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刘清泉,褚鹏,朱金佗,程远平,王德洋,卢彦飞,刘嫄嫄,夏磊,王亮.Numerical assessment of the critical factors in determining coal seam permeability based on the field data.Journal of Natural Gas Science and Engineering,2020,74
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刘清泉,卢彦飞,王亮,刘嫄嫄,黄文怡.煤岩吸附—渗流—力学耦合测试系统教学实践.中国教育技术装备,2021(10):18-21
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刘清泉,刘嫄嫄,杜凯,郑思文,朱子斌.煤粒筛分现象与粒度分布特性的试验研究.中国安全科学学报,2022,32(2):130-138
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刘清泉,褚鹏,刘嫄嫄,夏磊,王亮.Quantitative assessment of coal seam permeability improvement around an enlarged borehole in gas extraction engineering: A method for field application.Transport in Porous Media,2022,143:103-125
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刘清泉,凌浩,卢彦飞,蔺甲,刘嫄嫄,王婧,黄文怡,王亮.Residual strength estimation method of soft coal based on equivalent residual strain ratio.Geofluids,2022
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刘清泉,吕彪,刘嫄嫄,马霄航,陆晓东,王亮,周红星.Quantitative evaluation of the effect of gas adsorption and desorption hysteresis on gas flow in coal.Fuel,2022,328
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刘清泉,王婧,赵伟,黄文怡,凌浩,王亮,程远平.A novel bidisperse diffusion model for coal particles considering micropores as the major sites of CH4 adsorption.Fuel,2023,333(2)
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刘清泉,刘嫄嫄,陆晓东,吕彪,郑思文,聂兴一,王亮,朱松松,张骞.Importance of the average radius of coal particles on determining the methane diffusion coefficient.Environmental Science and Pollution Research,2023,30(23):64137–64153
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王亮 , 裴晓东,刘敏轩,王浩,刘清泉,易明浩,郑思文,朱子斌,一种煤体变形测试装置,测试系统及测试方法
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周红星,张荣,程远平,刘清泉,代昊,一种穿层钻孔水力破裂瓦斯抽采方法
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王海锋 , 程远平,孙建中,王伟,周红星,刘清泉,高瓦斯低透气性煤层区域性增加煤层透气性的方法
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刘洪永 , 程远平,周红星,翟清伟,孔胜利,刘清泉,瓦斯排放巷穿层钻孔区域瓦斯抽采方法
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程远平 , 刘洪永,王亮,王立国,陈海栋,刘清泉,井下暗采动钻井瓦斯抽采方法
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张开仲 , 郝从猛,程远平,刘洪永,张荣,刘清泉,一种井下煤层水力冲孔造穴孔径测量装置及方法
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刘清泉 , 刘敬敬,吕彪,安浩学,程远平,褚鹏,卢彦飞,基于死空间压力换算的煤层瓦斯参数检测装置
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刘清泉 , 黄文怡,王亮,程远平,王婧,凌浩,王浩,基于扩散-渗流解耦实验的煤体甲烷吸附时间测定方法
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2018-09025,含瓦斯构造煤多重剪切损伤演化特征及其控渗机制,中国矿业大学,2018/03/26
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2016-07534,高应力卸载条件下含瓦斯煤体各向异性破裂机制研究,China University of Mining and Technology (Beijing),2016/04/10
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2016-07613,含瓦斯软煤卸荷蠕变扩容损伤演化与渗流响应机制,江苏省科技厅,2016/06/28
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2021-10998,高应力环境煤体卸荷损伤多重剪切裂隙展布对瓦斯窜流的控制机制,2021/01/01
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101041040,Sample complexity for inverse problems in PDE,2022/11/01
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3.5-CHN-1235634-HFST-E,An inverse numerical modeling approach for permeability determination of low permeable ad sorptive rocks based on specially designed pressure-pulse decay tests,2024/09/01
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DL2023142002L,废弃矿井不可采煤层超临界CO2封存能力评估方法研究
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2016M590519,卸荷软煤蠕变扩容损伤演化及对瓦斯渗流的时效影响机制,中国博士后科学基金委员会