1) combustion velocity for lacking oxygen
缺氧燃烧速度
2) oxygen-deficient combustion
缺氧燃烧
3) oxygen non-deficien combustion
非缺氧燃烧
4) burning rate
燃烧速度
1.
Using the global model for the oil tank fires developed by authors, the variation of the burning characteristics, such as the burning rate, the flame height, the flame pulsation frequency, and the mean flame temperature were obtained.
本文利用自行建立的油罐火灾燃烧特性通用模型,计算得到了燃烧速度、火焰高度,火焰跳动频率和平均温度等油罐燃烧特性的变化规律,并深入探讨了油品燃烧速度在油罐直径、风速、环境温度和油位等因素影响下的变化趋势。
2.
The influence of the ratio of composition Mg/KNO 3 on the burning rate,near-infrared radiation intensity and visible light intensity is determined by experiment in this paper.
通过实验确定了镁/硝酸钾药剂的配比对燃烧速度、近红外辐射强度和可见光强度的影响。
3.
7 m,the regularity of instantaneous burning rate and average burning rate were acquired.
燃烧速度是油罐火灾中决定火焰温度和辐射热的重要参量,其变化规律也决定着火灾中灭火预案及战术的制定。
5) Combustion speed
燃烧速度
1.
The influences of ratio of infrared composition Mg_4Al_3/PTFE on the combustion speed,emission intensity and special emission energy are introduced in this paper.
文章介绍了镁铝合金/聚四氟乙烯(Mg4Al3/PTFE)红外诱饵剂的配比对燃烧速度、辐射强度和质量辐射能量的影响。
2.
5 at Banshan Power Plant an analysis and a comparison was conducted of the combustion speed of coal water slurry (CWS) and pulverized-coal coke particles.
通过茂名热电厂 2号燃用水煤浆锅炉与半山电厂 5号煤粉炉满负荷燃烧试验 ,对水煤浆 (CWS)与煤粉焦炭颗粒进行燃烧速度的分析、比较。
3.
The specific radiation energy, the linear combustion speed and the cooling time of infrared radiation after combustion were obtained from a set of experiments, and then the infrared radiation intensity was calculated and discussed.
首先建立了镁/聚四氟乙烯药柱在恒面和减面燃烧条件下红外辐射强度的计算模型,通过一系列实验测定了药柱的比辐射能、线燃烧速度以及冷却时间,最后计算了药柱燃烧时的红外辐射强度,并与实验结果进行了比较。
6) combustion rate
燃烧速度
1.
This paper mainly discussed the influence of loading amount, the loading density of the fire extinguishing agent and the burner structure on the combustion rate of the water based aerosol fire extinguishing agent.
水基热气溶胶灭火剂是以替代哈龙为目的而研制的新一代灭火剂 ;主要论述了充装量、充装密度、燃烧器结构等充装条件对水基热气溶胶灭火剂燃烧速度的影响规律。
2.
The deficiency of expositions on furnace press and combustion rate in all kinds of present text books are proved by the boiler combustion test.
通过对锅炉燃烧的实验，指出了现行各类教科书中，对炉膛压力与燃烧速度问题的论述的不足性，并建议现有教科书应统一公式，明确各参数介定范围，进一步深入研究锅炉燃烧理论。
补充资料：燃烧速度
分子式：
CAS号：
性质：原子吸收预混合型原子化器的火焰燃烧特性之一。当火焰点燃以后，由于热传导作用，火焰在单位时间内的燃烧反应从混合气体的一层传播到邻近另一层的距离，称为燃烧速度。
CAS号：
性质：原子吸收预混合型原子化器的火焰燃烧特性之一。当火焰点燃以后，由于热传导作用，火焰在单位时间内的燃烧反应从混合气体的一层传播到邻近另一层的距离，称为燃烧速度。
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