 <=> HCO + CO",  [5.00000E+013, 0, 1500])

#  Reaction 140
# GRI 
reaction(  "C2H + H2 <=> H + C2H2",  [4.90000E+005, 2.5, 560])

#  Reaction 141
#  Reactions of C2O 
# 92MIL/MEL 
reaction(  "C2O + H <=> CH + CO",  [5.00000E+013, 0, 0])

#  Reaction 142
# 92MIL/MEL 
reaction(  "C2O + O <=> CO + CO",  [5.00000E+013, 0, 0])

#  Reaction 143
# 92MIL/MEL 
reaction(  "C2O + OH <=> CO + CO + H",  [2.00000E+013, 0, 0])

#  Reaction 144
# 92MIL/MEL 
reaction(  "C2O + O2 <=> CO + CO + O",  [2.00000E+013, 0, 0])

#  Reaction 145
#  Reactions of HCCO 
# GRI 
reaction(  "HCCO + H <=> CH2* + CO",  [1.00000E+014, 0, 0])

#  Reaction 146
# GRI 
reaction(  "HCCO + O <=> H + CO + CO",  [1.00000E+014, 0, 0])

#  Reaction 147
# GRI 
reaction(  "HCCO + O2 <=> OH + 2 CO",  [1.60000E+012, 0, 854])

#  Reaction 148
# GRI 
reaction(  "HCCO + CH <=> C2H2 + CO",  [5.00000E+013, 0, 0])

#  Reaction 149
# GRI 
reaction(  "HCCO + CH2 <=> C2H3 + CO",  [3.00000E+013, 0, 0])

#  Reaction 150
# GRI 
reaction(  "HCCO + HCCO <=> C2H2 + CO + CO",  [1.00000E+013, 0, 0])

#  Reaction 151
# 92MIL/MEL 
reaction(  "HCCO + OH <=> C2O + H2O",  [3.00000E+013, 0, 0])

#  Reaction 152
#  Reactions of C2H2 
# 99LAS/WAN 
falloff_reaction( "C2H2 (+ M) <=> H2CC (+ M)",
         kf = [8.00000E+014, -0.52, 50750],
         kf0   = [2.45000E+015, -0.64, 49700],
         efficiencies = " C2H2:2.5  C2H4:2.5  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 153
# 96KNY/SLA 
falloff_reaction( "C2H3 (+ M) <=> C2H2 + H (+ M)",
         kf = [3.86000E+008, 1.62, 37048.2],
         kf0   = [2.56500E+027, -3.4, 35798.7],
         falloff = Troe(A = 1.9816, T3 = 5383.7, T1 = 4.2932, T2 = -0.0795),
         efficiencies = " AR:0.7  C2H2:3  C2H4:3  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 154
# GRI 
reaction(  "C2H2 + O <=> C2H + OH",  [4.60000E+019, -1.41, 28950])

#  Reaction 155
# GRI (0.2 branching ratio) 
reaction(  "C2H2 + O <=> CH2 + CO",  [4.08000E+006, 2, 1900])

#  Reaction 156
# GRI (0.8 branching ratio) 
reaction(  "C2H2 + O <=> HCCO + H",  [1.63200E+007, 2, 1900])

#  Reaction 157
# GRI 
reaction(  "C2H2 + OH <=> CH2CO + H",  [2.18000E-004, 4.5, -1000])

#  Reaction 158
# GRI 
reaction(  "C2H2 + OH <=> HCCOH + H",  [5.04000E+005, 2.3, 13500])

#  Reaction 159
# GRI 
reaction(  "C2H2 + OH <=> C2H + H2O",  [3.37000E+007, 2, 14000])

#  Reaction 160
# GRI 
reaction(  "C2H2 + OH <=> CH3 + CO",  [4.83000E-004, 4, -2000])

#  Reaction 161
# Estimated 
reaction(  "C2H2 + HCO <=> C2H3 + CO",  [1.00000E+007, 2, 6000])

#  Reaction 162
# 84WAR 
reaction(  "C2H2 + CH <=> C3H2 + H",  [3.00000E+013, 0, 0])

#  Reaction 163
# 88BOH/TEM; 86FRA/BHA 
reaction(  "C2H2 + CH2 <=> C3H3 + H",  [1.20000E+013, 0, 6620])

#  Reaction 164
# 97WAN/FRE 
reaction(  "C2H2 + CH2* <=> C3H3 + H",  [2.00000E+013, 0, 0])

#  Reaction 165
# 91SHI/MIC, 92KOS/FUK, 93FAR/MOR 
reaction(  "C2H2 + C2H <=> C4H2 + H",  [9.60000E+013, 0, 0])

#  Reaction 166
# 92WAN 
falloff_reaction( "C2H2 + C2H (+ M) <=> n-C4H3 (+ M)",
         kf = [8.30000E+010, 0.899, -363],
         kf0   = [1.24000E+031, -4.718, 1871],
         falloff = Troe(A = 1, T3 = 100, T1 = 5613, T2 = 13387),
         efficiencies = " C2H2:2.5  C2H4:2.5  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 167
# 92WAN 
falloff_reaction( "C2H2 + C2H (+ M) <=> i-C4H3 (+ M)",
         kf = [8.30000E+010, 0.899, -363],
         kf0   = [1.24000E+031, -4.718, 1871],
         falloff = Troe(A = 1, T3 = 100, T1 = 5613, T2 = 13387),
         efficiencies = " C2H2:2.5  C2H4:2.5  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 168
# 89MIL/BOW; 83HOM/WEL 
reaction(  "C2H2 + HCCO <=> C3H3 + CO",  [1.00000E+011, 0, 3000])

#  Reaction 169
# 99DAV/LAW RRKM 1 atm 
reaction(  "C2H2 + CH3 <=> pC3H4 + H",  [2.56000E+009, 1.1, 13644])

#  Reaction 170
# C2H2+CH3 = pC3H4+H      2.07E+10  0.85  14415.0  !99DAV/LAW RRKM 2 atm 
# C2H2+CH3 = pC3H4+H      2.51E+11  0.56  15453.0  !99DAV/LAW RRKM 5 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "C2H2 + CH3 <=> aC3H4 + H",  [5.14000E+009, 0.86, 22153])

#  Reaction 171
# C2H2+CH3 = aC3H4+H      1.33E+10  0.75  22811.0  !99DAV/LAW RRKM 2 atm 
# C2H2+CH3 = aC3H4+H      9.20E+10  0.54  23950.0  !99DAV/LAW RRKM 5 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "C2H2 + CH3 <=> CH3CCH2",  [4.99000E+022, -4.39, 18850])

#  Reaction 172
# C2H2+CH3 = CH3CCH2      6.00E+23 -4.60  19571.0  !99DAV/LAW RRKM 2 atm 
# C2H2+CH3 = CH3CCH2      7.31E+25 -5.06  21150.0  !99DAV/LAW RRKM 5 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "C2H2 + CH3 <=> CH3CHCH",  [3.20000E+035, -7.76, 13300])

#  Reaction 173
# C2H2+CH3 = CH3CHCH      2.40E+38 -8.21  17100.0  !99DAV/LAW RRKM 10 atm 
# C2H2+CH3 = CH3CHCH      1.40E+39 -8.06  20200.0  !99DAV/LAW RRKM 100 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "C2H2 + CH3 <=> aC3H5",  [2.68000E+053, -12.82, 35730])

#  Reaction 174
# C2H2+CH3 = aC3H5        3.64E+52 -12.46 36127.0  !99DAV/LAW RRKM 2 atm 
# C2H2+CH3 = aC3H5        1.04E+51 -11.89 36476.0  !99DAV/LAW RRKM 5 atm 
#  Reactions of Vinylidene 
# Estimated 
reaction(  "H2CC + H <=> C2H2 + H",  [1.00000E+014, 0, 0])

#  Reaction 175
# Estimated 
reaction(  "H2CC + OH <=> CH2CO + H",  [2.00000E+013, 0, 0])

#  Reaction 176
# 99LAS/WAN 
reaction(  "H2CC + O2 <=> HCO + HCO",  [1.00000E+013, 0, 0])

#  Reaction 177
# 99LAS/WAN 
falloff_reaction( "H2CC + C2H2 (+ M) <=> C4H4 (+ M)",
         kf = [3.50000E+005, 2.055, -2400],
         kf0   = [1.40000E+060, -12.599, 7417],
         falloff = Troe(A = 0.98, T3 = 56, T1 = 580, T2 = 4164),
         efficiencies = " C2H2:3  C2H4:3  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 178
# Estimated 
reaction(  "H2CC + C2H4 <=> C4H6",  [1.00000E+012, 0, 0])

#  Reaction 179
#  Reactions of CH2CO/HCCOH 
# calculated RRKM 
falloff_reaction( "CH2CO + H (+ M) <=> CH2CHO (+ M)",
         kf = [3.30000E+014, -0.06, 8500],
         kf0   = [3.80000E+041, -7.64, 11900],
         falloff = Troe(A = 0.337, T3 = 1707, T1 = 3200, T2 = 4131),
         efficiencies = " AR:0.7  C2H2:3  C2H4:3  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 180
# GRI 
reaction(  "CH2CO + H <=> HCCO + H2",  [5.00000E+013, 0, 8000])

#  Reaction 181
# calculated RRKM     
reaction(  "CH2CO + H <=> CH3 + CO",  [1.50000E+009, 1.43, 2690])

#  Reaction 182
# GRI 
reaction(  "CH2CO + O <=> HCCO + OH",  [1.00000E+013, 0, 8000])

#  Reaction 183
# GRI 
reaction(  "CH2CO + O <=> CH2 + CO2",  [1.75000E+012, 0, 1350])

#  Reaction 184
# GRI 
reaction(  "CH2CO + OH <=> HCCO + H2O",  [7.50000E+012, 0, 2000])

#  Reaction 185
# GRI 
reaction(  "HCCOH + H <=> CH2CO + H",  [1.00000E+013, 0, 0])

#  Reaction 186
#  Reactions of C2H3 
# GRI1.2 
falloff_reaction( "C2H3 + H (+ M) <=> C2H4 (+ M)",
         kf = [6.08000E+012, 0.27, 280],
         kf0   = [1.40000E+030, -3.86, 3320],
         falloff = Troe(A = 0.782, T3 = 207.5, T1 = 2663, T2 = 6095),
         efficiencies = " AR:0.7  C2H2:3  C2H4:3  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 187
# 86TSA/HAM 
reaction(  "C2H3 + H <=> C2H2 + H2",  [9.00000E+013, 0, 0])

#  Reaction 188
# Estimated 
reaction(  "C2H3 + H <=> H2CC + H2",  [6.00000E+013, 0, 0])

#  Reaction 189
# 86TSA/HAM 
reaction(  "C2H3 + O <=> CH2CO + H",  [4.80000E+013, 0, 0])

#  Reaction 190
# 86TSA/HAM 
reaction(  "C2H3 + O <=> CH3 + CO",  [4.80000E+013, 0, 0])

#  Reaction 191
# 86TSA/HAM 
reaction(  "C2H3 + OH <=> C2H2 + H2O",  [3.01100E+013, 0, 0])

#  Reaction 192
# 96MEB/DIA 
reaction(  "C2H3 + O2 <=> C2H2 + HO2",  [1.34000E+006, 1.61, -383.4])

#  Reaction 193
# 96MEB/DIA 
reaction(  "C2H3 + O2 <=> CH2CHO + O",  [3.00000E+011, 0.29, 11])

#  Reaction 194
# 96MEB/DIA 
reaction(  "C2H3 + O2 <=> HCO + CH2O",  [4.60000E+016, -1.39, 1010])

#  Reaction 195
# Estimated 
reaction(  "C2H3 + HO2 <=> CH2CHO + OH",  [1.00000E+013, 0, 0])

#  Reaction 196
# 86TSA/HAM 
reaction(  "C2H3 + H2O2 <=> C2H4 + HO2",  [1.21000E+010, 0, -596])

#  Reaction 197
# 86TSA/HAM 
reaction(  "C2H3 + HCO <=> C2H4 + CO",  [9.03300E+013, 0, 0])

#  Reaction 198
# 86TSA/HAM 
reaction(  "C2H3 + HCO <=> C2H3CHO",  [1.80000E+013, 0, 0])

#  Reaction 199
# 86TSA/HAM 
reaction(  "C2H3 + CH3 <=> C2H2 + CH4",  [3.92000E+011, 0, 0])

#  Reaction 200
# 86TSA/HAM 
falloff_reaction( "C2H3 + CH3 (+ M) <=> C3H6 (+ M)",
         kf = [2.50000E+013, 0, 0],
         kf0   = [4.27000E+058, -11.94, 9769.8],
         falloff = Troe(A = 0.175, T3 = 1340.6, T1 = 60000, T2 = 10139.8),
         efficiencies = " AR:0.7  C2H2:3  C2H4:3  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 201
# 86TSA/HAM  
reaction(  "C2H3 + CH3 <=> aC3H5 + H",  [1.50000E+024, -2.83, 18618])

#  Reaction 202
# 97WAN/FRE 
reaction(  "C2H3 + C2H2 <=> C4H4 + H",  [5.00000E+014, -0.71, 6700])

#  Reaction 203
# 97WAN/FRE 
reaction(  "C2H3 + C2H2 <=> n-C4H5",  [9.30000E+038, -8.76, 12000])

#  Reaction 204
# 97WAN/FRE 
reaction(  "C2H3 + C2H2 <=> i-C4H5",  [1.60000E+046, -10.98, 18600])

#  Reaction 205
# 97WAN/FRE 
reaction(  "C2H3 + C2H3 <=> C4H6",  [1.50000E+042, -8.84, 12483])

#  Reaction 206
# 97WAN/FRE  
reaction(  "C2H3 + C2H3 <=> i-C4H5 + H",  [1.20000E+022, -2.44, 13654])

#  Reaction 207
# 97WAN/FRE 
reaction(  "C2H3 + C2H3 <=> n-C4H5 + H",  [2.40000E+020, -2.04, 15361])

#  Reaction 208
# NIST DB 
reaction(  "C2H3 + C2H3 <=> C2H2 + C2H4",  [9.60000E+011, 0, 0])

#  Reaction 209
#  Reactions of CH2CHO 
# CH2CHO = CH3+CO              2.340E+43  -10.099  45600.00 !RRKM 0.026 atm 
# CH2CHO = CH3+CO              7.200E+42   -9.521  47000.00 !RRKM 0.5 atm 
# RRKM 1 atm 
reaction(  "CH2CHO <=> CH3 + CO",  [7.80000E+041, -9.147, 46900])

#  Reaction 210
# CH2CHO = CH3+CO              1.200E+37   -7.456  46100.00 !RRKM 10 atm 
# Calculated RRKM 
falloff_reaction( "CH2CHO + H (+ M) <=> CH3CHO (+ M)",
         kf = [1.00000E+014, 0, 0],
         kf0   = [5.20000E+039, -7.297, 4700],
         falloff = Troe(A = 0.55, T3 = 8900, T1 = 4350, T2 = 7244),
         efficiencies = " C2H2:3  C2H4:3  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 211
# Estimated  
reaction(  "CH2CHO + H <=> CH3CO + H",  [5.00000E+012, 0, 0])

#  Reaction 212
# Estimated 
reaction(  "CH2CHO + H <=> CH3 + HCO",  [9.00000E+013, 0, 0])

#  Reaction 213
# 82MIL/MIT 
reaction(  "CH2CHO + H <=> CH2CO + H2",  [2.00000E+013, 0, 4000])

#  Reaction 214
# 82MIL/MIT 
reaction(  "CH2CHO + O <=> CH2CO + OH",  [2.00000E+013, 0, 4000])

#  Reaction 215
# 82MIL/MIT 
reaction(  "CH2CHO + OH <=> CH2CO + H2O",  [1.00000E+013, 0, 2000])

#  Reaction 216
# 92BAU/COB 
reaction(  "CH2CHO + O2 <=> CH2CO + HO2",  [1.40000E+011, 0, 0])

#  Reaction 217
# 92BAU/COB  
reaction(  "CH2CHO + O2 <=> CH2O + CO + OH",  [1.80000E+010, 0, 0])

#  Reaction 218
#   
#  Reactions of CH3CO  
# kinf, RRKM 
falloff_reaction( "CH3 + CO (+ M) <=> CH3CO (+ M)",
         kf = [4.85000E+007, 1.65, 6150],
         kf0   = [7.80000E+030, -5.395, 8600],
         falloff = Troe(A = 0.258, T3 = 598, T1 = 21002, T2 = 1773),
         efficiencies = " AR:0.7  C2H2:3  C2H4:3  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 219
# 86TSA/HAM 
falloff_reaction( "CH3CO + H (+ M) <=> CH3CHO (+ M)",
         kf = [9.60000E+013, 0, 0],
         kf0   = [3.85000E+044, -8.569, 5500],
         falloff = Troe(A = 1, T3 = 2900, T1 = 2900, T2 = 5132),
         efficiencies = " C2H2:3  C2H4:3  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 220
# 86TSA/HAM 
reaction(  "CH3CO + H <=> CH3 + HCO",  [9.60000E+013, 0, 0])

#  Reaction 221
# 92BAU/COB 
reaction(  "CH3CO + O <=> CH2CO + OH",  [3.90000E+013, 0, 0])

#  Reaction 222
# 86TSA/HAM; 92BAU/COB 
reaction(  "CH3CO + O <=> CH3 + CO2",  [1.50000E+014, 0, 0])

#  Reaction 223
# 86TSA/HAM 
reaction(  "CH3CO + OH <=> CH2CO + H2O",  [1.20000E+013, 0, 0])

#  Reaction 224
# 86TSA/HAM 
reaction(  "CH3CO + OH <=> CH3 + CO + OH",  [3.00000E+013, 0, 0])

#  Reaction 225
# 86TSA/HAM 
reaction(  "CH3CO + HO2 <=> CH3 + CO2 + OH",  [3.00000E+013, 0, 0])

#  Reaction 226
# 86TSA/HAM 
reaction(  "CH3CO + H2O2 <=> CH3CHO + HO2",  [1.80000E+011, 0, 8226])

#  Reaction 227
#  Reactions of CH3CHO 
# NIST DB 
reaction(  "CH3CHO <=> CH3 + HCO",  [1.28000E+015, 0, 77960])

#  Reaction 228
# 92BAU/COB 
reaction(  "CH3CHO + H <=> CH3CO + H2",  [4.10000E+009, 1.16, 2400])

#  Reaction 229
# 67LAM/CHR 
reaction(  "CH3CHO + H <=> CH4 + HCO",  [5.00000E+010, 0, 0])

#  Reaction 230
# 92BAU/COB 
reaction(  "CH3CHO + O <=> CH3CO + OH",  [5.80000E+012, 0, 1800])

#  Reaction 231
# 92BAU/COB 
reaction(  "CH3CHO + OH <=> CH3CO + H2O",  [2.35000E+010, 0.73, -1110])

#  Reaction 232
# 92BAU/COB 
reaction(  "CH3CHO + CH3 <=> CH3CO + CH4",  [2.00000E-006, 5.6, 2460])

#  Reaction 233
# NIST DB  
reaction(  "CH3CHO + HCO <=> CO + HCO + CH4",  [8.00000E+012, 0, 10400])

#  Reaction 234
# 92BAU/COB 
reaction(  "CH3CHO + O2 <=> CH3CO + HO2",  [3.00000E+013, 0, 39100])

#  Reaction 235
#  Reactions of CH2OCH2 (ethylene oxide) 
# 83LIF/BEN 
reaction(  "CH2OCH2 <=> CH3 + HCO",  [3.63000E+013, 0, 57200])

#  Reaction 236
# 83LIF/BEN 
reaction(  "CH2OCH2 <=> CH3CHO",  [7.26000E+013, 0, 57200])

#  Reaction 237
# 83LIF/BEN 
reaction(  "CH2OCH2 <=> CH4 + CO",  [1.21000E+013, 0, 57200])

#  Reaction 238
# 83LIF/BEN 
reaction(  "CH2OCH2 + H <=> CH2OCH + H2",  [2.00000E+013, 0, 8300])

#  Reaction 239
# 83LIF/BEN 
reaction(  "CH2OCH2 + H <=> C2H3 + H2O",  [5.00000E+009, 0, 5000])

#  Reaction 240
# 83LIF/BEN 
reaction(  "CH2OCH2 + H <=> C2H4 + OH",  [9.51000E+010, 0, 5000])

#  Reaction 241
# 78BOG/HAN 
reaction(  "CH2OCH2 + O <=> CH2OCH + OH",  [1.91000E+012, 0, 5250])

#  Reaction 242
# 84BOL/KEE 
reaction(  "CH2OCH2 + OH <=> CH2OCH + H2O",  [1.78000E+013, 0, 3610])

#  Reaction 243
# 84BOL/KEE 
reaction(  "CH2OCH2 + CH3 <=> CH2OCH + CH4",  [1.07000E+012, 0, 11830])

#  Reaction 244
#  Reactions of CH2OCH  
# 84BOL/KEE 
three_body_reaction( "CH2OCH + M <=> CH3 + CO + M",  [3.16000E+014, 0, 12000])

#  Reaction 245
# 96WUR/McG 
three_body_reaction( "CH2OCH + M <=> CH2CHO + M",  [5.00000E+009, 0, 0])

#  Reaction 246
# 83LIF/BEN 
three_body_reaction( "CH2OCH + M <=> CH2CO + H + M",  [3.00000E+013, 0, 8000])

#  Reaction 247
#  Reactions of C2H4 
# GRI### 
falloff_reaction( "C2H4 (+ M) <=> H2 + H2CC (+ M)",
         kf = [8.00000E+012, 0.44, 88770],
         kf0   = [7.00000E+050, -9.31, 99860],
         falloff = Troe(A = 0.7345, T3 = 180, T1 = 1035, T2 = 5417),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 248
# 86TSA/HAM 
reaction(  "C2H4 + H <=> C2H5",  [8.42000E+008, 1.49, -990])

#  Reaction 249
# 96KNY/BEN 
reaction(  "C2H4 + H <=> C2H3 + H2",  [5.07000E+007, 1.9, 12950])

#  Reaction 250
# 87MAH/MAR 
reaction(  "C2H4 + O <=> C2H3 + OH",  [1.51000E+007, 1.9, 3740])

#  Reaction 251
# 87MAH/MAR 
reaction(  "C2H4 + O <=> CH3 + HCO",  [1.92000E+007, 1.83, 220])

#  Reaction 252
# 87MAH/MAR 
reaction(  "C2H4 + O <=> CH2 + CH2O",  [3.84000E+005, 1.83, 220])

#  Reaction 253
# 88LIU/MUL1 
reaction(  "C2H4 + OH <=> C2H3 + H2O",  [3.60000E+006, 2, 2500])

#  Reaction 254
# Estimated 
reaction(  "C2H4 + HCO <=> C2H5 + CO",  [1.00000E+007, 2, 8000])

#  Reaction 255
# Estimated 
reaction(  "C2H4 + CH <=> aC3H4 + H",  [3.00000E+013, 0, 0])

#  Reaction 256
# Estimated 
reaction(  "C2H4 + CH <=> pC3H4 + H",  [3.00000E+013, 0, 0])

#  Reaction 257
# Estimated 
reaction(  "C2H4 + CH2 <=> aC3H5 + H",  [2.00000E+013, 0, 6000])

#  Reaction 258
# Estimated 
reaction(  "C2H4 + CH2* <=> H2CC + CH4",  [5.00000E+013, 0, 0])

#  Reaction 259
# Estimated 
reaction(  "C2H4 + CH2* <=> aC3H5 + H",  [5.00000E+013, 0, 0])

#  Reaction 260
# GRI 
reaction(  "C2H4 + CH3 <=> C2H3 + CH4",  [2.27000E+005, 2, 9200])

#  Reaction 261
# 86TSA/HAM 
reaction(  "C2H4 + CH3 <=> nC3H7",  [3.30000E+011, 0, 7700])

#  Reaction 262
# 86TSA/HAM 
reaction(  "C2H4 + C2H <=> C4H4 + H",  [1.20000E+013, 0, 0])

#  Reaction 263
# 86TSA/HAM 
reaction(  "C2H4 + O2 <=> C2H3 + HO2",  [4.22000E+013, 0, 60800])

#  Reaction 264
# C2H4+C2H3 = C4H7           1.21E+05     2.33    3680.0  !97WAN/FRE RRKM kinf 
# C2H4+C2H3 = C4H7           1.23E+35    -7.76    9930.0  !97WAN/FRE RRKM 0.1 atm 
# 97WAN/FRE RRKM 1 atm 
reaction(  "C2H4 + C2H3 <=> C4H7",  [7.93000E+038, -8.47, 14220])

#  Reaction 265
# C2H4+C2H3 = C4H7           2.99E+36    -7.40   15480.0  !97WAN/FRE RRKM 10 atm 
# 92BAU/COB 
reaction(  "C2H4 + HO2 <=> CH2OCH2 + OH",  [2.82000E+012, 0, 17100])

#  Reaction 266
#  Reactions of C2H5 
# GRI 
falloff_reaction( "C2H5 + H (+ M) <=> C2H6 (+ M)",
         kf = [5.21000E+017, -0.99, 1580],
         kf0   = [1.99000E+041, -7.08, 6685],
         falloff = Troe(A = 0.8422, T3 = 125, T1 = 2219, T2 = 6882),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 267
# GRI 
reaction(  "C2H5 + H <=> C2H4 + H2",  [2.00000E+012, 0, 0])

#  Reaction 268
# 86TSA/HAM 
reaction(  "C2H5 + O <=> CH3 + CH2O",  [1.60400E+013, 0, 0])

#  Reaction 269
# 86TSA/HAM 
reaction(  "C2H5 + O <=> CH3CHO + H",  [8.02000E+013, 0, 0])

#  Reaction 270
# 90BOZ/DEA 
reaction(  "C2H5 + O2 <=> C2H4 + HO2",  [2.00000E+010, 0, 0])

#  Reaction 271
# 86TSA/HAM 
reaction(  "C2H5 + HO2 <=> C2H6 + O2",  [3.00000E+011, 0, 0])

#  Reaction 272
# 86TSA/HAM 
reaction(  "C2H5 + HO2 <=> C2H4 + H2O2",  [3.00000E+011, 0, 0])

#  Reaction 273
# 86TSA/HAM 
reaction(  "C2H5 + HO2 <=> CH3 + CH2O + OH",  [2.40000E+013, 0, 0])

#  Reaction 274
# 86TSA/HAM 
reaction(  "C2H5 + H2O2 <=> C2H6 + HO2",  [8.70000E+009, 0, 974])

#  Reaction 275
# 88TSA 
falloff_reaction( "C2H5 + CH3 (+ M) <=> C3H8 (+ M)",
         kf = [4.90000E+014, -0.5, 0],
         kf0   = [6.80000E+061, -13.42, 6000],
         falloff = Troe(A = 1, T3 = 1000, T1 = 1433.9, T2 = 5328.8),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 276
# 86TSA/HAM  
falloff_reaction( "C2H5 + C2H3 (+ M) <=> C4H81 (+ M)",
         kf = [1.50000E+013, 0, 0],
         kf0   = [1.55000E+056, -11.79, 8984.5],
         falloff = Troe(A = 0.198, T3 = 2277.9, T1 = 60000, T2 = 5723.2),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 277
# C2H5+C2H3 = aC3H5+CH3        8.00E+25  -3.46   11775.0  !86TSA/HAM RRKM 0.1 atm 
# 86TSA/HAM RRKM 1 atm 
reaction(  "C2H5 + C2H3 <=> aC3H5 + CH3",  [3.90000E+032, -5.22, 19747])

#  Reaction 278
# C2H5+C2H3 = aC3H5+CH3        3.90E+29  -4.24   22311.0  !86TSA/HAM RRKM 10 atm 
#  Reactions of C2H6 
# GRI 
reaction(  "C2H6 + H <=> C2H5 + H2",  [1.15000E+008, 1.9, 7530])

#  Reaction 279
# GRI 
reaction(  "C2H6 + O <=> C2H5 + OH",  [8.98000E+007, 1.92, 5690])

#  Reaction 280
# GRI 
reaction(  "C2H6 + OH <=> C2H5 + H2O",  [3.54000E+006, 2.12, 870])

#  Reaction 281
# GRI 
reaction(  "C2H6 + CH2* <=> C2H5 + CH3",  [4.00000E+013, 0, -550])

#  Reaction 282
# GRI 
reaction(  "C2H6 + CH3 <=> C2H5 + CH4",  [6.14000E+006, 1.74, 10450])

#  Reaction 283
#  Reactions of C3H2  
# Estimated 
reaction(  "C3H2 + H <=> C3H3",  [1.00000E+013, 0, 0])

#  Reaction 284
# 83WAR/BOC 
reaction(  "C3H2 + O <=> C2H2 + CO",  [6.80000E+013, 0, 0])

#  Reaction 285
# 83WAR/BOC 
reaction(  "C3H2 + OH <=> HCO + C2H2",  [6.80000E+013, 0, 0])

#  Reaction 286
# 95PAU/VOL 
reaction(  "C3H2 + O2 <=> HCCO + H + CO",  [2.00000E+012, 0, 1000])

#  Reaction 287
# Estimated 
reaction(  "C3H2 + CH <=> C4H2 + H",  [5.00000E+013, 0, 0])

#  Reaction 288
# Estimated 
reaction(  "C3H2 + CH2 <=> n-C4H3 + H",  [5.00000E+013, 0, 0])

#  Reaction 289
# Estimated 
reaction(  "C3H2 + CH3 <=> C4H4 + H",  [5.00000E+012, 0, 0])

#  Reaction 290
# Estimated 
reaction(  "C3H2 + HCCO <=> n-C4H3 + CO",  [1.00000E+013, 0, 0])

#  Reaction 291
# Estimated 
reaction(  "C3H2 + C3H3 <=> A1-",  [7.00000E+012, 0, 0])

#  Reaction 292
#  Reactions of C3H3 
# Estimated 
reaction(  "C3H3 + H <=> pC3H4",  [1.50000E+013, 0, 0])

#  Reaction 293
# Estimated 
reaction(  "C3H3 + H <=> aC3H4",  [2.50000E+012, 0, 0])

#  Reaction 294
# 95PAU/VOL 
reaction(  "C3H3 + H <=> C3H2 + H2",  [5.00000E+013, 0, 1000])

#  Reaction 295
# 89MIL/BOW 
reaction(  "C3H3 + O <=> CH2O + C2H",  [2.00000E+013, 0, 0])

#  Reaction 296
# 89MIL/BOW 
reaction(  "C3H3 + OH <=> C3H2 + H2O",  [2.00000E+013, 0, 0])

#  Reaction 297
# 88SLA/GUT 
reaction(  "C3H3 + O2 <=> CH2CO + HCO",  [3.00000E+010, 0, 2868])

#  Reaction 298
# Estimated 
reaction(  "C3H3 + HO2 <=> OH + CO + C2H3",  [8.00000E+011, 0, 0])

#  Reaction 299
# 99DAV/LAW  
reaction(  "C3H3 + HO2 <=> aC3H4 + O2",  [3.00000E+011, 0, 0])

#  Reaction 300
# 99DAV/LAW  
reaction(  "C3H3 + HO2 <=> pC3H4 + O2",  [2.50000E+012, 0, 0])

#  Reaction 301
# Estimated 
reaction(  "C3H3 + HCO <=> aC3H4 + CO",  [2.50000E+013, 0, 0])

#  Reaction 302
# Estimated 
reaction(  "C3H3 + HCO <=> pC3H4 + CO",  [2.50000E+013, 0, 0])

#  Reaction 303
# Estimated 
reaction(  "C3H3 + HCCO <=> C4H4 + CO",  [2.50000E+013, 0, 0])

#  Reaction 304
# Estimated 
reaction(  "C3H3 + CH <=> i-C4H3 + H",  [5.00000E+013, 0, 0])

#  Reaction 305
# 92MIL/MEL 
reaction(  "C3H3 + CH2 <=> C4H4 + H",  [5.00000E+013, 0, 0])

#  Reaction 306
# 97WAN/FRE 
falloff_reaction( "C3H3 + CH3 (+ M) <=> C4H612 (+ M)",
         kf = [1.50000E+012, 0, 0],
         kf0   = [2.60000E+057, -11.94, 9770],
         falloff = Troe(A = 0.175, T3 = 1340.6, T1 = 60000, T2 = 9769.8),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 307
# 97WAN/FRE 
reaction(  "C3H3 + C3H3 <=> A1- + H",  [5.00000E+012, 0, 0])

#  Reaction 308
# 97WAN/FRE 
reaction(  "C3H3 + C3H3 <=> A1",  [2.00000E+012, 0, 0])

#  Reaction 309
# = C3H5+C2H2 
reaction(  "C3H3 + C2H4 <=> C5H6 + H",  [5.00000E+014, 0, 25000])

#  Reaction 310
# 97JON/BAC 
reaction(  "C3H3 + C4H4 <=> A1CH2",  [6.53000E+005, 1.28, -4611])

#  Reaction 311
# = C3H3+C4H4 
reaction(  "C3H3 + C4H6 <=> A1CH3 + H",  [6.53000E+005, 1.28, -4611])

#  Reaction 312
#  Reactions of aC3H4 
# 99DAV/LAW 
reaction(  "aC3H4 + H <=> C3H3 + H2",  [1.30000E+006, 2, 5500])

#  Reaction 313
# 99DAV/LAW RRKM 1 atm 
reaction(  "aC3H4 + H <=> CH3CHCH",  [5.40000E+029, -6.09, 16300])

#  Reaction 314
# aC3H4+H = CH3CHCH            2.60E+31   -6.23 18700.0  !99DAV/LAW RRKM 10 atm 
# aC3H4+H = CH3CHCH            3.20E+31   -5.88 21500.0  !99DAV/LAW RRKM 100 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "aC3H4 + H <=> CH3CCH2",  [9.46000E+042, -9.43, 11190])

#  Reaction 315
# aC3H4+H = CH3CCH2            8.47E+43   -9.59 12462.0  !99DAV/LAW RRKM 2 atm 
# aC3H4+H = CH3CCH2            6.98E+44   -9.70 14032.0  !99DAV/LAW RRKM 5 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "aC3H4 + H <=> aC3H5",  [1.52000E+059, -13.54, 26949])

#  Reaction 316
# aC3H4+H = aC3H5              3.78E+57  -12.98 26785.0  !99DAV/LAW RRKM 2 atm 
# aC3H4+H = aC3H5              7.34E+54  -12.09 26187.0  !99DAV/LAW RRKM 5 atm 
# 98DAV/LAW 
reaction(  "aC3H4 + O <=> C2H4 + CO",  [2.00000E+007, 1.8, 1000])

#  Reaction 317
# 97WAN/FRE 
reaction(  "aC3H4 + OH <=> C3H3 + H2O",  [5.30000E+006, 2, 2000])

#  Reaction 318
# 87WU/KER  
reaction(  "aC3H4 + CH3 <=> C3H3 + CH4",  [1.30000E+012, 0, 7700])

#  Reaction 319
# 97WAN/FRE 
reaction(  "aC3H4 + C2H <=> C2H2 + C3H3",  [1.00000E+013, 0, 0])

#  Reaction 320
#  Reactions of pC3H4 
# pC3H4 = cC3H4               1.73E+12   0.31   60015.0  !99DAV/LAW RRKM kinf 
# pC3H4 = cC3H4               2.84E+45 -10.45   69284.0  !99DAV/LAW RRKM 0.4 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "pC3H4 <=> cC3H4",  [1.20000E+044, -9.92, 69250])

#  Reaction 321
# pC3H4 = cC3H4               5.47E+42  -9.43   69089.0  !99DAV/LAW RRKM 2 atm 
# pC3H4 = cC3H4               3.92E+40  -8.69   68706.0  !99DAV/LAW RRKM 5 atm 
# pC3H4 = aC3H4               5.81E+62 -14.63   91211.0  !99DAV/LAW RRKM 0.4 atm  
# 99DAV/LAW RRKM 1 atm  
reaction(  "pC3H4 <=> aC3H4",  [5.15000E+060, -13.93, 91117])

#  Reaction 322
# pC3H4 = aC3H4               7.64E+59 -13.59   91817.0  !99DAV/LAW RRKM 2 atm  
# pC3H4 = aC3H4               3.12E+58 -13.07   92680.0  !99DAV/LAW RRKM 5 atm  
# 99DAV/LAW RRKM 1 atm 
reaction(  "pC3H4 + H <=> aC3H4 + H",  [6.27000E+017, -0.91, 10079])

#  Reaction 323
# pC3H4+H = aC3H4+H           1.50E+18  -1.00   10756.0  !99DAV/LAW RRKM 2 atm 
# pC3H4+H = aC3H4+H           1.93E+18  -1.01   11523.0  !99DAV/LAW RRKM 5 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "pC3H4 + H <=> CH3CCH2",  [1.66000E+047, -10.58, 13690])

#  Reaction 324
# pC3H4+H = CH3CCH2           5.04E+47 -10.61   14707.0  !99DAV/LAW RRKM 2 atm 
# pC3H4+H = CH3CCH2           9.62E+47 -10.55   15910.0  !99DAV/LAW RRKM 5 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "pC3H4 + H <=> CH3CHCH",  [5.50000E+028, -5.74, 4300])

#  Reaction 325
# pC3H4+H = CH3CHCH           1.00E+34 -6.88     8900.0  !99DAV/LAW RRKM 10 atm 
# pC3H4+H = CH3CHCH           9.70E+37 -7.63    13800.0  !99DAV/LAW RRKM 100 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "pC3H4 + H <=> aC3H5",  [4.91000E+060, -14.37, 31644])

#  Reaction 326
# pC3H4+H = aC3H5             3.04E+60 -14.19   32642.0  !99DAV/LAW RRKM 2 atm 
# pC3H4+H = aC3H5             9.02E+59 -13.89   33953.0  !99DAV/LAW RRKM 5 atm 
# 97WAN/FRE 
reaction(  "pC3H4 + H <=> C3H3 + H2",  [1.30000E+006, 2, 5500])

#  Reaction 327
# Estimated 
reaction(  "pC3H4 + C3H3 <=> aC3H4 + C3H3",  [6.14000E+006, 1.74, 10450])

#  Reaction 328
# 96ADU/BLU# 
reaction(  "pC3H4 + O <=> HCCO + CH3",  [7.30000E+012, 0, 2250])

#  Reaction 329
# 96ADU/BLU# 
reaction(  "pC3H4 + O <=> C2H4 + CO",  [1.00000E+013, 0, 2250])

#  Reaction 330
# 98DAV/LAW  
reaction(  "pC3H4 + OH <=> C3H3 + H2O",  [1.00000E+006, 2, 100])

#  Reaction 331
# Estimated 
reaction(  "pC3H4 + C2H <=> C2H2 + C3H3",  [1.00000E+013, 0, 0])

#  Reaction 332
# 87WU/KER 
reaction(  "pC3H4 + CH3 <=> C3H3 + CH4",  [1.80000E+012, 0, 7700])

#  Reaction 333
#  Reactions of cC3H4 
# cC3H4 = aC3H4               1.98E+12   0.56   42240.0  !99DAV/LAW RRKM kinf 
# cC3H4 = aC3H4               7.59E+40  -9.07   48831.0  !99DAV/LAW RRKM 0.4 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "cC3H4 <=> aC3H4",  [4.89000E+041, -9.17, 49594])

#  Reaction 334
# cC3H4 = aC3H4               8.81E+41  -9.15   50073.0  !99DAV/LAW RRKM 2 atm 
# cC3H4 = aC3H4               4.33E+41  -8.93   50475.0  !99DAV/LAW RRKM 5 atm 
#  Reactions of allyl 
# 91TSA 
falloff_reaction( "aC3H5 + H (+ M) <=> C3H6 (+ M)",
         kf = [2.00000E+014, 0, 0],
         kf0   = [1.33000E+060, -12, 5967.8],
         falloff = Troe(A = 0.02, T3 = 1096.6, T1 = 1096.6, T2 = 6859.5),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 335
# 91TSA  
reaction(  "aC3H5 + H <=> aC3H4 + H2",  [1.80000E+013, 0, 0])

#  Reaction 336
# 91TSA  
reaction(  "aC3H5 + O <=> C2H3CHO + H",  [6.00000E+013, 0, 0])

#  Reaction 337
# aC3H5+OH = C2H3CHO+H+H      5.30E+37  -6.71  29306.0  !91TSA RRKM 0.1 atm 
# 91TSA RRKM 1 atm 
reaction(  "aC3H5 + OH <=> C2H3CHO + H + H",  [4.20000E+032, -5.16, 30126])

#  Reaction 338
# aC3H5+OH = C2H3CHO+H+H      1.60E+20  -1.56  26330.0  !91TSA RRKM 10 atm 
# 91TSA 
reaction(  "aC3H5 + OH <=> aC3H4 + H2O",  [6.00000E+012, 0, 0])

#  Reaction 339
# 93BOZ/DEA RRKM 1 atm 
reaction(  "aC3H5 + O2 <=> aC3H4 + HO2",  [4.99000E+015, -1.4, 22428])

#  Reaction 340
# aC3H5+O2 = aC3H4+HO2        2.18E+21  -2.85  30755.0  !93BOZ/DEA RRKM 10 atm 
# 93BOZ/DEA RRKM 1 atm 
reaction(  "aC3H5 + O2 <=> CH3CO + CH2O",  [1.19000E+015, -1.01, 20128])

#  Reaction 341
# aC3H5+O2 = CH3CO+CH2O       7.14E+15  -1.21  21046.0  !93BOZ/DEA RRKM 10 atm 
# 93BOZ/DEA RRKM 1 atm 
reaction(  "aC3H5 + O2 <=> C2H3CHO + OH",  [1.82000E+013, -0.41, 22859])

#  Reaction 342
# aC3H5+O2 = C2H3CHO+OH       2.47E+13  -0.45  23017.0  !93BOZ/DEA RRKM 10 atm 
# 92BAU/COB  
reaction(  "aC3H5 + HO2 <=> C3H6 + O2",  [2.66000E+012, 0, 0])

#  Reaction 343
# 92BAU/COB 
reaction(  "aC3H5 + HO2 <=> OH + C2H3 + CH2O",  [6.60000E+012, 0, 0])

#  Reaction 344
# 91TSA 
reaction(  "aC3H5 + HCO <=> C3H6 + CO",  [6.00000E+013, 0, 0])

#  Reaction 345
# 91TSA 
falloff_reaction( "aC3H5 + CH3 (+ M) <=> C4H81 (+ M)",
         kf = [1.00000E+014, -0.32, -262.3],
         kf0   = [3.91000E+060, -12.81, 6250],
         falloff = Troe(A = 0.104, T3 = 1606, T1 = 60000, T2 = 6118.4),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 346
# 91TSA 
reaction(  "aC3H5 + CH3 <=> aC3H4 + CH4",  [3.00000E+012, -0.32, -131])

#  Reaction 347
# 99DAV/LAW RRKM 1 atm 
reaction(  "aC3H5 <=> CH3CCH2",  [7.06000E+056, -14.08, 75868])

#  Reaction 348
# aC3H5 = CH3CCH2             4.80E+55 -13.59  75949.0  !99DAV/LAW RRKM 2 atm 
# aC3H5 = CH3CCH2             4.86E+53 -12.81  75883.0  !99DAV/LAW RRKM 5 atm 
# 99DAV/LAW RRKM 1 atm 
reaction(  "aC3H5 <=> CH3CHCH",  [5.00000E+051, -13.02, 73300])

#  Reaction 349
# aC3H5 = CH3CHCH             9.70E+48 -11.73  73700.0  !99DAV/LAW RRKM 10 atm 
# aC3H5 = CH3CHCH             4.86E+44 -9.84   73400.0  !99DAV/LAW RRKM 100 atm 
# 91TSA 
reaction(  "aC3H5 + C2H2 <=> C5H6 + H",  [3.97000E+014, 0, 24892])

#  Reaction 350
#  Reactions of CH3CCH2  
# 99DAV/LAW RRKM 1 atm 
reaction(  "CH3CCH2 <=> CH3CHCH",  [1.50000E+048, -12.71, 53900])

#  Reaction 351
# CH3CCH2 = CH3CHCH            5.10E+52 -13.37  57200.0  !99DAV/LAW RRKM 10 atm 
# CH3CCH2 = CH3CHCH            5.80E+51 -12.43  59200.0  !99DAV/LAW RRKM 100 atm 
# 99DAV/LAW  
reaction(  "CH3CCH2 + H <=> pC3H4 + H2",  [3.34000E+012, 0, 0])

#  Reaction 352
# Estimated 
reaction(  "CH3CCH2 + O <=> CH3 + CH2CO",  [6.00000E+013, 0, 0])

#  Reaction 353
# Estimated 
reaction(  "CH3CCH2 + OH <=> CH3 + CH2CO + H",  [5.00000E+012, 0, 0])

#  Reaction 354
# 99DAV/LAW  
reaction(  "CH3CCH2 + O2 <=> CH3CO + CH2O",  [1.00000E+011, 0, 0])

#  Reaction 355
# Estimated 
reaction(  "CH3CCH2 + HO2 <=> CH3 + CH2CO + OH",  [2.00000E+013, 0, 0])

#  Reaction 356
# Estimated 
reaction(  "CH3CCH2 + HCO <=> C3H6 + CO",  [9.00000E+013, 0, 0])

#  Reaction 357
# 99DAV/LAW  
reaction(  "CH3CCH2 + CH3 <=> pC3H4 + CH4",  [1.00000E+011, 0, 0])

#  Reaction 358
#  Reactions of CH3CHCH  
#  = CH3CCH2+H  
reaction(  "CH3CHCH + H <=> pC3H4 + H2",  [3.34000E+012, 0, 0])

#  Reaction 359
# Estimated 
reaction(  "CH3CHCH + O <=> C2H4 + HCO",  [6.00000E+013, 0, 0])

#  Reaction 360
# Estimated 
reaction(  "CH3CHCH + OH <=> C2H4 + HCO + H",  [5.00000E+012, 0, 0])

#  Reaction 361
# = CH3CCH2+O2 
reaction(  "CH3CHCH + O2 <=> CH3CHO + HCO",  [1.00000E+011, 0, 0])

#  Reaction 362
# = CH3CCH2+HO2 
reaction(  "CH3CHCH + HO2 <=> C2H4 + HCO + OH",  [2.00000E+013, 0, 0])

#  Reaction 363
# = CH3CCH2+HCO 
reaction(  "CH3CHCH + HCO <=> C3H6 + CO",  [9.00000E+013, 0, 0])

#  Reaction 364
# = CH3CCH2+CH3 
reaction(  "CH3CHCH + CH3 <=> pC3H4 + CH4",  [1.00000E+011, 0, 0])

#  Reaction 365
#  Reactions of C3H6 
# 91TSA 
falloff_reaction( "C3H6 + H (+ M) <=> nC3H7 (+ M)",
         kf = [1.33000E+013, 0, 3260.7],
         kf0   = [6.26000E+038, -6.66, 7000],
         falloff = Troe(A = 1, T3 = 1000, T1 = 1310, T2 = 48097),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 366
# 91TSA 
falloff_reaction( "C3H6 + H (+ M) <=> iC3H7 (+ M)",
         kf = [1.33000E+013, 0, 1559.8],
         kf0   = [8.70000E+042, -7.5, 4721.8],
         falloff = Troe(A = 1, T3 = 1000, T1 = 645.4, T2 = 6844.3),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 367
# C3H6+H = C2H4+CH3            8.80E+16  -1.05   6461.0  !91TSA RRKM 0.1 atm 
# 91TSA RRKM 1 atm 
reaction(  "C3H6 + H <=> C2H4 + CH3",  [8.00000E+021, -2.39, 11180])

#  Reaction 368
# C3H6+H = C2H4+CH3            3.30E+24  -3.04  15610.0  !91TSA RRKM 10 atm 
# 91TSA  
reaction(  "C3H6 + H <=> aC3H5 + H2",  [1.73000E+005, 2.5, 2490])

#  Reaction 369
# 91TSA  
reaction(  "C3H6 + H <=> CH3CCH2 + H2",  [4.00000E+005, 2.5, 9790])

#  Reaction 370
# 91TSA  
reaction(  "C3H6 + H <=> CH3CHCH + H2",  [8.04000E+005, 2.5, 12283])

#  Reaction 371
# 91TSA  
reaction(  "C3H6 + O <=> CH2CO + CH3 + H",  [8.00000E+007, 1.65, 327])

#  Reaction 372
# 91TSA   
reaction(  "C3H6 + O <=> C2H3CHO + H + H",  [4.00000E+007, 1.65, 327])

#  Reaction 373
# 91TSA  
reaction(  "C3H6 + O <=> C2H5 + HCO",  [3.50000E+007, 1.65, -972])

#  Reaction 374
# 91TSA  
reaction(  "C3H6 + O <=> aC3H5 + OH",  [1.80000E+011, 0.7, 5880])

#  Reaction 375
# 91TSA  
reaction(  "C3H6 + O <=> CH3CCH2 + OH",  [6.00000E+010, 0.7, 7630])

#  Reaction 376
# 91TSA  
reaction(  "C3H6 + O <=> CH3CHCH + OH",  [1.21000E+011, 0.7, 8960])

#  Reaction 377
# 91TSA  
reaction(  "C3H6 + OH <=> aC3H5 + H2O",  [3.10000E+006, 2, -298])

#  Reaction 378
# 91TSA  
reaction(  "C3H6 + OH <=> CH3CCH2 + H2O",  [1.10000E+006, 2, 1450])

#  Reaction 379
# 91TSA  
reaction(  "C3H6 + OH <=> CH3CHCH + H2O",  [2.14000E+006, 2, 2778])

#  Reaction 380
# 91TSA  
reaction(  "C3H6 + HO2 <=> aC3H5 + H2O2",  [9.60000E+003, 2.6, 13910])

#  Reaction 381
# 91TSA  
reaction(  "C3H6 + CH3 <=> aC3H5 + CH4",  [2.20000E+000, 3.5, 5675])

#  Reaction 382
# 91TSA  
reaction(  "C3H6 + CH3 <=> CH3CCH2 + CH4",  [8.40000E-001, 3.5, 11660])

#  Reaction 383
# 91TSA  
reaction(  "C3H6 + CH3 <=> CH3CHCH + CH4",  [1.35000E+000, 3.5, 12848])

#  Reaction 384
# 91TSA  
reaction(  "C3H6 + C2H3 <=> C4H6 + CH3",  [7.23000E+011, 0, 5000])

#  Reaction 385
# 85BAL/HIS 
reaction(  "C3H6 + HO2 <=> CH3CHOCH2 + OH",  [1.09000E+012, 0, 14200])

#  Reaction 386
#  Reactions of C2H3CHO  
# = C2H4+H  
reaction(  "C2H3CHO + H <=> C2H4 + HCO",  [1.08000E+011, 0.454, 5820])

#  Reaction 387
# = CH2O+O 
reaction(  "C2H3CHO + O <=> C2H3 + OH + CO",  [3.00000E+013, 0, 3540])

#  Reaction 388
# = C2H4+O 
reaction(  "C2H3CHO + O <=> CH2O + CH2CO",  [1.90000E+007, 1.8, 220])

#  Reaction 389
# = CH2O+OH 
reaction(  "C2H3CHO + OH <=> C2H3 + H2O + CO",  [3.43000E+009, 1.18, -447])

#  Reaction 390
# Estimated 
reaction(  "C2H3CHO + CH3 <=> CH2CHCO + CH4",  [2.00000E+013, 0, 11000])

#  Reaction 391
# = C2H4+C2H3 
reaction(  "C2H3CHO + C2H3 <=> C4H6 + HCO",  [2.80000E+021, -2.44, 14720])

#  Reaction 392
#  Reactions of CH2CHCO  
# Estimated 
reaction(  "CH2CHCO <=> C2H3 + CO",  [1.00000E+014, 0, 27000])

#  Reaction 393
# Estimated 
reaction(  "CH2CHCO + H <=> C2H3CHO",  [1.00000E+014, 0, 0])

#  Reaction 394
#  Reactions of CH3CHOCH2  
# 77FLO 
reaction(  "CH3CHOCH2 <=> CH3CH2CHO",  [1.84000E+014, 0, 58500])

#  Reaction 395
# 94LIF/TAM 
reaction(  "CH3CHOCH2 <=> C2H5 + HCO",  [2.45000E+013, 0, 58500])

#  Reaction 396
# 94LIF/TAM 
reaction(  "CH3CHOCH2 <=> CH3 + CH2CHO",  [2.45000E+013, 0, 58800])

#  Reaction 397
# 77FLO 
reaction(  "CH3CHOCH2 <=> CH3COCH3",  [1.01000E+014, 0, 59900])

#  Reaction 398
# 94LIF/TAM 
reaction(  "CH3CHOCH2 <=> CH3 + CH3CO",  [4.54000E+013, 0, 59900])

#  Reaction 399
#  Reactions of iC3H7 
# 88TSA 
falloff_reaction( "iC3H7 + H (+ M) <=> C3H8 (+ M)",
         kf = [2.40000E+013, 0, 0],
         kf0   = [1.70000E+058, -12.08, 11263.7],
         falloff = Troe(A = 0.649, T3 = 1213.1, T1 = 1213.1, T2 = 13369.7),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 400
# iC3H7+H = CH3+C2H5           5.90E+23  -2.81  10009.0  !88TSA RRKM 0.1 atm 
# 88TSA RRKM 1 atm 
reaction(  "iC3H7 + H <=> CH3 + C2H5",  [1.40000E+028, -3.94, 15916])

#  Reaction 401
# iC3H7+H = CH3+C2H5           4.00E+24  -2.83  17542.0  !88TSA RRKM 10 atm 
# 88TSA 
reaction(  "iC3H7 + H <=> C3H6 + H2",  [3.20000E+012, 0, 0])

#  Reaction 402
# 88TSA 
reaction(  "iC3H7 + O <=> CH3CHO + CH3",  [9.60000E+013, 0, 0])

#  Reaction 403
# 88TSA 
reaction(  "iC3H7 + OH <=> C3H6 + H2O",  [2.40000E+013, 0, 0])

#  Reaction 404
# 88TSA  
reaction(  "iC3H7 + O2 <=> C3H6 + HO2",  [1.30000E+011, 0, 0])

#  Reaction 405
# 88TSA  
reaction(  "iC3H7 + HO2 <=> CH3CHO + CH3 + OH",  [2.40000E+013, 0, 0])

#  Reaction 406
# 88TSA 
reaction(  "iC3H7 + HCO <=> C3H8 + CO",  [1.20000E+014, 0, 0])

#  Reaction 407
# 88TSA 
reaction(  "iC3H7 + CH3 <=> CH4 + C3H6",  [2.20000E+014, -0.68, 0])

#  Reaction 408
#  Reactions of nC3H7 
# 88TSA 
falloff_reaction( "nC3H7 + H (+ M) <=> C3H8 (+ M)",
         kf = [3.60000E+013, 0, 0],
         kf0   = [3.01000E+048, -9.32, 5833.6],
         falloff = Troe(A = 0.498, T3 = 1314, T1 = 1314, T2 = 50000),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 409
# nC3H7+H = C2H5+CH3           3.40E+18  -1.33    5386.0 !88TSA RRKM 0.1 atm 
# 88TSA RRKM 1 atm 
reaction(  "nC3H7 + H <=> C2H5 + CH3",  [3.70000E+024, -2.92, 12505])

#  Reaction 410
# nC3H7+H = C2H5+CH3           3.10E+27  -3.59   19059.0 !88TSA RRKM 10 atm 
# 88TSA  
reaction(  "nC3H7 + H <=> C3H6 + H2",  [1.80000E+012, 0, 0])

#  Reaction 411
# 88TSA 
reaction(  "nC3H7 + O <=> C2H5 + CH2O",  [9.60000E+013, 0, 0])

#  Reaction 412
# 88TSA 
reaction(  "nC3H7 + OH <=> C3H6 + H2O",  [2.40000E+013, 0, 0])

#  Reaction 413
# 88TSA 
reaction(  "nC3H7 + O2 <=> C3H6 + HO2",  [9.00000E+010, 0, 0])

#  Reaction 414
# 88TSA 
reaction(  "nC3H7 + HO2 <=> C2H5 + OH + CH2O",  [2.40000E+013, 0, 0])

#  Reaction 415
# 88TSA 
reaction(  "nC3H7 + HCO <=> C3H8 + CO",  [6.00000E+013, 0, 0])

#  Reaction 416
# 88TSA 
reaction(  "nC3H7 + CH3 <=> CH4 + C3H6",  [1.10000E+013, 0, 0])

#  Reaction 417
#  Reactions of C3H8 
# 88TSA  
reaction(  "C3H8 + H <=> H2 + nC3H7",  [1.30000E+006, 2.54, 6756])

#  Reaction 418
# 88TSA  
reaction(  "C3H8 + H <=> H2 + iC3H7",  [1.30000E+006, 2.4, 4471])

#  Reaction 419
# 88TSA  
reaction(  "C3H8 + O <=> nC3H7 + OH",  [1.90000E+005, 2.68, 3716])

#  Reaction 420
# 88TSA  
reaction(  "C3H8 + O <=> iC3H7 + OH",  [4.76000E+004, 2.71, 2106])

#  Reaction 421
# 88TSA  
reaction(  "C3H8 + OH <=> nC3H7 + H2O",  [1.40000E+003, 2.66, 527])

#  Reaction 422
# 88TSA  
reaction(  "C3H8 + OH <=> iC3H7 + H2O",  [2.70000E+004, 2.39, 393])

#  Reaction 423
# 88TSA  
reaction(  "C3H8 + O2 <=> nC3H7 + HO2",  [4.00000E+013, 0, 50930])

#  Reaction 424
# 88TSA  
reaction(  "C3H8 + O2 <=> iC3H7 + HO2",  [4.00000E+013, 0, 47590])

#  Reaction 425
# 88TSA  
reaction(  "C3H8 + HO2 <=> nC3H7 + H2O2",  [4.76000E+004, 2.55, 16490])

#  Reaction 426
# 88TSA  
reaction(  "C3H8 + HO2 <=> iC3H7 + H2O2",  [9.64000E+003, 2.6, 13910])

#  Reaction 427
# 88TSA  
reaction(  "C3H8 + CH3 <=> CH4 + nC3H7",  [9.03000E-001, 3.65, 7153])

#  Reaction 428
# 88TSA  
reaction(  "C3H8 + CH3 <=> CH4 + iC3H7",  [1.51000E+000, 3.46, 5480])

#  Reaction 429
#  Reactions of C4H2 
# 97WAN/FRE 
reaction(  "C4H2 + H <=> n-C4H3",  [1.10000E+042, -8.72, 15300])

#  Reaction 430
# 97WAN/FRE 
reaction(  "C4H2 + H <=> i-C4H3",  [1.10000E+030, -4.92, 10800])

#  Reaction 431
# 84WAR 
reaction(  "C4H2 + O <=> C3H2 + CO",  [2.70000E+013, 0, 1720])

#  Reaction 432
# 84PER 
reaction(  "C4H2 + OH <=> H2C4O + H",  [6.60000E+012, 0, -410])

#  Reaction 433
# = C2H2 + C2H 
reaction(  "C4H2 + C2H <=> C6H2 + H",  [9.60000E+013, 0, 0])

#  Reaction 434
# 97WAN/FRE 
reaction(  "C4H2 + C2H <=> C6H3",  [4.50000E+037, -7.68, 7100])

#  Reaction 435
#  Reactions of H2C4O 
# 92MIL/MEL 
reaction(  "H2C4O + H <=> C2H2 + HCCO",  [5.00000E+013, 0, 3000])

#  Reaction 436
# 92MIL/MEL 
reaction(  "H2C4O + OH <=> CH2CO + HCCO",  [1.00000E+007, 2, 2000])

#  Reaction 437
#  Reactions of n-C4H3 
# 92WAN 
reaction(  "n-C4H3 <=> i-C4H3",  [4.10000E+043, -9.49, 53000])

#  Reaction 438
# 92WAN 
reaction(  "n-C4H3 + H <=> i-C4H3 + H",  [2.50000E+020, -1.67, 10800])

#  Reaction 439
# 92WAN 
reaction(  "n-C4H3 + H <=> C2H2 + H2CC",  [6.30000E+025, -3.34, 10014])

#  Reaction 440
# 92WAN 
reaction(  "n-C4H3 + H <=> C4H4",  [2.00000E+047, -10.26, 13070])

#  Reaction 441
# = 0.5*C2H3+H 
reaction(  "n-C4H3 + H <=> C4H2 + H2",  [3.00000E+013, 0, 0])

#  Reaction 442
# = 0.5*C2H3+OH 
reaction(  "n-C4H3 + OH <=> C4H2 + H2O",  [2.00000E+012, 0, 0])

#  Reaction 443
# 97WAN/FRE 
reaction(  "n-C4H3 + C2H2 <=> l-C6H4 + H",  [2.50000E+014, -0.56, 10600])

#  Reaction 444
# 97WAN/FRE 
reaction(  "n-C4H3 + C2H2 <=> A1-",  [9.60000E+070, -17.77, 31300])

#  Reaction 445
# 97WAN/FRE 
reaction(  "n-C4H3 + C2H2 <=> c-C6H4 + H",  [6.90000E+046, -10.01, 30100])

#  Reaction 446
#  Reactions of i-C4H3 
# 92WAN 
reaction(  "i-C4H3 + H <=> C2H2 + H2CC",  [2.80000E+023, -2.55, 10780])

#  Reaction 447
# 92WAN 
reaction(  "i-C4H3 + H <=> C4H4",  [3.40000E+043, -9.01, 12120])

#  Reaction 448
# = C2H3+H 
reaction(  "i-C4H3 + H <=> C4H2 + H2",  [6.00000E+013, 0, 0])

#  Reaction 449
# = C2H3+OH 
reaction(  "i-C4H3 + OH <=> C4H2 + H2O",  [4.00000E+012, 0, 0])

#  Reaction 450
# 89SLA/BER 
reaction(  "i-C4H3 + O2 <=> HCCO + CH2CO",  [7.86000E+016, -1.8, 0])

#  Reaction 451
#  Reactions of C4H4 
# 97WAN/FRE 
reaction(  "C4H4 + H <=> n-C4H5",  [1.30000E+051, -11.92, 16500])

#  Reaction 452
# 97WAN/FRE  
reaction(  "C4H4 + H <=> i-C4H5",  [4.90000E+051, -11.92, 17700])

#  Reaction 453
# 97WAN/FRE 
reaction(  "C4H4 + H <=> n-C4H3 + H2",  [6.65000E+005, 2.53, 12240])

#  Reaction 454
# 97WAN/FRE 
reaction(  "C4H4 + H <=> i-C4H3 + H2",  [3.33000E+005, 2.53, 9240])

#  Reaction 455
# 97WAN/FRE 
reaction(  "C4H4 + OH <=> n-C4H3 + H2O",  [3.10000E+007, 2, 3430])

#  Reaction 456
# 97WAN/FRE 
reaction(  "C4H4 + OH <=> i-C4H3 + H2O",  [1.55000E+007, 2, 430])

#  Reaction 457
# = C4H6+O 
reaction(  "C4H4 + O <=> C3H3 + HCO",  [6.00000E+008, 1.45, -860])

#  Reaction 458
# = C2H+C2H4 
reaction(  "C4H4 + C2H <=> l-C6H4 + H",  [1.20000E+013, 0, 0])

#  Reaction 459
#  Reactions of n-C4H5 
# 97WAN/FRE 
reaction(  "n-C4H5 <=> i-C4H5",  [1.50000E+067, -16.89, 59100])

#  Reaction 460
# 97WAN/FRE 
reaction(  "n-C4H5 + H <=> i-C4H5 + H",  [3.10000E+026, -3.35, 17423])

#  Reaction 461
# 97WAN/FRE 
reaction(  "n-C4H5 + H <=> C4H4 + H2",  [1.50000E+013, 0, 0])

#  Reaction 462
# 97WAN/FRE 
reaction(  "n-C4H5 + OH <=> C4H4 + H2O",  [2.00000E+012, 0, 0])

#  Reaction 463
# 97WAN/FRE 
reaction(  "n-C4H5 + HCO <=> C4H6 + CO",  [5.00000E+012, 0, 0])

#  Reaction 464
# 97WAN/FRE 
reaction(  "n-C4H5 + HO2 <=> C2H3 + CH2CO + OH",  [6.60000E+012, 0, 0])

#  Reaction 465
# 97WAN/FRE 
reaction(  "n-C4H5 + H2O2 <=> C4H6 + HO2",  [1.21000E+010, 0, -596])

#  Reaction 466
# Estimated 
reaction(  "n-C4H5 + HO2 <=> C4H6 + O2",  [6.00000E+011, 0, 0])

#  Reaction 467
# = C2H3+O2=>CH2CHO+O 
reaction(  "n-C4H5 + O2 <=> CH2CHCHCHO + O",  [3.00000E+011, 0.29, 11])

#  Reaction 468
# = C2H3+O2=>HCO+CH2O 
reaction(  "n-C4H5 + O2 <=> HCO + C2H3CHO",  [9.20000E+016, -1.39, 1010])

#  Reaction 469
# 97WAN/FRE  
reaction(  "n-C4H5 + C2H2 <=> A1 + H",  [1.60000E+016, -1.33, 5400])

#  Reaction 470
# 89WES/DEA 
reaction(  "n-C4H5 + C2H3 <=> A1 + H2",  [1.84000E-013, 7.07, -3611])

#  Reaction 471
# 84COL/BIT 
reaction(  "n-C4H5 + C4H4 <=> A1C2H3 + H",  [3.16000E+011, 0, 600])

#  Reaction 472
#  Reactions of i-C4H5 
# 97WAN/FRE 
reaction(  "i-C4H5 + H <=> C4H4 + H2",  [3.00000E+013, 0, 0])

#  Reaction 473
# Estimated 
reaction(  "i-C4H5 + H <=> C3H3 + CH3",  [2.00000E+013, 0, 2000])

#  Reaction 474
# 97WAN/FRE 
reaction(  "i-C4H5 + OH <=> C4H4 + H2O",  [4.00000E+012, 0, 0])

#  Reaction 475
# 97WAN/FRE 
reaction(  "i-C4H5 + HCO <=> C4H6 + CO",  [5.00000E+012, 0, 0])

#  Reaction 476
# Estimated 
reaction(  "i-C4H5 + HO2 <=> C4H6 + O2",  [6.00000E+011, 0, 0])

#  Reaction 477
# 97WAN/FRE 
reaction(  "i-C4H5 + HO2 <=> C2H3 + CH2CO + OH",  [6.60000E+012, 0, 0])

#  Reaction 478
# 97WAN/FRE 
reaction(  "i-C4H5 + H2O2 <=> C4H6 + HO2",  [1.21000E+010, 0, -596])

#  Reaction 479
# = C4H5-2+O2 
reaction(  "i-C4H5 + O2 <=> CH2CO + CH2CHO",  [2.16000E+010, 0, 2500])

#  Reaction 480
# Estimated 
reaction(  "i-C4H5 + C4H4 <=> A1C2H3 + H",  [5.00000E+014, 0, 25000])

#  Reaction 481
#  Reactions of C4H5-2 
# = n-C4H5=>i-C4H5 
reaction(  "C4H5-2 <=> i-C4H5",  [1.50000E+067, -16.89, 59100])

#  Reaction 482
# = n-C4H5+H=>i-C4H5+H 
reaction(  "C4H5-2 + H <=> i-C4H5 + H",  [3.10000E+026, -3.35, 17423])

#  Reaction 483
# Estimated 
reaction(  "C4H5-2 + HO2 <=> OH + C2H2 + CH3CO",  [8.00000E+011, 0, 0])

#  Reaction 484
# 92SLA/BEN 
reaction(  "C4H5-2 + O2 <=> CH3CO + CH2CO",  [2.16000E+010, 0, 2500])

#  Reaction 485
# Estimated 
reaction(  "C4H5-2 + C2H2 <=> A1 + H",  [5.00000E+014, 0, 25000])

#  Reaction 486
# Estimated 
reaction(  "C4H5-2 + C2H4 <=> C5H6 + CH3",  [5.00000E+014, 0, 25000])

#  Reaction 487
# Estimated 
reaction(  "C4H5-2 + C4H4 <=> A1C2H3 + H",  [5.00000E+014, 0, 25000])

#  Reaction 488
#  Reactions of 1,3-C4H6 
# 97WAN/FRE 
reaction(  "C4H6 <=> i-C4H5 + H",  [5.70000E+036, -6.27, 112353])

#  Reaction 489
# 97WAN/FRE 
reaction(  "C4H6 <=> n-C4H5 + H",  [5.30000E+044, -8.62, 123608])

#  Reaction 490
# 96HID/HIG 
reaction(  "C4H6 <=> C4H4 + H2",  [2.50000E+015, 0, 94700])

#  Reaction 491
# = C2H4+H 
reaction(  "C4H6 + H <=> n-C4H5 + H2",  [1.33000E+006, 2.53, 12240])

#  Reaction 492
# Estimated 
reaction(  "C4H6 + H <=> i-C4H5 + H2",  [6.65000E+005, 2.53, 9240])

#  Reaction 493
# 97WAN/FRE 1 atm 
reaction(  "C4H6 + H <=> C2H4 + C2H3",  [1.46000E+030, -4.34, 21647])

#  Reaction 494
# C4H6+H = C2H4+C2H3        5.45E+30  -4.51  21877.0 !97WAN/FRE 10 atm 
# Estimated 
reaction(  "C4H6 + H <=> pC3H4 + CH3",  [2.00000E+012, 0, 7000])

#  Reaction 495
# Estimated 
reaction(  "C4H6 + H <=> aC3H4 + CH3",  [2.00000E+012, 0, 7000])

#  Reaction 496
# = C2h4+O 
reaction(  "C4H6 + O <=> n-C4H5 + OH",  [7.50000E+006, 1.9, 3740])

#  Reaction 497
# = C2h4+O 
reaction(  "C4H6 + O <=> i-C4H5 + OH",  [7.50000E+006, 1.9, 3740])

#  Reaction 498
# 93ADU/FON# 
reaction(  "C4H6 + O <=> CH3CHCHCO + H",  [1.50000E+008, 1.45, -860])

#  Reaction 499
# 93ADU/FON# 
reaction(  "C4H6 + O <=> CH2CHCHCHO + H",  [4.50000E+008, 1.45, -860])

#  Reaction 500
# 88LIU/MUL 
reaction(  "C4H6 + OH <=> n-C4H5 + H2O",  [6.20000E+006, 2, 3430])

#  Reaction 501
# Estimated 
reaction(  "C4H6 + OH <=> i-C4H5 + H2O",  [3.10000E+006, 2, 430])

#  Reaction 502
# Estimated 
reaction(  "C4H6 + HO2 <=> C4H6O25 + OH",  [1.20000E+012, 0, 14000])

#  Reaction 503
# Estimated 
reaction(  "C4H6 + HO2 <=> C2H3CHOCH2 + OH",  [4.80000E+012, 0, 14000])

#  Reaction 504
# 96HID/HIG 
reaction(  "C4H6 + CH3 <=> n-C4H5 + CH4",  [2.00000E+014, 0, 22800])

#  Reaction 505
# 96HID/HIG 
reaction(  "C4H6 + CH3 <=> i-C4H5 + CH4",  [1.00000E+014, 0, 19800])

#  Reaction 506
# 96HID/HIG 
reaction(  "C4H6 + C2H3 <=> n-C4H5 + C2H4",  [5.00000E+013, 0, 22800])

#  Reaction 507
# 96HID/HIG 
reaction(  "C4H6 + C2H3 <=> i-C4H5 + C2H4",  [2.50000E+013, 0, 19800])

#  Reaction 508
# 96HID/HIG 
reaction(  "C4H6 + C3H3 <=> n-C4H5 + aC3H4",  [1.00000E+013, 0, 22500])

#  Reaction 509
# 96HID/HIG 
reaction(  "C4H6 + C3H3 <=> i-C4H5 + aC3H4",  [5.00000E+012, 0, 19500])

#  Reaction 510
# Estimated 
reaction(  "C4H6 + aC3H5 <=> n-C4H5 + C3H6",  [1.00000E+013, 0, 22500])

#  Reaction 511
# Estimated 
reaction(  "C4H6 + aC3H5 <=> i-C4H5 + C3H6",  [5.00000E+012, 0, 19500])

#  Reaction 512
# 95LEU/LIN 
reaction(  "C4H6 + C2H3 <=> A1 + H2 + H",  [5.62000E+011, 0, 3240])

#  Reaction 513
#  Reactions of 1,2-C4H6 
# 95LEU/LIN 
reaction(  "C4H612 <=> i-C4H5 + H",  [4.20000E+015, 0, 92600])

#  Reaction 514
# Estimated 
reaction(  "C4H612 + H <=> C4H6 + H",  [2.00000E+013, 0, 4000])

#  Reaction 515
# = C3H6+H 
reaction(  "C4H612 + H <=> i-C4H5 + H2",  [1.70000E+005, 2.5, 2490])

#  Reaction 516
# 97WAN/FRE 
reaction(  "C4H612 + H <=> aC3H4 + CH3",  [2.00000E+013, 0, 2000])

#  Reaction 517
# 97WAN/FRE 
reaction(  "C4H612 + H <=> pC3H4 + CH3",  [2.00000E+013, 0, 2000])

#  Reaction 518
# 88KER/SIN 
reaction(  "C4H612 + CH3 <=> i-C4H5 + CH4",  [7.00000E+013, 0, 18500])

#  Reaction 519
# = C3H6+O 
reaction(  "C4H612 + O <=> CH2CO + C2H4",  [1.20000E+008, 1.65, 327])

#  Reaction 520
# = C3H6+O 
reaction(  "C4H612 + O <=> i-C4H5 + OH",  [1.80000E+011, 0.7, 5880])

#  Reaction 521
# = C3H6+OH 
reaction(  "C4H612 + OH <=> i-C4H5 + H2O",  [3.10000E+006, 2, -298])

#  Reaction 522
# 96HID/HIG 
reaction(  "C4H612 <=> C4H6",  [3.00000E+013, 0, 65000])

#  Reaction 523
#  Reactions of C4H6-2 
# 96HID/HIG 
reaction(  "C4H6-2 <=> C4H6",  [3.00000E+013, 0, 65000])

#  Reaction 524
# 96HID/HIG 
reaction(  "C4H6-2 <=> C4H612",  [3.00000E+013, 0, 67000])

#  Reaction 525
# Estimated 
reaction(  "C4H6-2 + H <=> C4H612 + H",  [2.00000E+013, 0, 4000])

#  Reaction 526
# = C3H6+H  
reaction(  "C4H6-2 + H <=> C4H5-2 + H2",  [3.40000E+005, 2.5, 2490])

#  Reaction 527
# 96HID/HIG 
reaction(  "C4H6-2 + H <=> CH3 + pC3H4",  [2.60000E+005, 2.5, 1000])

#  Reaction 528
# 96HID/HIG 
reaction(  "C4H6-2 <=> H + C4H5-2",  [5.00000E+015, 0, 87300])

#  Reaction 529
# Estimated 
reaction(  "C4H6-2 + CH3 <=> C4H5-2 + CH4",  [1.40000E+014, 0, 18500])

#  Reaction 530
#  Reactions of C4H6O isomers 
# 76CRA/LUT 
reaction(  "C2H3CHOCH2 <=> C4H6O23",  [2.00000E+014, 0, 50600])

#  Reaction 531
# 89LIF/BID 
reaction(  "C4H6O23 <=> CH3CHCHCHO",  [1.95000E+013, 0, 49400])

#  Reaction 532
# 89LIF/BID 
reaction(  "C4H6O23 <=> C2H4 + CH2CO",  [5.75000E+015, 0, 69300])

#  Reaction 533
# 89LIF/BID 
reaction(  "C4H6O23 <=> C2H2 + CH2OCH2",  [1.00000E+016, 0, 75800])

#  Reaction 534
# 86LIF/BID1 
reaction(  "C4H6O25 <=> C4H4O + H2",  [5.30000E+012, 0, 48500])

#  Reaction 535
#  Reactions of C4H4O 
# 86LIF/BID2 
reaction(  "C4H4O <=> CO + pC3H4",  [1.78000E+015, 0, 77500])

#  Reaction 536
# 86LIF/BID2 
reaction(  "C4H4O <=> C2H2 + CH2CO",  [5.01000E+014, 0, 77500])

#  Reaction 537
#  Reactions of CH3CHCHCHO 
#   
# = HCCCHO=>C2H2+CO 
reaction(  "CH3CHCHCHO <=> C3H6 + CO",  [3.90000E+014, 0, 69000])

#  Reaction 538
# = C3H6+H=>aC3H5+H2 
reaction(  "CH3CHCHCHO + H <=> CH2CHCHCHO + H2",  [1.70000E+005, 2.5, 2490])

#  Reaction 539
# Estimated 
reaction(  "CH3CHCHCHO + H <=> CH3CHCHCO + H2",  [1.00000E+005, 2.5, 2490])

#  Reaction 540
# = C3H6+H=>C2H4+CH3 
reaction(  "CH3CHCHCHO + H <=> CH3 + C2H3CHO",  [4.00000E+021, -2.39, 11180])

#  Reaction 541
# = C3H6+H=>C2H4+CH3 
reaction(  "CH3CHCHCHO + H <=> C3H6 + HCO",  [4.00000E+021, -2.39, 11180])

#  Reaction 542
# = C3H6+CH3=>aC3H5+CH4 
reaction(  "CH3CHCHCHO + CH3 <=> CH2CHCHCHO + CH4",  [2.10000E+000, 3.5, 5675])

#  Reaction 543
# Estimated 
reaction(  "CH3CHCHCHO + CH3 <=> CH3CHCHCO + CH4",  [1.10000E+000, 3.5, 5675])

#  Reaction 544
# =C3H6+C2H3=>aC3H5+C2H4 
reaction(  "CH3CHCHCHO + C2H3 <=> CH2CHCHCHO + C2H4",  [2.21000E+000, 3.5, 4682])

#  Reaction 545
# Estimated 
reaction(  "CH3CHCHCHO + C2H3 <=> CH3CHCHCO + C2H4",  [1.11000E+000, 3.5, 4682])

#  Reaction 546
#  Reactions of CH3CHCHCO 
#   
# Estimated 
reaction(  "CH3CHCHCO <=> CH3CHCH + CO",  [1.00000E+014, 0, 30000])

#  Reaction 547
# Estimated 
reaction(  "CH3CHCHCO + H <=> CH3CHCHCHO",  [1.00000E+014, 0, 0])

#  Reaction 548
#  Reactions of CH2CHCHCHO 
#   
# Estimated 
reaction(  "CH2CHCHCHO <=> aC3H5 + CO",  [1.00000E+014, 0, 25000])

#  Reaction 549
# Estimated 
reaction(  "CH2CHCHCHO + H <=> CH3CHCHCHO",  [1.00000E+014, 0, 0])

#  Reaction 550
#   
#  Reactions of 1-butene 
# = C3H6+H 
reaction(  "C4H81 + H <=> C2H4 + C2H5",  [1.60000E+022, -2.39, 11180])

#  Reaction 551
# Estimated 
reaction(  "C4H81 + H <=> C3H6 + CH3",  [3.20000E+022, -2.39, 11180])

#  Reaction 552
# = (C3H8+H)/2 
reaction(  "C4H81 + H <=> C4H7 + H2",  [6.50000E+005, 2.54, 6756])

#  Reaction 553
# 91KO/ADU 
reaction(  "C4H81 + O <=> nC3H7 + HCO",  [3.30000E+008, 1.45, -402])

#  Reaction 554
# 91KO/ADU 
reaction(  "C4H81 + O <=> C4H7 + OH",  [1.50000E+013, 0, 5760],
         options = ["duplicate"])

#  Reaction 555
# 91KO/ADU 
reaction(  "C4H81 + O <=> C4H7 + OH",  [2.60000E+013, 0, 4470],
         options = ["duplicate"])

#  Reaction 556
# =(C3H8+OH) 
reaction(  "C4H81 + OH <=> C4H7 + H2O",  [7.00000E+002, 2.66, 527])

#  Reaction 557
# =(C3H8+O2) 
reaction(  "C4H81 + O2 <=> C4H7 + HO2",  [2.00000E+013, 0, 50930])

#  Reaction 558
# 89WAL  
reaction(  "C4H81 + HO2 <=> C4H7 + H2O2",  [1.00000E+012, 0, 14340])

#  Reaction 559
# =(C3H8+CH3) 
reaction(  "C4H81 + CH3 <=> C4H7 + CH4",  [4.50000E-001, 3.65, 7153])

#  Reaction 560
#  Reactions of C4H7 
# 97WAN/FRE 
reaction(  "C4H7 <=> C4H6 + H",  [2.48000E+053, -12.3, 52000])

#  Reaction 561
# C4H7 = C4H6+H             1.85E+48 -10.50  51770.0  !97WAN/FRE 10 atm 
# = nC3H7+H 
falloff_reaction( "C4H7 + H (+ M) <=> C4H81 (+ M)",
         kf = [3.60000E+013, 0, 0],
         kf0   = [3.01000E+048, -9.32, 5833.6],
         falloff = Troe(A = 0.498, T3 = 1314, T1 = 1314, T2 = 50000),
         efficiencies = " AR:0.7  C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 562
# Estimated 
reaction(  "C4H7 + H <=> CH3 + aC3H5",  [2.00000E+021, -2, 11000])

#  Reaction 563
# = nC3H7+H 
reaction(  "C4H7 + H <=> C4H6 + H2",  [1.80000E+012, 0, 0])

#  Reaction 564
# Estimated 
reaction(  "C4H7 + O2 <=> C4H6 + HO2",  [1.00000E+011, 0, 0])

#  Reaction 565
# = nC3H7+HO2 
reaction(  "C4H7 + HO2 <=> CH2O + OH + aC3H5",  [2.40000E+013, 0, 0])

#  Reaction 566
# = nC3H7+HCO 
reaction(  "C4H7 + HCO <=> C4H81 + CO",  [6.00000E+013, 0, 0])

#  Reaction 567
# = nC3H7+CH3 
reaction(  "C4H7 + CH3 <=> C4H6 + CH4",  [1.10000E+013, 0, 0])

#  Reaction 568
#  Reactions of C6H2 
# 97WAN/FRE 
reaction(  "C6H2 + H <=> C6H3",  [1.10000E+030, -4.92, 10800])

#  Reaction 569
#  Reactions of C6H3 
# 97WAN/FRE 
reaction(  "C6H3 + H <=> C4H2 + C2H2",  [2.80000E+023, -2.55, 10780])

#  Reaction 570
# 97WAN/FRE 
reaction(  "C6H3 + H <=> l-C6H4",  [3.40000E+043, -9.01, 12120])

#  Reaction 571
# 97WAN/FRE 
reaction(  "C6H3 + H <=> C6H2 + H2",  [3.00000E+013, 0, 0])

#  Reaction 572
# 97WAN/FRE 
reaction(  "C6H3 + OH <=> C6H2 + H2O",  [4.00000E+012, 0, 0])

#  Reaction 573
# Estimated 
reaction(  "C6H3 + O2 => CO + C3H2 + HCCO",  [5.00000E+011, 0, 0])

#  Reaction 574
#  Reactions of C6H4 
# 97WAN/FREt 
reaction(  "l-C6H4 + H <=> A1-",  [1.70000E+078, -19.72, 31400])

#  Reaction 575
# 97WAN/FRE 
reaction(  "l-C6H4 + H <=> c-C6H4 + H",  [1.40000E+054, -11.7, 34500])

#  Reaction 576
#  = C4H4+H 
reaction(  "l-C6H4 + H <=> C6H3 + H2",  [1.33000E+006, 2.53, 9240])

#  Reaction 577
# 97WAN/FRE  
reaction(  "l-C6H4 + OH <=> C6H3 + H2O",  [3.10000E+006, 2, 430])

#  Reaction 578
# 97WAN/FRE 
reaction(  "c-C6H4 + H <=> A1-",  [2.40000E+060, -13.66, 29500])

#  Reaction 579
#  Reactions of phenyl 
# 97WAN/FRE 
falloff_reaction( "A1- + H (+ M) <=> A1 (+ M)",
         kf = [1.00000E+014, 0, 0],
         kf0   = [6.60000E+075, -16.3, 7000],
         falloff = Troe(A = 1, T3 = 0.1, T1 = 584.9, T2 = 6113),
         efficiencies = " C2H6:3  CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 580
# 97MEB/LIN 
reaction(  "A1- + H2 <=> A1 + H",  [5.71000E+004, 2.43, 6278])

#  Reaction 581
# 94FRA/HER 
reaction(  "A1- + O2 <=> C6H5O + O",  [2.60000E+013, 0, 6120])

#  Reaction 582
# NIST DB 
reaction(  "A1- + C2H4 <=> A1C2H3 + H",  [1.43000E+008, 1.22, 3540])

#  Reaction 583
# 96HEC/HIP 
reaction(  "A1- + C2H2 <=> A1C2H + H",  [1.00000E+013, 0, 7680])

#  Reaction 584
# Estimation 
reaction(  "A1- + pC3H4 <=> A1 + C3H3",  [2.00000E+012, 0, 15000])

#  Reaction 585
# Estimation 
reaction(  "A1- + aC3H4 <=> A1 + C3H3",  [2.00000E+012, 0, 15000])

#  Reaction 586
#  Reactions of benzene 
# 92BAU/COB 
reaction(  "A1 + O <=> C6H5O + H",  [2.20000E+013, 0, 4530])

#  Reaction 587
# 92BAU/COB 
reaction(  "A1 + OH <=> C6H5OH + H",  [1.30000E+013, 0, 10600])

#  Reaction 588
# 92BAU/COB 
reaction(  "A1 + OH <=> A1- + H2O",  [1.60000E+008, 1.42, 1450])

#  Reaction 589
# 89FAH/STE 
reaction(  "A1 + C2H3 <=> A1C2H3 + H",  [7.94000E+011, 0, 6400])

#  Reaction 590
# 86ROB/TSA 
reaction(  "A1 + CH3 <=> A1CH3 + H",  [1.20000E+012, 0, 15940])

#  Reaction 591
#  Reactions of C6H5OH 
# 92BAU/COB 
reaction(  "C6H5OH + H <=> C6H5O + H2",  [1.15000E+014, 0, 12400])

#  Reaction 592
# 92EMD/BRE 
reaction(  "C6H5OH + O <=> C6H5O + OH",  [2.80000E+013, 0, 7352])

#  Reaction 593
# 92BAU/COB 
reaction(  "C6H5OH + OH <=> C6H5O + H2O",  [6.00000E+012, 0, 0])

#  Reaction 594
#  Reactions of C6H5O 
# 94FRA/HER 
reaction(  "C6H5O <=> CO + C5H5",  [7.41000E+011, 0, 43900])

#  Reaction 595
# Estimated 
reaction(  "C6H5O + H <=> CO + C5H6",  [3.00000E+013, 0, 0])

#  Reaction 596
# Estimated 
reaction(  "C6H5O + O <=> HCO + 2 C2H2 + CO",  [3.00000E+013, 0, 0])

#  Reaction 597
# 88HE/MAL 
falloff_reaction( "C6H5O + H (+ M) <=> C6H5OH (+ M)",
         kf = [2.50000E+014, 0, 0],
         kf0   = [1.00000E+094, -21.84, 13880],
         falloff = Troe(A = 0.043, T3 = 304.2, T1 = 60000, T2 = 5896.4),
         efficiencies = " CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 598
#  Reactions of C5H6 
# 92EMD/BRE 
reaction(  "C5H6 + H <=> C5H5 + H2",  [2.20000E+008, 1.77, 3000])

#  Reaction 599
# 92EMD/BRE 
reaction(  "C5H6 + O <=> C5H5 + OH",  [1.80000E+013, 0, 3080])

#  Reaction 600
# 92EMD/BRE 
reaction(  "C5H6 + OH <=> C5H5 + H2O",  [3.43000E+009, 1.18, -447])

#  Reaction 601
#  Reactions of C5H5 
# 92EMD/BRE 
falloff_reaction( "C5H5 + H (+ M) <=> C5H6 (+ M)",
         kf = [1.00000E+014, 0, 0],
         kf0   = [4.40000E+080, -18.28, 12994],
         falloff = Troe(A = 0.068, T3 = 400.7, T1 = 4135.8, T2 = 5501.9),
         efficiencies = " CH4:2  CO:1.5  CO2:2  H2:2  H2O:6 ")

#  Reaction 602
# 92EMD/BRE 
reaction(  "C5H5 + O <=> n-C4H5 + CO",  [1.00000E+014, 0, 0])

#  Reaction 603
# 92EMD/BRE 
reaction(  "C5H5 + OH <=> C5H4OH + H",  [3.00000E+013, 0, 0])

#  Reaction 604
# 92EMD/BRE 
reaction(  "C5H5 + HO2 <=> C5H5O + OH",  [3.00000E+013, 0, 0])

#  Reaction 605
#  Reactions of C5H5O 
# 92EMD/BRE 
reaction(  "C5H5O <=> n-C4H5 + CO",  [2.50000E+011, 0, 43900])

#  Reaction 606
# Estimated. 
reaction(  "C5H5O + H <=> CH2O + 2 C2H2",  [3.00000E+013, 0, 0])

#  Reaction 607
# Estimated. 
reaction(  "C5H5O + O <=> CO2 + n-C4H5",  [3.00000E+013, 0, 0])

#  Reaction 608
#  Reactions of C5H4OH 
# 92EMD/BRE 
reaction(  "C5H4OH <=> C5H4O + H",  [2.10000E+013, 0, 48000])

#  Reaction 609
# Estimated. 
reaction(  "C5H4OH + H <=> CH2O + 2 C2H2",  [3.00000E+013, 0, 0])

#  Reaction 610
# Estimated. 
reaction(  "C5H4OH + O <=> CO2 + n-C4H5",  [3.00000E+013, 0, 0])

#  Reaction 611
#  Reactions of C5H4O 
# 92EMD/BRE 
reaction(  "C5H4O <=> CO + C2H2 + C2H2",  [1.00000E+015, 0, 78000])

#  Reaction 612
# Estimated 
reaction(  "C5H4O + O <=> CO2 + 2 C2H2",  [3.00000E+013, 0, 0])

#  Reaction 613
#  Reactions of A1CH2 
# NIST DB 
reaction(  "A1CH3 + H <=> A1CH2 + H2",  [1.40000E+002, 3.54, -2600])

#  Reaction 614
# 97JON/BAC 
reaction(  "A1CH2 <=> C5H5 + C2H2",  [2.51000E+016, 0, 97400])