1) combustion-driven
燃烧驱动
1.
To enhance the understanding of combustion-driven continuous wave(CW)DF chemical lasers,especially for knowing the situation of the generation of F atoms in combustion chamber and the excitation situation in the optical cavity,a series of experiments is carried out without diluent.
为了增强对燃烧驱动连续波DF化学激光器的理解,特别是为了提高对燃烧室中F原子产生环境和光腔内激射环境的认识,进行了一系列DF激光器无稀释剂条件下的出光实验。
2.
small-signal gain distribution along flow direction and laser s power and specific power of the combustion-driven gas-dynamic CO2 laser with toluene.
在甲苯、苯、煤油和乙醇四种不同液体燃料燃烧驱动条件下，对气动ＣＯ２激光器燃烧室的平衡组分、小信号增益沿流场方向的分布及激光器的输出功率进行了数值模拟，计算对比分析了该四种燃料的性能。
3) pulsating combustion
脉动燃烧
1.
Research production of catalytic combustion,pulsating combustion,high temperature air combustion and low NO_x combustion technology,is mainly introduced.
主要介绍了催化燃烧、脉动燃烧、高温空气燃烧、低NOx燃烧技术的工作原理及研究成果。
2.
The test results show that with the help of the square shaped combustor a model Rijke pulsating combustion under natural draft conditions can be realized but with a greater difficulty than in the case of a circular combustor.
对具有３５０ｍｍ×３５０ｍｍ方形燃烧室的里克和里克－ＺＴ型脉动燃烧器进行了试验。
5) dynamic combustion
动力燃烧
6) melt flow burning
流动燃烧
1.
It was observed that there existed two burning modes for the thermoplastics, one is solid surface burning, the other is melt flow burning, which is controlled by the surface flame spread and the development of pool fire on the floor beneath the bottom of the lining respectively.
研究发现,热塑性材料存在固体表面燃烧(PMMA和PVC)与流动燃烧(PP,PE和PS)2种燃烧形式,其中固体表面燃烧受壁面火蔓延控制,流动燃烧受油池火控制;通过对热解机理的探讨发现热解机理是控制材料燃烧形式的主要因素;通过材料流动能力、油池火发展和热释放速率的比较发现,流动能力对流动燃烧的影响非常大,材料流动能力越好越不利于油池火的形成与发展,所能达到的火灾规模越小。
补充资料：沸腾床燃烧(见流化床燃烧)
沸腾床燃烧(见流化床燃烧)
boiling-bed combustion:see fluidized-bed combustion
沸腾床燃烧(boiling一bed eombustion)见流化床燃烧。
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