1.In this paper, the geological setting and the investigation on the destruction of buildings in Fushun coalfield is introduced briefly and the characteristic of destruction of buildings is analyzed.
摘要本文简要介绍了抚顺煤田的区域地质背景及受灾楼房调查结果，并对房屋建筑破坏特徵进行了分析。
2.The higher-permeability region for CBM exploration are Panzhuang-Yangcheng, Yangquan-Shouyang and Taiyuan Xishan coalfield in Qinshui Basin.
预测结果显示，沁水盆地有利于煤层气开发的高渗区，主要集中在南部的潘庄－阳城、北部的阳泉－寿阳及太原西山煤田等地区。
3.Characteristics of Late Carboniferous and Early Permian Plant Communities in Zibo Coalfield,Shandong
山东淄博煤田晚石炭世——早二叠世植物群落特征
4.The results show that the in-place CBM resources and the resources abundance in Pingdingshan coalfield are about 786.8×108 m3 and 1.05×108 m3/km2 respectively, which are very favorable for CBM exploration and development.
研究结果表明,该区煤层气总资源量为786.8×108m3,煤层气资源丰度平均为1.05×108m3/km2,具有很好的煤层气资源开发潜力.
5.The seam structure of Ivogo Area of Songwe-Kiwira Coalfield in Tanzania consists of three mineable,low-rank bituminous coal seams (namely, No. 3b, No.5 and No. 6) with different maceral compositions.
坦桑尼亚桑威—基畏那煤田依沃古区,有三层可采煤层,即3b煤层,5煤层和6煤层,均属低变质程度的烟煤。 3b煤层镜质组含量较高,5煤层和6煤层镜质组含量低,而丝质组和半丝质组含量高,因而在化学工艺性质和工业利用方向上与3b煤层有所不同。
6.A study on the mechanism and geological model of CBM reservoir-forming dynamic system in Huainan Coalfield
淮南煤田煤层气成藏动力学系统的机制与地质模型研究
7.LOWER GONDWANA PALYNOFLORA FROM PARAPUKURIA COALFIELD, BANGLADESH
孟加拉国巴拉普库利亚煤矿早二叠世孢粉组合的初步研究
8.The variation of coal geochemistry a nd the special textures of the Late Permian coals in the Zhijin coalfield,western Guizhou Province are studied using the instrumental neutron activation analysis(INAA),inductively coupled plasma-atomic emission spectrometry(ICP-AES),X-ray diffraction(XRD),scanning electron microscope fitted with an EDX analyzer(SEM-EDX),and optical microscope.
运用仪器中子活化分析(INAA)、电感耦合等离子体原子发射光谱(ICP-AES)、X射线衍射(XRD)、带能谱仪的扫描电镜(SEM-EDX)及光学显微镜等手段,对黔西晚二叠世煤地球化学性质变异及其特殊组构的火山灰成因进行了研究。
9.Accumulation Dynamic Mechanism of the Main Coal Seam of the Eocene Guchengzi Formation in Fushun Coalfield
抚顺煤田始新统古城子组主煤层堆积动力学机制研究
10.Geological Review of CBM Exploitation in Panguan Syncline,Lupanshui Coalfield,Guizhou
贵州省六盘水煤田盘关向斜煤层气开发地质评价
