Three-Dimensional Numerical Analysis of LOX/Kerosene Engine Exhaust Plume Flow Field Characteristics

Table 2

Multistep chemical reaction.

Reaction	A	B	E/R
Paraffin global step
C12H24 + 6O2 → 12CO + 12H2	3.888E4	1	1.220E4
Naphthene global step
C12H24 + 6O2 → 12CO + 12H2	2.132E7	1	1.965E4
H2 + O2 = OH + OH	1.700E13	0	2.407E4
OH + H2 = H2O + H	2.190E13	0	2.590E3
OH + OH = O + H2O	6.023E12	0	5.500E2
O + H2 = H + OH	1.800E10	1.0	4.480E3
H + O2 = O + OH	1.220E17	−0.9	8.369E3
M + O + H = OH + M	1.000E16	1	0
M + O + O = O2 + M	2.550E18	0	5939E4
M + H + H = H2 + M	5.000E15	−1.0	0
M + H + OH = H2O + M	8.400E21	0	0
CO + OH = H + CO2	4.000E12	−2.0	4.030E3
CO + O2 = CO2 + O	3.000E12	0	2.500E4
CO + O + M = CO2 + M	6.000E13	0	0