1) Liu Fei, Xue Dingming, You Jikang, Zhang Yanyun, Chen Jingwen, Xu Huacheng*. Mechanistic insight into confined Fenton system in the MXene layer (MXene-Fe@PES) for enhanced aquatic contaminant removal. Water Research. 268, 122697, 2025.
2) You Jikang, Liu Fei, Wang Yongwu, Duan Chongsen, Zhang Lu, Li Huishan, Wang Junjian, Xu Huacheng*. Photo-methanification of aquatic dissolved organic matters with different origins under aerobic conditions: Non-negligible role of hydroxyl radicals. Water Research. 256, 121609, 2024.
3) Du Haiyan, Cao Yuanxin, Li Zhe, Li Lina, Xu Huacheng*. Formation and mechanisms of hydroxyl radicals during the oxygenation of sediments in Lake Poyang, China. Water Research. 202, 117442，2021.
4) Xu Huacheng, Li Yani, Liu Jin, Du Haiyan, Du Yingxun, Su Yaling, Jiang Helong, 2020. Photogeneration and steady-state concentration of hydroxyl radical in river and lake waters along middle-lower Yangtze region, China. Water Research. 176, 115774.
5) Xu Huacheng, Lin Hui, Jiang Helong, Guo Laodong, 2018. Dynamic molecular size transformation of aquatic colloidal organic matter as a function of pH and cations. Water Research. 144, 543–552.
6) Xu Huacheng, Yan Mingquan, Li Wentao, Jiang Helong, Guo Laodong, 2018. Dissolved organic matter binding with Pb(II) as characterized by differential spectra and 2D UV-FTIR heterospectral correlation analysis. Water Research. 144, 435–443.
7) Xu Huacheng, Xu Mengwen, Li Yani, Liu Xin, Guo Laodong, Jiang Helong, 2018. Characterization, origin and aggregation behavior of colloids in eutrophic shallow lake. Water Research. 142, 176–186.
8) Xu Huacheng, Guo Laodong. Intriguing changes in molecular size and composition of dissolved organic matter induced by microbial degradation and self-assembly. Water Research. 135, 187–194, 2018.
9) Xu Huacheng, Laodong Guo. Molecular size-dependent abundance and composition of dissolved organic matter in river, lake and sea waters. Water Research. 117, 115–126, 2017.
10) Xu Huacheng, Lv Hua, Liu Xin, Wang peifang, Jiang Helong. Electrolyte cations binding with extracellular polymeric substances enhanced Microcystis aggregation: Implication for Microcystis bloom formation in eutrophic freshwater lakes. Environmental Science & Technology. 50, 9034–9043, 2016.
