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and a rather high equivalence ratio of 0.6.
Soot formation was observed at high equivalence ratio and low flow velocity.
Several comparative analyses with natural counterparts using electrophoretic and HPLC separations, together with immunological assays, demonstrated high equivalence.
The performed analysis predicts favorable metallization degree for high equivalence ratios (or high H2 and CO concentrations) and smaller pellets.
Survivability of parent PAHs may be a minor mechanism at very high equivalence ratios.
At high equivalence ratios, thermal radiation effects have a greater influence on premixed flames.
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Higher equivalence ratios lacked favorable distributed combustion conditions.
A higher equivalence ratio increases the critical blowout velocity.
Gas-phase dispersion is important only at higher equivalence ratios.
Further reduction of NOx can be possible by establishing true distributed combustion condition, in particular at higher equivalence ratios.
However, the soot predictions do not match the increases observed at the higher equivalence ratio.
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