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[1] 万克记,肖雅文,范津津,苗真勇,王国强,薛舒文.Preparation of high-capacity macroporous adsorbent using lignite-derived humic acid and its multifunctional binding chemistry for heavy metals in wastewater,2022,卷: 363
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[2] 薛舒文,肖雅文,万克记,王国强,范津津,高明强,苗真勇.The fractionation of fulvic acid and the optimal fraction as explanatory factors for binding characteristics of lead in aqueous solution,2021,v 275,
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[3] 煤系腐植酸磁性颗粒对水中Pb2+和Hg2+的高效选择性吸附.煤炭学报,2021,46(9):2746-2754
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[4] 薛舒文,范津津,万克记,王国强,肖雅文,薄文婷,高明强,苗真勇.Calcium-Modified Fe3O4 Nanoparticles Encapsulated in Humic Acid for the Efficient Removal of Heavy Metals from Wastewater,2021,卷: 37期: 37页: 10994-11007
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[5] 万克记,范津津,王国强,许恩乐,贺琼琼,苗真勇,张明亮.Humic acid magnetic nanoparticles for the selective removal of Pb2+ and Hg2+ in water,2021,v 46,n 9,p2746-2754
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[6] 万克记,范津津,王国强,许恩乐,贺琼琼,苗真勇,张明亮.煤系腐植酸磁性颗粒对水中Pb2+和Hg2+的选择性吸附,2021,2021年09期:2746-2754,9
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[7] 薛舒文,肖雅文,王国强,范津津,万克记,贺琼琼,高明强,苗真勇.Adsorption of heavy metals in water by modifying Fe3O4 nanoparticles with oxidized humic acid,2021,卷: 616
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[8] 万克记,王国强,薛舒文,肖雅文,范津津,李龙帝,苗真勇.Preparation of Humic Acid/L-Cysteine-Codecorated Magnetic Fe3O4 Nanoparticles for Selective and Highly Efficient Adsorption of Mercury,2021,卷: 6期: 11页: 7941-7950
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[9] 万克记,高明强,肖雅文,贺琼琼,苗真勇.Modeling and analysis of lignite particle drying based on the volume averaging method,2020
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[10] 万克记,Pudasainee, Deepak,Kurian, Vinoj,苗真勇,Gupta, Rajender.Changes in Physicochemical Properties and the Release of Inorganic Species during Hydrothermal Dewatering of Lignite,2019,v 58,n 29,p13294-13302
