1) pyrogenous wax
火成蜡
2) candle flame
蜡烛火焰
1.
Reproduction of the temperature field of candle flame using Michelson interferometer;
利用迈克耳孙干涉仪重建蜡烛火焰温度场
2.
The analysis of transient process of candle flame from normal gravity to mi-crogravity shows that the variation of the aerodynamic feature is much faster than that oftransport feattire.
对蜡烛火焰动态特征的分析表明，从正常重力状态过渡到微重力状态，火焰的空气动力学特征比质量和能量的传输特征的变化快。
3.
Taking the candle flames and those laminar diffusion flames as examples, the paper investigated diffusion flame features experimentally.
本文以蜡烛火焰和同轴射流扩散火焰为研究对象，对正常重力环境下扩散火焰的烟黑生成特性进行了实验研究和分析。
3) wax-paper splint match
蜡梗火柴
4) wax for matches
火柴蜡
5) the wax ingredient
含蜡成分
1.
When the ingredient temperature with wax was below 32℃, the wax ingredient in the natural gas might be separated out to become solid state or jelly, and it would influence the safety and steady operation of the processing devices.
经过分析化验,天然气中含蜡成分完全熔化点约在32℃。
6) synthetic wax
合成蜡
1.
This paper describes the method of preparation about emulsifiable OP synthetic wax that can be instead of expensive natural wax such as carnarba wax , Chinese insect wax , montan wax.
介绍了可以用于替代昂贵的天然蜡 ,即合成的乳化型OP合成蜡的制备方法及其在日化方面的应用。
2.
The paper made an introduction to the preparation of emulsified OP synthetic wax and its use in te_ xtile industry.
介绍了乳化型OP合成蜡的制备方法及其在纺织行业的应用。
补充资料：蜡火
1.蜡烛火。
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