学术论文: |
1.Mei Qiu, Fengjun Huang, Jingxue Wang等, Characteristics of vertical karst development and grouting reinforcement engineering practice of the Ordovician top in the Feicheng coalfield, China, Carbonates and Evaporites, (2020), 78, SCI. 2.Lonqing Shi, Mei Qiu(通讯作者)等, Evaluation of water inrush from underlying aquifers by using a modified water-inrush coefficient model and water-inrush index model: a case study in Feicheng coalfield, China, Hydrogeology Journal, (2019), 1431-2174, SCI. 3.Mei Qiu, Jin Han等, Prediction Reliability of Water Inrush through the Coal Mine Floor, Mine Water and the Environment, (2017), 217-225, SCI. 4.Mei Qiu, Lonqing Shi等, Assessment of Water Inrush Risk Using Fuzzy Delphi Analytic Hierarchy Process and Grey Relational Analysis in the Liangzhuang Coal Mine, China,Mine Water and the Environment, (2017), 39-50, SCI. 5.MEI QIU, DAWEI LV等, Paleogene Sedimentary Environment Analysis in the Xinjiang Jiashi Area of Western China, International Journal of Earth Sciences and Engineering, (2016), 1895-1901, SCI. 6.Mei Qiu, Fengjun Huang等,Prediction model of water yield property based on GRA, FAHP and TOPSIS methods for Ordovician top aquifer in the Xinwen coalfield of China, Environmental Earth Sciences, (2020), 214, SCI. 7.Xingyue Qu, Mei Qiu(通讯作者), Prediction of maximal water bursting discharge from coal seam floor based on multiple nonlinear regression analysis, ARABIAN JOURNAL OF GEOSCIENCES, (2019), 567, SCI. 8.Lonqing Shi, Ying Wang, Mei Qiu(通讯作者)等, Application of three-dimensional high-density resistivity method in roof water advanced detection during working stope mining, ARABIAN JOURNAL OF GEOSCIENCES, (2019), 464, SCI. 9.邱梅,施龙青(*),等, 似膏体充填开采防止高承压底板水突出研究,采矿与安全工程学报, (2016),409-414, EI. 10.邱梅,施龙青(*)等, 基于灰色关联-FDAHP法与物探成果相结合的奥灰富水性评价, 岩石力学与工程学报, (2016), 3203-3213, EI. 11.施龙青, 邱梅(通讯作者)等, 肥城煤田奥灰顶部注浆加固可行性分析,采矿与安全工程学报, (2015), 356-362, EI. 12.施龙青, 邱梅,等. Water inrush evaluation of coal seam floor by integrating the water inrush coefficient and the information of water abundance[J]. International Journal of Mining Science and Technology, (2014), 677-681, EI. |