自燃矸石山,self-combustion waste heap
1)self-combustion waste heap自燃矸石山
1.Blasting law and inducing factors of self-combustion waste heap自燃矸石山爆炸规律与诱发因素
英文短句/例句

1.Analysis of Factors Affected to Vegetation Restoration and Ecological Reconstruction of Coal Rejects Hills with Spontaneous Combustion自燃矸石山植被恢复与生态构建影响因素分析
2.Spontaneous combustion mechanism analysis and experiment of gangue hill in Xinli coal mine新立煤矿矸石山自燃机理分析与实验
3.Application of explosion prevention and grouting fire extinguishing tube in spontaneous combustion coal gangue piles自燃煤矸石山防爆注浆灭火管的应用
4.Phenomenon of overall increasing of temperature in fiery coal gangue heap and its theoretical explanation矸石山自燃整体升温现象及其理论解释
5.Orthogonal Test Research on Spontaneous Combustion Coal Gangue's Compound Activation自燃煤矸石复合活化的正交试验研究
6.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
7.The Study on Green High-performance Compound Concrete Mixed with Spontaneous Combustion Gangue and Slag;复合自燃煤矸石矿渣绿色高性能混凝土研究
8.Study on Spontaneous Combustion Mechanism and Prevention Technology of Coal Gangue;煤矸石山自然发火机理及防治技术研究
9.Study on Mathematical Model of Spontaneous Combustion and Its Prevention and Harness Technology of Coal Gangue Dump;煤矸石山自然发火数学模型及防治技术研究
10.THE EXPERIMENT RESEARCH ON CONCRETE STRENGTH INFLUENCE OF SELF COMBUSTION COAL GANGUE COARSE AGGREGATE自燃煤矸石粗集料对混凝土强度影响的试验研究
11.The Habitat and Vegetation Constructing for Spontaneous Combustion Gangue Pile in Yangquan, Shanxi Province;山西阳泉自然煤矸石山生境及植被构建技术研究
12.Coal Gangue Fuel Burning Reaction and Production煤矸石工业燃料的燃烧产物及其燃烧反应
13.Study on the Natural Vegetation Succession and Land Suitability Evaluation of Gangue Pile;煤矸石山植被自然演替及其土地适宜性评价研究
14.Mathematical Model for Spontaneous Combustion of Waste Dump and Its Simulation Analysis in Xinjian Coal Mine新建煤矿矸石山自然发火的数学模型及其模拟分析
15.Nonlinear plasticity limit analysis upper bound method of gangue hill stability矸石山稳定性非线性极限分析上限法
16.Coal Gangue Dumps Impact on the Environment in the District of Fengfeng;峰峰矿区煤矸石山对环境的污染分析
17.A Research on the Revegetation Solving the Gangue Hills in Chongqing;植被恢复在矸石山灾害治理中的作用
18.Soil Improved Effect of Vegetation Restoration in Coal Waste Piles;植被恢复下矸石山土壤改良效益研究
相关短句/例句

spontaneous combution of coal gangue heap矸石山自燃
3)spontaneous combustion gangue dump自燃煤矸石山
1.Harm of spontaneous combustion gangue dump explosion and its counter techniques;自燃煤矸石山爆炸的危害及治理技术
4)waste spontaneous ingition矸石自燃
5)spontaneous combustion gangue自燃煤矸石
1.The Study on Green High-performance Compound Concrete Mixed with Spontaneous Combustion Gangue and Slag;复合自燃煤矸石矿渣绿色高性能混凝土研究
2.The result shows that spontaneous combustion gangue and slag inter-promote in the course of hydration,early strength of pure slag system can be increased while its late strength not reduced by adding spontaneous combustion gangue less than 50%,the strength of binding material improves with increasing amount of slak.以砂质自燃煤矸石和矿渣作为胶凝主体,并以熟石灰、芒硝和水玻璃为激发剂,研制出一种砂质矸石胶凝材料。
3.Using the spontaneous combustion gangue and slag as mixing material of high-performance concrete,an orthogonal experiment with different match rations of concrete was conducted.采用自燃煤矸石和矿渣作为高性能混凝土的掺合料,通过混凝土配合比的正交试验,分析了有关因素对该高性能混凝土的影响和效果,验证了自燃煤矸石具有很好的活性,可以作为掺合料配制高性能混凝土,并确定了不同标号复合高性能混凝土的配合比方案。
6)spontaneous combustion coal gangue自燃煤矸石
1.The ettringite formation of active Al_2O_3 in the spontaneous combustion coal gangue cementitious material is analyzed by XRD.采用 XRD 分析了自燃煤矸石胶凝材料中活性 Al_2O_3在不同因素影响下水化形成钙矾石的情况。
2.A systematical tests on chemical constituents,durability and harmful substances content,physical and mechanical properties of the spontaneous combustion coal gangue generated from Gaode,Fuxin City of Liaoning Province were made.针对煤矸石占用大量耕地并对矿区生态环境造成的污染问题,参照国标,对辽宁省阜新市高德矿排放的自燃煤矸石进行了化学组成、耐久性及有害物质含量、物理力学性能的检测,发现其各项指标均满足国家对轻集料标准的要求。
3.Crushing the gangue to the lightweight coarse aggregate, this paper designs 10 groups of specimen of polypropylene fiber spontaneous combustion coal gangue of lightweight aggregate concrete, using "uniform.参照国标,对辽宁省阜新市高德矿排放的自燃煤矸石进行了化学成分、耐久性及有害物质含量、物理力学性质的系统检测。
延伸阅读

自燃分子式:CAS号:性质:一种非人为点燃或加温而自然燃烧的现象。通常是在常温下,由于可燃物和空气中氧进行缓慢氧化积聚热量致使温度达到该物燃点所引起的。例如,白磷在空气中缓慢氧化,在白磷表面积聚的热量使温度达到40℃以上时,白磷即自发燃烧。稻草、煤炭、棉纱等易燃物,若储藏或堆放不合理,也会发生自燃。