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[21] Improved removal of Congo Red from wastewater by low-rank coal using micro and nanobubbles.Fuel,2021
[22] 贺琼琼,崔蓉,苗真勇,邢耀文,万克记,高明强,张明亮.Improved removal of Congo Red from wastewater by low-rank coal using micro and nanobubbles,2021,v 291,
[23] 低阶煤活性焦的结构调控及基于机器学习的有机污染物吸附特性评价.煤炭学报,2021
[24] 基于神经网络的潮湿煤炭气流分级效果预测.煤炭学报,2021
[25] Vibration drying of lignite based on the thermal fragmentation property and its prediction model.Fuel,2021
[26] Huang, Shaomeng,Hu, Minglei,李丹,王丽萍,张灿,Li, Kang,贺琼琼.Fluoride sorption from aqueous solution using Al(OH)3-modified hydroxyapatite nanosheet,2020,v 279,
[27] 贺琼琼,王国强,陈紫珊,苗真勇,万克记,黄少萌.Adsorption of anionic azo dyes using lignite coke by one-step short-time pyrolysis,2020,v 267,
[28] 贺琼琼,李欣源,苗真勇,黄少萌,万克记.The relevance between water release behavior and pore evolution of hard lignite during the thermal-drying process,2019,v 92,n 6,p1689-1696
[29] 贺琼琼,肖雅文,苗真勇,孙铭骏,万克记,高明强.Water Clusters in Lignite and Desorption Energy Calculation by Density Functional Theory,2019,卷: 4期: 10页: 14219-14225
[30] 贺琼琼.Multiphysics Modeling of Water Transport in High-Intensity Lignite Drying Process on Porescale,2018,40;21;

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