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1)  degree of non-flammability
抗火焰度
2)  flame temperature
火焰温度
1.
A novel device for measuring pulse flame temperature and water vapor concentration;
脉冲火焰温度及水蒸气浓度测量装置研究
2.
Research on the data processing method of the luminous flame temperature;
一种测量发光火焰温度的数据处理方法研究
3.
An Improved Two-color Method Measurement System for Local Transient Soot Concentration and Flame Temperature in the Cylinder of Diesel Engines;
柴油机气缸内局部瞬态碳粒浓度、火焰温度改进双色法测量系统
3)  flame plume length
火焰长度
1.
Principal requirements for flame plume length in end port glass-melting furnace were set forth.
提出了对马蹄焰池窑内最佳火焰长度的要求。
4)  flame height
火焰高度
1.
Study of flame height of aviation fuel pool fires
航空煤油池火焰高度特征研究
2.
Fire environment of liquid pool includes shape of pool, flame height, flame temperature, thermal radiation and so on.
综述了室外池火灾火焰环境的研究进展,主要包括液池形状、火焰高度、火焰温度、火焰热辐射等。
3.
The characteristics of flame height considered here include average flame height and flame oscillation frequency.
火焰高度是燃烧火焰的一个重要参数,它影响火焰的传播及辐射特性,而火焰高度特征包括平均火焰高度和脉动频率两个方面。
5)  Flame length
火焰长度
1.
Image measurement method for flame length;
火焰长度的图像测量方法研究
2.
Orthogonal experiment on influence factors of flame length in roadway
巷道火灾火焰长度影响因素正交实验
3.
Meanwhile, the problem of automatical measurement of the flame length was solved smartly.
同时巧妙地解决了火焰长度自动测量问
6)  flame thickness
火焰厚度
1.
Experimental research on flame thickness and sustaining time of gas explosion;
瓦斯爆炸火焰厚度及其持续时间的实验研究
2.
The flame thickness in gas explosion were investigated by a lab explosion, and the temperature field in the experiment was observed by computer simulation.
本文通过实验的方法 ,探讨了瓦斯爆炸过程中火焰厚度变化特性及其影响因素 ,并对瓦斯爆炸过程中的温度场变化进行了数值模拟 。
3.
In this paper,the flame thickness and flame propagating speed in gas explosion at different concentration ratio of methane/air mixture have been determined experimently and the basic rule of variation of flame thickness is obtained.
本文对水平管道中瓦斯爆炸传播火焰的厚度进行了实验研究 ,对不同浓度的瓦斯 /空气爆炸火焰的厚度及传播速度进行了实际的测量 ,得到了火焰厚度变化的基本规律。
补充资料:火焰温度
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性质:由于火焰各部位气体组成不同,燃烧反应进行程度不同,发热不同,散热不同,故温度各不相同。火焰温度通常指燃料与空气比例最适宜、混合及燃烧完全部位的最高温度,或指火焰高温部位的平均温度。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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