1.
Comparative Study of Coal Petrology and Trace Elements Characteristics of Coal in Shizuishan Double Periods Coalfield
石嘴山双纪煤田煤的煤岩和微量元素特征对比研究
2.
Permo-Carboniferous Coalfield Coal-Control Structure Features in Hebei Province
河北省石炭—二叠纪煤田控煤构造特征
3.
Study of Coal Gas-bearing Features and Hydrocarbon Producing Ability in Shuangyashan Coal Fields
双鸭山煤田煤含气性及生烃能力探讨
4.
The Study of Coal Petrology and Coal Geochemistry in Permo-Carboniferous Coal from Datong Coalfield;
大同煤田石炭二叠纪煤的煤岩学和煤地球化学研究
5.
Coal Accumulating Law and Resources Prediction of Jurassic Coalfield in Northern Zhangjiakou
张家口北部侏罗纪煤田聚煤规律及资源预测
6.
Sequence Stratigraphy and Coal Accumulation for Coal Measures of the Carboniferous-Permian in Hunjiang Coal Field
浑江煤田石炭二叠纪含煤岩系层序地层与聚煤作用
7.
SLIP STRURE IN THE COAL BASIN OF CARBON IFEROU S AND PERM IAO IN THE SONG MOU NTAIN AND JI MOUNTAIN AERA. HONAN PROVINCE
河南省嵩、箕地区石炭、二迭纪煤田中的滑动构造
8.
The Relationship Between Mining-induced Earthquake and Geological Disaster in Jurassic Coalfield of Western Hill,Beijing
北京西山侏罗纪煤田矿震与地质灾害的关系
9.
Discussion on Continuable Development of Jurassic Coalfields In Northern Shaanxi
论陕北侏罗纪煤田开发的可持续发展问题
10.
Research on Comprehensive Geological EnvironmentalQuality of Jurassic Coal Field in Ordos
鄂尔多斯侏罗纪煤田综合地质环境质量研究
11.
PERMIAN SPORO-POLLEN ASSEMBLAGES OF THE ECHENG TOWN COALFIELD,LIAOCHENG,SHANDONG PROVINCE
山东聊城地区阿城镇煤田二叠纪孢粉组合
12.
ANALYSIS ON THE SEDIMENTARY ENVIRONMENT OF YANAN FORMATION AND THE FEATURES OF ACCUMULATION COAL IN JURASSIC COALFIELD IN YULIN AND HENGSHAN AREAS,THE NORTH OF SHAANXI
陕北侏罗纪煤田榆横地区延安组沉积环境分析和聚煤征特
13.
An analysis of the production potentials of CBM in Shuangquan mine area of Anyang Coalfield
安阳矿区双全井田煤层气可采潜力分析
14.
The coal in Xinmin district of Shenfu coalfield, Shaanxi belongs to the low-metamorphic unsticky and long flame coal of Jurassic period.
陕西省神府煤田新民区赋存的煤层为休罗纪低变质不粘煤和长焰煤。
15.
The Study on Carboniferous-Permian Palynological Vegetation、Ancient Vegetation and Paleoclimate of Tengxian Coalfield in Shandong;
山东滕县煤田石炭—二叠纪孢粉植物群及古植被古气候研究
16.
Application of the geophysic logging in the cretaceous period coal prospeting of Inner Mongolia Red Nagel
地球物理测井在内蒙红格尔白垩纪煤田勘探中的应用
17.
Application and Effect of Shallow Seismic Refraction Method in Jurassic Coalfield Loose Beds,Northern Shaanxi
浅层折射法在陕北侏罗纪煤田松散层调查中的应用及效果
18.
Besides, the area is also a big coal mine in the world, and will be constructed as Chinese energy and heavy chemical industry base in21 st century.
该区又为世界级大型煤田蕴藏地，将建成我国21世纪的能源重化工基地。