1) spontaneous combustion
自燃发火
1.
Depend on practice and analysis of the multimeans of preventing coal seam spontaneous combustion,set forth the technique step of preventing coal seam spontaneous combustion in heading road along the goaf,which has gained good result.
通过对各种防治煤层自燃发火技术措施的实施及分析,阐述了综合煤层自燃发火技术措施在沿空送巷中的作用及取得的良好技术效果。
2.
Through study and practice of the multifarious of preventing breaking coal mass spontaneous combustion,the use of spontaneous combustion technique step in stopped full mechanized mining face is expounded,which has made a good result.
通过对各种防治采空区破碎煤体自燃发火技术措施的研究及实施,阐述了综合防治采空区煤体自燃发火技术措施在停采综放面中的作用及取得的良好技术效果。
3.
The reason of the spontaneous combustion at fully mechanized workface with top caving are analyzed.
对综采放顶煤工作面自燃发火的原因进行了分析,阐述了所采取的综合性预防措施,及取得了良好的效果。
2) spontaneous fire
自燃发火
1.
2 Coal Mine,its coal seam is easily spontaneous fire.
大雁二矿煤种为褐煤,属易自燃发火煤层。
2.
The reasons for spontaneous fire at the fully mechanized coal face with caving of roof coal in the inflammable thick coal seam are analyzed.
分析了易燃特厚煤层综采放顶煤工作面自燃发火原因,介绍了综放工作面在掘进、支架安装、回采、支架拆除期间应用综合防灭火技术的情况,为类似条件下防治自燃发火提供了成功经验。
3.
It is introduced that the establishment and running of spontaneous fire bundle tube monitoring system in Yuejin Coal Mine in Yima Mining Area.
通过取样分析,为矿井防治自燃发火工作提供了科学、准确的数据。
3) self-ignition
自燃发火
1.
Development and application of mine self-ignition predictingand foretelling system with micro-computer;
矿井自燃发火计算机预报系统开发的实践
2.
This paper analyzes on the reasons of the self-ignition in the fourth and the ninth coal beds in Ningwu Coalfield,expounds the main advantages of the technology of fire prevention and extinction by nitrogen injection,and discusses the effects of the technology of fire prevention and extinction by nitrogen injection.
分析了宁武煤田4号、9号煤层自燃发火的原因,阐述了注氮防灭火技术的主要优点及具体实施方法和工艺,讨论了注氮防灭火技术效果。
3.
This article analysed the reason of the Xiaolongtan mining area coal bed self-ignition, and sumed up the fire fighting measures of Buzhaoba opencast many years as base, with the present manufacture situation, propose concrete measures and methods of Buzhaoba fire fighting.
分析了小龙潭矿区煤层自燃发火的原因,在总结了布沼坝露天矿多年来采取的防灭火措施的基础上,结合当前的生产形式,提出了防灭火的具体措施和方法。
4) spontaneous ignition
自燃发火
1.
Prevention and cure methods of spontaneous ignition in mining No.8 caving coal of Nanshan Coal Mine.;
南山煤矿8号层放顶煤开采自燃发火的防治
2.
The reason of the spontaneous ignition at workface gob is analyzed.
对工作面采空区自燃发火的原因进行分析,对火源位置进行判断,阐述了灭火方案及取得的效果。
3.
The factors that affects spontaneous ignition in thick coal seam mining are analyzed.
文章分析了厚煤层复采发生自燃发火的影响因素,介绍了多联二矿一号井采用综合措施,提高井下火区灭火效率的经验。
5) autogenous hose ignition
自燃自发火
6) self inflammability
自燃发火性
补充资料：自燃点和自燃温度
分子式：
CAS号：
性质：又称自燃点和自燃温度。在规定条件下，可燃物质不需外来火源即发生燃烧的最低温度。中国规定气体、蒸气危险物质按引燃温度分为6组：引燃温度T>450℃为T1组、300℃<T≤450℃为T2组、200℃<T≤300℃为T3组、135℃<T≤200℃为T4组、100℃<T≤135℃为T5组。85℃<T≤100℃为T6组。粉体、纤维危险物质按引燃温度分为3组：引燃温度T>270℃为Tll组、200℃<T≤270℃为T12组、140℃<T≤200℃为T13组。
CAS号：
性质：又称自燃点和自燃温度。在规定条件下，可燃物质不需外来火源即发生燃烧的最低温度。中国规定气体、蒸气危险物质按引燃温度分为6组：引燃温度T>450℃为T1组、300℃<T≤450℃为T2组、200℃<T≤300℃为T3组、135℃<T≤200℃为T4组、100℃<T≤135℃为T5组。85℃<T≤100℃为T6组。粉体、纤维危险物质按引燃温度分为3组：引燃温度T>270℃为Tll组、200℃<T≤270℃为T12组、140℃<T≤200℃为T13组。
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