1) endogenous fire
自发火
2) spontaneous combustion
自然发火
1.
Fuzzy comprehensive evaluation on the spontaneous combustion in goaf and its application;
模糊综合评价对采空区自然发火的评价及应用
2.
Study on spontaneous combustion in Gob of fully mechanized mining with top coal caving face;
综放面采空区遗煤自然发火特性研究
3.
Temperature measurement system for coal spontaneous combustion experiment;
煤自然发火实验温度监测系统
3) spontaneous ignition
自然发火
1.
The paper introduces the application of the thermometry for the research of spontaneous ignition in Jianxin Colliery,and makes a further study on the regularity of temperature change in the goaf behind the working face in the process of advancement,which has provided the scientific basis for the colliery against the spontaneous ignition.
通过介绍测温法在建新矿自然发火规律研究中的实践运用,进一步摸索采煤工作面推进过程中采空区后方的温度变化规律,为矿井采取有效的防自然发火措施提供科学依据。
2.
In addition,the time series prediction model based on BP neural network was also set up by using of forecasting indexes of goaf spontaneous ignition.
对采空区煤炭自然发火进行了危险性评价,从自然发火条件入手,建立采空区自然发火事故模型,确定采空区发火现状危险等级为C级,较危险;利用采空区已有的自然发火预测指标建立BP神经网络的时间序列预测模型,对未来该采空区有无发火危险进行了预测,确定未来采空区发火可能性大小。
4) 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。
5) 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。
6) coal spontaneous combustion
自然发火
1.
A forecast model of the coal spontaneous combustion in mine concerned the time sequences was established based on gray theory.
指出了矿井自然发火及其预测对安全生产的重要性。
2.
The paper pointed out the coal mining method in medium thick seam and thick seam having critical influences to the "one ventilation and three preventions" managements, specially the gas emission, coal spontaneous combustion and others.
论述回采技术选择与瓦斯涌出、自然发火防治之间的关系,指出中厚以上煤层采煤方法的选择对“一通三防”管理,尤其是瓦斯涌出、自然发火防治有着至关重要的影响,并用例说明必须选择合适的回采方法,以保证煤炭的安全生产。
补充资料：自发火温度
分子式：
CAS号：
性质：在一定的环境条件下，推进剂热分解放热效应超过向周围散热损失，内部开始积聚热量而使推进剂升温，当达到推进剂的点燃温度时，引起推进剂燃烧。将该条件的环境温度，称之为自发火温度，或自燃温度。自发火温度是推进剂安全性能中的一个参数，表明其在贮存环境中的安全性。
CAS号：
性质：在一定的环境条件下，推进剂热分解放热效应超过向周围散热损失，内部开始积聚热量而使推进剂升温，当达到推进剂的点燃温度时，引起推进剂燃烧。将该条件的环境温度，称之为自发火温度，或自燃温度。自发火温度是推进剂安全性能中的一个参数，表明其在贮存环境中的安全性。
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