Which affects adiabatic combustion temperature and laminar combustion Of flame under different equivalence ratios is affected by inert gas, The combustion reaction of H 2 is higher than that of CH 4 and CO with the increase Shows that the concentrations of H, O, and OH radicals have a positiveĮffect on laminar flame velocity. The formation of NO X, H, and OH radicals by fuel composition was analyzed. Temperature of 298 K, an equivalence ratio of 0.6–1.4, andĪn initial pressure of 0.1–0.5 MPa, discussing through thermodynamicsĪnd chemical kinetics. Of laminar flame velocity and adiabatic flame temperature at an initial
The numerical simulation is the calculation GRI-Mech 3.0, Li-Model, and FFCM-Mech are used to numerically simulateīy using ANSYS CHEMKIN-PRO. Low calorific value synthesis gas varies greatlyĭepending on the raw material and processing technology, which makes
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