1·Fly Ash and Coal Gangue Integrative Using Whole Set Equipment.
粉煤灰、尾矿综合利用成套设备。
2·The paper reviews the comprehensive use of coal gangue in detail.
对煤矸石的综合利用进行了较全面地介绍。
3·Both coal gangue and coal bed methane are low heating value fuels.
煤矸石和含甲烷量较低的煤层气均属于低热值的燃料。
4·We can make concrete paves by using of burned coal gangue as coarse aggregate.
利用燃烧后的煤矸石渣作骨料，配制混凝土路面砖。
5·The enormous coal gangue is difficult to use and causes environment pollution.
煤矸石堆积如山，难以利用且污染环境。
6·Fly ash and coal gangue were used as main raw materials to roast solid insulating brick.
采用废弃物粉煤灰和煤矸石为主要原料焙烧实心墙体保温砖。
7·The mass coefficient was brought forward to assess the activity factor of original coal gangue.
引入质量系数法评定原状煤矸石经热活化后辅助胶凝性能的大小。
8·It is proved that activated coal gangue can improve the cementitious behaviour of compound cement.
试验证明，经过活化的煤矸石可以改善复合水泥的胶凝性能。
9·The optimum adding percentage of high alkali fly ashes is about 12% to coal gangue and 15% to clay.
制砖原料中灰渣在煤矸石及粘土中加入最佳分数分别为12%和15%。
10·These two approaches were effective for solving the shortage of nitrogen in planting on coal gangue.
这些结果为解决煤矸石复垦中氮素缺乏的问题提供了有效途径。
1·It shows that the use of coal gangue in road construction is feasible and has significant economic and social benefits.
实践表明，道路建设中利用煤矸石在技术上是可行的，并具有明显的经济和社会效益。
2·Coal Gangue is a waste from the raw coal which pollutes the environment seriously. However, the utilization of it in the road construction is a favorable attempt.
煤矸石是一种原煤废料，对环境污染严重，用于公路建设是一种有利的尝试。
3·Coal gangue was activated by calcination with calcium, while gypsum and fluorite as mineralized agent.
采用增钙煅烧方式活化煤矸石，添加石膏和萤石作矿化剂。
4·Under different cuing regimes, the influence and interaction mechanism of fly ash and coal gangue as the aiding gelation materials on cement hydration were investigated.
探讨了不同养护制度下，粉煤灰、煤矸石作为辅助胶凝材料对水泥熟料水化反应的影响规律及作用机理。
5·A method, with a guaranteed rate of 97%, to calculate mine water available was proposed and used in the water resources demonstration of main source of Jinshan coal gangue power plant in Fuxin City.
利用很少的资料，提出一种求解97%保证率矿井水可利用水量的计算方法，并利用此种方法对阜新金山煤矸石热电厂的主水源进行了水资源论证。