1) Oil-Train Fire
油列火灾
1.
Discussion on Measures and Strategy of Oil-Train Fire Fighting in Railway Tunnel;
铁路隧道油列火灾灭火抢险战术和技术的探索
2) train fire
列车火灾
1.
Experimental modeling study of deep buried metro station fires(2)-train fire;
深埋地铁岛式站点火灾模型实验研究(2)——列车火灾
2.
As the rail traffic of modern cities,passenger flow of subway is becoming larger and larger,so it is of great importance for subway safety management to study sub-train fire.
针对地铁浅埋岛式站台列车火灾情况,利用数值模拟-场模拟方法,研究浅埋岛式站点内烟气横向流动和不同站层间的烟气纵向蔓延规律。
3.
With the continuous increase of traffic speed and the growing number of long tunnels, the possibility of train fires inside tunnels will also increase, and the evacuation will be very difficult.
随着行车速度的不断提高和长大隧道的不断增多,隧道内发生列车火灾的可能性也将增加,而一旦发生火灾人员的疏散救援也会非常困难。
3) vehicle fire
列车火灾
1.
Numerical simulation of different ventilation strategy designed for vehicle fire in metro station;
不同通风模式下地铁车站内列车火灾的数值模拟
4) oil tank fires
油罐火灾
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.
Based on the burning characteristics of oil tank fires and the energy balance of heat feedback on the oil surface, a global model was built by calculating the average flame temperature using the chemical engineering thermodynamic method.
本文根据油罐火灾的燃烧特点,从基本的传热规律和燃烧机理出发,以油品表面热反馈的能量平衡为前提,并利用化工热力学方法计算了火焰的平均温度,通过迭代方法,并结合相关的实验数据和结果,提出了油罐火灾燃烧过程的通用模型,该模型可适用于多种碳氢类燃料。
5) tank fire
油罐火灾
1.
Occurrence of boil over in tank fire is very dangerous.
油罐火灾发生沸溢具有很大的危险性,而沸溢时间的准确预测是目前的一个技术难题。
2.
Based on the deep consideration of the fire fighting instruction strategy,the paper advances the "open"fire fighting method for tank fire.
文章对现行扑救对策中存在的弊端进行了分析和探讨 ,在对灭火战斗的指导思想作出进一步思考的基础之上 ,提出了“开放式”的油罐火灾扑救方法。
6) tank fires
油罐火灾
1.
The propagation of heat waves and the influencing factors in tank fires of heavy oils;
重质油罐火灾热波传播及影响因素研究
补充资料：皂化溶解油、肥皂油和调水油
分子式：
CAS号：
性质：又称皂化溶解油、肥皂油和调水油。金属切削油的一类。一般是淡褐色至深褐以液体或半固体。由在矿物油中加入适量的皂类乳化剂（如钠皂、钾皂、松香钠皂、松香皂或环烷酸钠皂）和少量稳定剂（如乙醇或甲醇）而成。使用时与软水掺合成稳定的白色乳化液。作用以冷却为主，润滑为次。用于车制、锯断、钻孔、磨制等金属粗加工。
CAS号：
性质：又称皂化溶解油、肥皂油和调水油。金属切削油的一类。一般是淡褐色至深褐以液体或半固体。由在矿物油中加入适量的皂类乳化剂（如钠皂、钾皂、松香钠皂、松香皂或环烷酸钠皂）和少量稳定剂（如乙醇或甲醇）而成。使用时与软水掺合成稳定的白色乳化液。作用以冷却为主，润滑为次。用于车制、锯断、钻孔、磨制等金属粗加工。
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