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[13] 张开仲,李伟.Microscale Research on Effective Geosequestration of CO2 in Coal Reservoir: A Natural Analogue Study in Haishiwan Coalfield, China,2018,2018;2018;
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[14] 李伟.Is the long-term sequestration of CO2 in and around deep, abandoned coal mines feasible?,2018,232;1;
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[15] 李伟,程远平.Analysis and Prediction of Gas Recovery from Abandoned Underground Coal Mines in China,2017,XXIII;4;
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[16] 李伟,程远平.讨论式教学法在矿井瓦斯防治课程中的探究和应用,2017,7;8;
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[17] 李伟,程远平.Addressing the CO2 emissions of the world's largest coal producer and consumer: Lessons from the Haishiwan Coalfield, China,2014,400-413;80;
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[18] 李伟.The evolution of permeability and gas composition during remote protective longwall mining and stress-relief gas drainage: a case study of the underground Haishiwan Coal Mine,2014,427-437;18;
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[19] 李伟,程远平.The evolution of permeability and gas composition during remote protective longwall mining and stress-relief gas drainage: a case study of the underground Haishiwan Coal Mine,2014,427-437;18;
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[20] 李伟,程远平.Evaluation of coal swelling-controlled CO2 diffusion processes,2013,131-139;4;
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[21] 李伟,程远平.A STUDY OF COAL SWELLING-CONTROLLED CO2 DIFFUSION PROCESSES,2013
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[22] 李伟,程远平.Evaluating the security of geological coalbed sequestration of supercritical CO2 reservoirs: The Haishiwan coalfield, China as a natural analogue,2013,102-111;13;
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[23] 李伟,程远平.Evaluating the security of geological coalbed sequestration of supercritical CO2 reservoirs: The Haishiwan coalfield, China as a natural analogue,2013,102-111;13;
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[24] 李伟.特厚突出煤层上保护层开采及卸压瓦斯抽采研究,2011,42;3;37-39
