遗煤自燃,spontaneous combustion of remaining coal
1)spontaneous combustion of remaining coal遗煤自燃
英文短句/例句
puter Simulation of Spontaneous Combustion Process in Goaf of First Fully-Mechanized Mining Face of Dingji Coal Mine;丁集首采面采空区遗煤自燃动态数值模拟
2.Integrated control technique for losing coal spontaneous combustion of the top-coal falling region in high-gas mine高瓦斯矿井高冒区遗煤自燃综合防治技术
3.Research on the air supply volume during simple cutting of top coal dropping and the coal spontaneous combustion in the goaf简放工作面供风量与采空区遗煤自燃危险性研究
4.atmospheric gas-burner自燃通风煤气燃烧器
5.Study on Coal Spontaneous Combustion Mechanisms and the Spontaneous Combustion Danger Index;煤的自燃机理及自燃危险性指数研究
6.Analysis of spontaneous combustion of coal stockpile in port港口煤堆自燃原因及防自燃技术浅析
7.Coal spontaneous combustion is one of disaster in Yima coalfield.煤炭自燃是义马煤田主要灾害之一。
8.Spontaneous Combustion Fire-fighting Technology for Thick Seam at Full-mechanized Mining Face in Gob易自燃厚煤层综放工作面采空区自燃灭火技术
9.Experimental Study on Free Radical Reaction Mechanism of Coal Spontaneous Combustion;煤炭自燃自由基反应机理的实验研究
10.Research of Coal Spontaneous Combustion Laws and Preventing Technology in Easy Self-ignition Coal Seam Exploiting Without Coal Pillar;易自燃煤层无煤柱开采自燃规律及防治技术研究
11.Experimental Research on the DongRong Coal of Spontaneous Combustion and Application;东荣三矿易燃煤层自燃发火实验研究及应用
12.Chain furnace burning coal energy automatic control device application case analysis燃煤链条锅炉燃烧节能自动控制装置应用分析
13.Coal spontaneous combustion seriously threats the safety of coal industry.煤自燃火灾严重威胁着煤炭工业的安全。
14.The Test Study of Hollow Block Made with Fly Ash and Self-burning Coal-stone;粉煤灰、自燃煤矸石空心砌块的试验研究
15.Study on Spontaneous Combustion Risk of Mining Coal Seam Gob in DuErPing Coalmine杜儿坪煤矿主采煤层采空区自燃危险性研究
prehensive Fire Prevention and Extinguishment Technology of Spontaneous Combustion Coal Seam in Fully-mechanized Coal Face with Narrow Coal Pillar自燃煤层窄煤柱综采工作面综合防灭火技术
17.Analysis of Spontaneous Combustion in Fossil-Fuel Power Plant Coal Storage Yard and Optimization of Coal Storage System电站储煤场自燃现象分析与储煤系统优化
18.atmospheric gas-burner system自动通风煤气燃烧器系统
相关短句/例句
spontaneous combustion in goaf采空区遗煤自燃
1.Based on the theory of thermodynamics and combustion and the study of the mechanism and application effectiveness of water-pouring method for prevention of oxidation and spontaneous combustion of residual coal in goaf, the author proposed a new and efficient technical measure for checking thespontaneous combustion in goaf.通过对灌注清水抑制易燃采空区遗煤氧化及自燃的机理分析与现场应用研究实际效果 ,提出了一种新的、简便廉价的防治采空区遗煤自燃的技术措施 。
3)coal spontaneous combustion煤炭自燃
1.Evaluation system of prevention and control technology forcoal spontaneous combustion;煤炭自燃防治技术评价体系
2.Study on the forecasting target ofcoal spontaneous combustion;煤炭自燃标志性气体预测指标的实验研究
3.Research on coupling between oxygen consumption rate and temperature duringcoal spontaneous combustion process;煤炭自燃过程中耗氧速率与温度耦合研究
4)coal seam spontaneous combustion煤层自燃
1.As is known, although general engineers and technicians in the coal mine practice have accumulated a lot of data and materials in this way,coal seam spontaneous combustion is still an extremely complicated physical-chemical and environmental process to be harnessed.在全面分析影响煤层自燃因素的基础上,建立了煤层自燃预测的人工神经网络模型。
5)spontaneous combustion of coal煤自燃
1.Mechanism and restraining technology onspontaneous combustion of coal detonating gas in goaf采空区煤自燃引爆瓦斯的机理及控制技术
2.Theory of gases generation during the process ofspontaneous combustion of coal煤自燃过程气态产物产生机理
3.In order to understand the process of coal self-ignite,the process ofspontaneous combustion of coal was simulated with adiabatic oxidation, and the temperature-time curves and the rule that activation energy increases with temperature rise were obtained.为了深入了解煤自燃发生发展过程,对煤自燃过程进行了绝热氧化模拟,获得了煤自燃过程升温曲线,得出煤自燃过程活化能随温度升高而逐渐上升的规律,同时对煤低温氧化过程微观结构变化规律进行了红外光谱测试。
6)spontaneous combustion煤炭自燃
1.Design and development of a device for simulating coalspontaneous combustion;煤炭自燃模拟实验装置设计与研制
2.Based on the study of main factors of coalspontaneous combustion,a mathematical model for the process of coal self-heating in mines was put forward.通过对影响煤炭自燃因素的分析,建立了采空区内遗煤自燃过程数学模型,可随时预测不同漏风强度和不同推进速度条件下,采空区遗煤自然发火的危险性,对丁集煤矿1262(1)首采面采空区遗煤自燃过程中,氧化时间、工作面推进速度对煤温的影响进行了计算机模拟,成功预报了在回采过程中采空区遗煤不自燃,确保了该工作面安全回采。
延伸阅读
遗道遗道 遗道 经外穴名。《备急千金要方》：“遗溺，灸遗道，侠玉泉五寸。随年壮。”即在脐下4寸（中极即玉泉）旁开2.5寸处。与肠遗穴同位。《针灸经外奇穴图谱》则定位在中极穴旁开5寸处。
