融合した６つのメタン微小拡散火炎中に噴出させた酸化剤流条件がガス組成に与える効果

抄録

Flame synthesis can be performed by jetting an oxidizer flow with fine particles into the center of the six merged diffusion microflames under appropriate conditions. In this study, the gas composition distribution in flames was measured in order to clarify the suitable conditions for oxidation synthesis. As a result, it was found that even if the tip of the inner inverted diffusion flame was opened by increasing the oxidizer flow rate or the oxygen concentration, an oxidizing atmosphere containing oxygen did not necessarily reach up to the tip of the flame.