1) Feicheng Coalfield
肥城煤田
1.
Study on Geological Tectonic Features in Feicheng Coalfield and Its Impact to Floor Water Inrush;
肥城煤田地质构造特征及其对底板突水影响
2.
Conodonts from the Taiyuan Formation and Benxi Formation in the Feicheng Coalfield, Shandong;
山东肥城煤田本溪组—太原组牙形刺
3.
Based on more than 180 cases of water inrush from floor,statistical characteristics of water inrush data in Feicheng coalfield are summarized and the water inrush type is predicated for the deep coal mining of Feicheng coalfield.
在收集肥城煤田180余件突水案例基础上,总结了该煤田的突水资料统计特征,并根据这些特征对肥城煤田深部开采进行了预测。
2) Liaocheng coal mine
聊城煤田
1.
Present geological condition and geological problems which will be caused by exploration of Liaocheng coal mine,such as land collapse and accompaying cracks,water pollution casued by discharge and surface pollution casued by duns piles are analyzed in this paper,and relative countermeasures are put forward as well.
分析了聊城煤田的地质现状及煤田开发可能产生的地质问题,如采空塌陷及伴生的地裂缝、矿坑排水引起的水环境污染、煤矸石的堆放对地表环境的污染等,并提出了相应的防治措施。
3) Dengcheng Coalfield
澄城煤田
4) Shuicheng coal field
水城煤田
5) Yongcheng coalfield
永城煤田
1.
The anastomosed fluvial depositional systems in the Permian coal measures of the Yongcheng coalfield,Henan;
永城煤田二叠纪网状河流沉积体系
6) Echeng Town Coalfield
阿城镇煤田
1.
Palynological samples from the drills A19-6,A20-6 and L104 were analyzed from the Echeng Town Coalfield of Liaocheng,Shandong Province.
对山东聊城阿城镇煤田A19-6、A20-6、L104钻孔岩石样品进行了分析,发现从太原组中上部到上石盒子组地层中均有大量孢粉化石保存,经分析鉴定和统计,共有孢粉化石53个属168种及部分未定种。
补充资料：肥城
1.指苏联乌兹别克加盟共和国中部城市撒马尔罕。公元前四世纪始见于记载。我国《史记》﹑《汉书》等称康居地﹐《新唐书》称康国﹐《辽史》作挦思干﹐《元史》作寻思干﹑薛迷思干﹐《明史》作撒马儿罕。
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