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[11] 向鹏旭,马萍,贺琼琼,宋兆洋,苗真勇.Enhanced removal of phenol and chemical oxygen demand from coking wastewater using micro and nano bubbles: Microbial community and metabolic pathways,2024,卷: 394
[12] 韩宁,李翊飞,彭海森,高瑞泽,贺琼琼,苗真勇,万克记.Adsorption of Li+ by imprinted capacitor deionization — A new method for selective recovery of valuable lithium in acidic solutions,2023,v 565,
[13] 韩宁,高瑞泽,彭海森,贺琼琼,苗真勇,万克记.Selective recovery of lithium ions from acidic medium based on capacitive deionization-enhanced imprinted polymers,2022,卷: 373
[14] 韩宁,崔蓉,彭海森,高瑞泽,贺琼琼,苗真勇.Synergistic Treatment of Congo Red Dye with Heat Treated Low Rank Coal and Micro-Nano Bubbles,2022,卷: 27期: 13
[15] Oxidation of Congo red by Fenton coupled with micro and nanobubbles.ENVIRONMENTAL TECHNOLOGY,2022
[16] 马萍,韩超,贺琼琼,苗真勇,高明强,万克记,许恩乐.Oxidation of Congo red by Fenton coupled with micro and nanobubbles,2022
[17] Modeling and analysis of lignite particle drying based on the volume averaging method.Drying Technology,2022
[18] 贺琼琼,Yeasmin, Hasina,Hoadley, Andrew,Qi, Ying.Physical and chemical changes in lignite during mechanical and thermal dewatering process and associated changes in the organic compounds in the wastewater,2022,v 42,n 4,p1040-1054
[19] 贺琼琼,Yeasmin, Hasina,Hoadley, Andrew,Qi, Ying.Physical and chemical changes in lignite during mechanical and thermal dewatering process and associated changes in the organic compounds in the wastewater,2022,v 42,n 4,p1040-1054
[20] 贺琼琼,裴震,苗真勇,张明亮,郎军,郭帅,邓振平.Vibration drying of lignite based on the thermal fragmentation property and its prediction model,2021,卷: 293

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