diffusion flame

基本解释

Effects of mass diffusion coefficient and heat loss on walls on flame shape are investigated.
研究了质量扩散和壁面散热对火焰形状形成的影响。
The high temperature zone is at inner side of OH zone for the diffusion flame, but both zones are approximately at the same position for the premixed flame.
对于扩散火焰，高温区在OH带内侧；而对于预混火焰，二者基本一致。
In order to improve the quality of the detection, a number of open questions have been addressed: What is the physical effect responsible for the flame pulsation of a diffusion flame?
为了提高探测质量，世界各地的研究人员已经提出了许多有待解决的问题，如散射光火焰跳动的物理作用是什么?。

扩散火焰
A pure plating Ni layer of 20 pan depth was induced to improve the adhesion ofcarbon nano-materials coatings deposited by diffusion flame method on YG6hardmetal.
为了提高扩散火焰法沉积产物(主要是碳纳米材料)的产量及其与表面基体的结合力，通过中间层法的预处理方式在基体表面引入了一厚约为20μm的电镀纯镍层。
机械工程
扩散火焰
Chapter five introduces the detail technics process of synthesis of carbon nanotubes by using liquid-hydrocarbon diffusion flame.
第五章则详细的介绍了碳氢化合物液态燃料扩散火焰法制备碳纳米管的工艺过程。
物理学
扩散火焰
扩散焰