1) time to ignition
点燃时间
1.
The fireproof performance of wood panels of birch,poplar,shorea spp,pao rosa and sapele which were coated with ZPC60-1 decorative fireproof coating were tested according to ISO5660 standard,in terms of its fire resistant time,time to ignition(TTI) and heat release rate(HRR) by use of cone calorimeter(CONE) and horizontal-vertical combustion analyzer.
利用锥形量热仪和水平垂直燃烧测定仪,按照ISO5660标准,对用ZPC60-1饰面型防火涂料处理过的白桦、杨木、柳安、檀木、沙比例的耐燃时间、点燃时间、热释放速率进行了测量。
2.
The errects of plywood density, specimen thickness, and irra diance level on time to ignition,heat release rate and mass loss rate were studied.
实验中选用4种不同类型的胶合板,其样品材料的厚度分别是3 mm、5 mm、9 mm和12 mm,外加热辐射通量是25 kW／m2、50 kW／m2和75 kW／m2,研究胶合板的密度、厚度和热辐射对材料的点燃时间、热释放速率、质量损失速率的影响。
2) minimum ignition time
最短点燃时间
4) piont of time
时点时间
5) burnout time
燃尽时间
1.
In this thesis,the experiment methods of combustion,the relation between burnout time and different ratio of blended coals were studied in the thermobalance and the test furnace for coal suspension combustion, and the related regularities were discussed to lower temperature combustion of calciner in cement.
针对分解炉低温燃烧工况,采用高温热天平和煤悬浮燃烧试验台,进行混煤燃尽特性实验方法及混煤燃尽时间与不同掺混比例之间关系的研究。
6) combustion time
燃烧时间
1.
Through simplifying the combustion model of Coal-Water Slurry, the combustion time of Coal-Water Slurry is calculated and the effects on the combustion efficiency of Coal-Water Slurry are analyzed.
通过简化水煤浆的燃烧模型,计算了水煤浆的燃烧时间,分析了影响水煤浆燃烧效率的因素,提出了改善水煤浆燃烧效率的途径,并介绍了国内首次在玻璃熔窑上进行的水煤浆燃烧应用试验。
2.
Experimental results show that flame propagation speed is proportional to combustion time and the gained width of reaction region from experiments is much greater than one gained from the turbulence theory.
通过实验结果得到了燃烧时间与火焰传播速度之间成直线关系 ,以及实验中反应区的宽度要远大于湍流燃烧理论中的反应区宽度的结论。
3.
The paper introduces a new method of measuring combustion time with CAT technique for solid rocket engine.
介绍一种应用ＣＡＴ技术确定固体火箭发动机燃烧时间的新方法。
补充资料：最短点燃时间
分子式：
CAS号：
性质：在规定的试验条件下，材料为获得持续燃烧而需要暴露于火源的最短时间。用以评价高分子材料制成标准试样后阻燃的一种状态，最短点燃时间越小，材料越容易燃烧。
CAS号：
性质：在规定的试验条件下，材料为获得持续燃烧而需要暴露于火源的最短时间。用以评价高分子材料制成标准试样后阻燃的一种状态，最短点燃时间越小，材料越容易燃烧。
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