3) flame laminating
火焰法复合
4) hybrid flame
复合火焰
1.
Temperature profiles of the methane-coal dust hybrid flame;
甲烷—煤尘复合火焰的传播与温度特征
2.
Methane/coal dust hybrid flame propagating in a vertical rectangle chamber was examined experimentally.
随着煤尘粒径的增大,复合火焰中以甲烷燃烧为主的气相火焰区的燃烧时间呈现小幅增大趋势,而以煤尘燃烧为主的多相燃烧火焰区的燃烧时间则有较大幅度的增大。
3.
The system can be used to study the flame structure and propagation mechanism of gas flame, dust flame and hybrid flame.
利用高速纹影、微细热电偶、离子探针和光电管系统地分析了甲烷煤尘复合火焰的传播特性。
5) flame synthesis
火焰合成
1.
Turbulence effect plays an important role in the scale-up and industrialization of flame aerosol processes,since most of lab-scale burners for flame synthesis of nano-particle operate in the laminar zone such as co-flow burner,flat-flame burner and counter-flow burner.
湍流效应在火焰合成纳米TiO_2颗粒工业化规模放大中具有重要影响。
6) mixing gas-dust flame
混合火焰
补充资料：火焰光度法(见原子发射光谱法)
火焰光度法(见原子发射光谱法)
火焰光度法见原子发射光讼法.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条