1) vehicle fire
汽车火灾
1.
After vehicle fire,burn patterns are formed obviously on body panels.
对车身面板进行了火焰作用模拟试验,通过热分析(TG/DTA)、宏观形貌和微观形貌(SEM)等分析方法对车身燃烧残留痕迹的形成机理及其变化规律进行研究,提出了关于车身火灾燃烧残留痕迹的勘查方法,有效地应用于汽车火灾原因调查之中。
2.
Based on the investigation and technical determination of one vehicle fire as well as the basic process and method of site investigation of vehicle fires,the article discussed how to find the possible fire source.
以一起汽车火灾的调查和技术鉴定工作为线索根据现场调查汽车火灾的基本程序和方法,在确定起火部位和起火点的基础上,查找可能的起火源,通过对调查工作进程的了解,以及对火灾原因的鉴定分析方法和结果的认识,期望对从事火灾调查工作的同仁有指导作用。
2) automobile fire
汽车火灾
1.
Study of analyzing mark evidence of electrical failure on automobile fire;
汽车火灾中电气故障痕迹物证的分析研究
2.
Based on the statistics on the data of automobile fires in recent years,the trend of automobile fires in China,difficulties met during car-fire fighting,and the main causes of automobile fires are analyzed,and the negative as well as active fire prevention measures have been put forward.
根据近年来汽车火灾数据的统计结果,分析了我国汽车火灾的发展趋势、汽车火灾的扑救难点、汽车火灾原因及起火部位,提出了汽车火灾被动防护和主动防护的防治措施。
3) automobile electrical fire
汽车电气火灾
1.
It is concluded that proper designing electrical circuit,standardization in alternation and repairing automobile,proper maintenance electrical equipments and fitting automatic fire unit are effective and important prevention measures for automobile electrical fire.
本文在简要介绍汽车电气系统的组成与特点基础上,剖析了诱发汽车电气火灾的主要因素,并就此探讨了汽车电气火灾的调查方法与防治策略,总结出合理设计电气线路,改装维修汽车规范化,合理维护电气设备及安装自动灭火装置成为有效预防汽车电气火灾的重要措施。
4) gasoline fire
汽油火灾
5) 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。
6) 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
补充资料：军用汽车储备里程(见军用汽车使用管理)
军用汽车储备里程(见军用汽车使用管理)
initial drive of military motors
lunyong qiche ehubei lieheng军用汽车储备里程(mileage reserVe Ofmi一itary motors)见军用汽车使用管理。
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