研究煤自然发火的核心是研究煤自然发火机理。
The kernel of studying on coal spontaneous combustion is researching its spontaneous combustion mechanism.
指出了矿井自然发火及其预测对安全生产的重要性。
The importance of mine spontaneous combustion and its forecast for safe production in coal mines was described.
综述了煤层自然发火危险性评价指标的最新研究成果。
This paper reviews the current achievements of research on risk assessment index of coal spontaneous combustion.
煤炭堆积自然发火正反馈是导致煤炭自燃的主要原因；
The coal stacking combustion positive feedback is the main reason to lead to the coal combustion;
根据实验数据和分析结果，建立了煤自然发火的预报系统。
Based on the experimental data and analysis results, a prediction system for spontaneous combustion was designed.
得出的结论对于煤自然发火预测及防治的研究有指导意义。
This research is useful for the forcasting and prevention of coal natural ignition.
束管监测系统是预报采煤工作面自然发火趋势的有效手段。
Duct monitoring system is an effective means to predict the trends of spontaneous combustion in coal face.
据统计全国统配和重点煤矿中有自然发火危险的矿井约占47 %。
According to statistics, there are dangerous mines with spontaneous combustion accounted for about 47% in national uniform allocation and the key coal mine.
解算结果能较好地解释煤自然发火过程中的一些现象，有较高的可信度。
The computed results can be used to better explain some phenomenon in the spontaneous combustion process of coal and have higher reliability.
煤炭自然发火作为矿井火灾的主要致因之一，是矿井防灭火工作的治理重点。
Coal natural fire is one of the central factors leading to coal mine fire, and it is the emphasis in mine fire combat and protection.
本文采用信息融合技术，综合矿井内多源信息，实现煤矿自然发火的精确预测。
Information fusion technology is used in this article and realizes precise forecast of coal spontaneous combustion.
煤炭自然发火是导致矿井火灾的主要原因之一，也是煤炭安全生产急待解决的问题。
Coal spontaneous combustion is the main cause of mine fire and an urgent problem to be solved for the safe coal production.
我国有56%以上的矿井存在煤层自然发火危险，煤炭自燃火灾严重影响煤炭的安全生产。
There are more than 56% of mines in our country exist seams spontaneous combustion danger, seams spontaneous combustion fire serious influences coal safety production.
对陕西火石咀煤矿厚煤层放顶煤开采自然发火原因进行了分析，并提出了合理的防治措施。
The paper analyzes the causes of spontaneous ignition in caving mining in Shaanxi Huoshizui coal mine and puts forward reasonable prevention measures.
该改进算法已成功应用于煤自然发火实验温度数据的数据融合，取得了较满意的融合结果。
This improved algorithm has been applied to temperature data fusion of coal spontaneous combustion experiment successfully and achieved satisfactory results.
将有限元分析技术与煤自然发火实验台相结合，对温度场进行模拟研究，目前还属于较新的应用。
It is a new application to combine the finite element method analysis technique and the experiment unit of spontaneous combustion together to study and simulate the temperature field.
通过信息融合，本文得出了矿井环境的自然发火状态的预测系统，通过测试验证了此算法预测的可靠性。
The mine spontaneous combustion forecast system is obtained through information fusion in this article, forecast reliability is validated through the algorithm test.
提出了机械化采煤工艺流程并对新的采煤方法所产生的瓦斯、自然发火、粉尘灾害提出了具体的防治措施。
Mechanized coal mining treatment process has been proposed, and some measures have been given according to producing gases, spontaneous combustion and dust calamity.
进行了煤的升温氧化实验，通过分析煤氧化释放气体随煤温变化规律，确定煤自然发火预测预报的指标气体。
The indicator gases predicting coal spontaneous combustion were determined based on the law of gas released from oxidizing coal with temperature.
因此，采用合适的方法研究煤氧复合机理对于认识煤自然发火过程、建立煤自然发火预测理论具有重要的意义。
So it is important signification to study the spontaneous combustion mechanism of coal and built the prediction theory of coal spontaneous combustion.
最后，以兖州东滩矿煤样自然发火实验为基础，对圆柱形煤样自燃过程进行数值模拟，其结果与实验基本一致。
Finally, according to the experiments of Yanzhou coal sample, the results of the numerical simulation on the column coal spontaneous combustion are consistent with the experiments.
将模糊控制技术、分形理论中的时间序列分析方法与神经网络技术有机地结合起来，并运用于采空区遗煤自然发火的预测中。
The fuzzy technology and fractal theory are combined with neural network and applied to predict coal spontaneous combustion in coal mine.
本论文结合综放面采空区浮煤自然发火的特点，运用煤自燃危险区域判定理论，确定了采空区自燃危险区域的判定条件和方法步骤。
Combined with coal characteristics in goaf of fully mechanized top-coal caving, determinant criteria and methods of hazard zone in goaf are determined by theory of coal spontaneous combustion zone.
确定了煤样在不同温度下生成标志气体的规律及CO气体浓度随温度变化的规律，对预测预报煤的自然发火具有重要的理论和实际意义。
The rules for the significant gas produced by coal samples and the rules for co consistency changing by temperature were obtained at different temperature.
当然，如果被溅了一身泥，踩了狗屎，或者无意间把红色的毛巾与白色的衣物混在一起洗了，你是可以发火的，事实上，这是最自然不过的反应了。
Sure, you can be angry at getting splashed with mud, stepping in dog poop, or inadvertently throwing a red towel in with the white laundry. In fact, that is probably the most normal response.
当然，如果被溅了一身泥，踩了狗屎，或者无意间把红色的毛巾与白色的衣物混在一起洗了，你是可以发火的，事实上，这是最自然不过的反应了。
Sure, you can be angry at getting splashed with mud, stepping in dog poop, or inadvertently throwing a red towel in with the white laundry. In fact, that is probably the most normal response.
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