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Bioresource Technology|November 26, 2019
Conductive materials in anaerobic digestion: From mechanism to applicationYu Wu, Shu Wang, Danhui Liang, et al.
Mitochondrial DNA. Part B, Resources|February 25, 2021
Characterization of the complete chloroplast genome of <i>Melaleuca cajuputi</i> subsp. <i>cumingiana</i> (Myrtaceae)Danhui Liang, Liming Zhu, Yuyu He, et al.
The Science of the Total Environment|May 3, 2023
Dual-roles of carbon black to accelerate phosphorus recovery as vivianiteDanhui Liang, Xinhang Li, Shu Wang, et al.
The Science of the Total Environment|November 19, 2020
Fenton-based technologies as efficient advanced oxidation processes for microcystin-LR degradationDanhui Liang, Nan Li, Jingkun An, et al.
Water Research|August 18, 2024
The screening of iron oxides for long-term transformation into vivianite to recover phosphorus from sewageDanhui Liang, Jifei Chang, Yu Wu, et al.
The Science of the Total Environment|November 12, 2022
Vivianite recovery from high concentration phosphorus wastewater with mine drainage as iron sourcesShu Wang, Nan Li, Qing Yuan, et al.
Water Research|October 11, 2024
Nano-magnetite enhances dissimilated iron reduction to vivianite from sewage by structuring an enormous and compact electron transfer networkJifei Chang, Danhui Liang, Yan Gao, et al.
The Science of the Total Environment|July 5, 2022
Carbon nanotubes accelerates the bio-induced vivianite formationZexuan He, Jifei Chang, Yujie Feng, et al.
The Science of the Total Environment|April 19, 2023
Charging-discharging cycles of geobattery activated carbon enhance iron reduction and vivianite recovery from wastewaterJifei Chang, Nanqi Ren, Qing Yuan, et al.
Environmental Science & Technology|August 14, 2020
<i>Geobacter</i> Autogenically Secretes Fulvic Acid to Facilitate the Dissimilated Iron Reduction and Vivianite RecoveryShu Wang, Yu Wu, Jingkun An, et al.
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