（1）Liu Yue; Ning Zhiyuan; Fang Miao; Zhang Xiaofang; Guo He*; An Mei; Ma Qiuling; Zhou Jian; Wang Tiecheng*. (2025). Rapid charge transfer and O3 selective catalysis induced by B-doped nanoconfined reactor realized complete Cu-EDTA decomplexation: Significant role of BC3 conformation. Water Research, 278, 123393. 

（2）Liu Yue; Li Hu; Wang Ruigang; Hu Qian; Zhang Ying; Wang Zhanhui; Zhou Jian; Qu Guangzhou; Wang Tiecheng*; Jia Hanzong; Zhu Lingyan. (2022). Underlying mechanisms of promoted formation of haloacetic acids disinfection byproducts after indometacin degradation by non-thermal discharge plasma. Water Research, 220, 118701.

（3）Liu Yue; Yang Yueyun; Li Anjie; Zhou Jian; Zhang Ying; Wang Tiecheng*; Jia Hanzhong; Zhu Lingyan. (2024). Enhancing Cu-EDTA decomplexation in a discharge plasma system coupled with nanospace confined iron oxide: Insights into electron transfer and high-valent iron species. Applied Catalysis B: Environment and Energy, 345, 123717.

（4）Liu Yue; Qu Guangzhou; Sun Qiuhong; Jia Hanzhong; Wang Tiecheng*; Zhu Lingyan*. (2021). Endogenously activated persulfate by non-thermal plasma for Cu(II)-EDTA decomplexation: Synergistic effect and mechanisms. Chemical Engineering Journal, 406, 126774.

（5）Liu Yue; Lu Meiqian; Yin Yeran; Zhou Jian; Qu Guangzhou; Zhang Ying; Guo He; Tang Shoufeng; Liu Chao; Wang Tiecheng*. (2022). Self-catalytic Fenton-like reactions stimulated synergistic Cu-EDTA decomplexation and Cu recovery by glow plasma electrolysis. Chemical Engineering Journal, 433, 134601.

（6）Liu Yue#1; Wang Yanyang; Li Xiao; Zhang Xiaofang; Fang Miao; Zheng Liangyan; Li Yingwei; Ren Jingyu; Guo He; Ma Qiuling; Zhou Jian; Wang Tiecheng*. (2024). Multi-path accelerating sulfadiazine degradation via peracetic acid oxidation induced by nanoconfined Co species: Highlighting electron rearrangement effect. Chemical Engineering Journal, 494, 153167.

（7）Liu Yue; Li Dongrui; Chen Mengna; Sun Qingyuan; Zhang Ying; Zhou Jian; Wang Tiecheng*. (2023). Radical adducts formation mechanism of CH3CO2∙ and CH3CO3∙ realized decomposition of chitosan by plasma catalyzed peracetic acid. Carbohydrate Polymers, 318, 121121.

（8）Liu Yue; Li Yingwei; Li Hu; Wang Ruigang; Zhou Jian; Zhang Ying; Qu Guangzhou; Wang Tiecheng*; Jia Hanzhong. (2022). Multiprocess catalyzed Cu-EDTA decomplexation by non-thermal plasma coupled with Fe/C microelectrolysis: Reaction process and mechanisms. Separation and Purification Technology, 280, 119831.

（9）Liu Yue; Wang Danfeng; Xue Mingming; Song Ruiying; Zhang Ying; Qu Guangzhou; Wang Tiecheng*. (2021). High-efficient decomplexation of Cu-EDTA and Cu removal by high-frequency non-thermal plasma oxidation/alkaline precipitation. Separation and Purification Technology, 257, 117885.

（10）Liu Yue; Wang Tiecheng*; Qu Guangzhou; Jia Hanzhong. (2020). High-efficient decomplexation of Cu-HA by discharge plasma: Process and mechanisms. Separation and Purification Technology, 248, 117137.

（11）Sun Peng#1; Liu Yue#2; Wang Ruiqing; Zhu Zhihui; Wu Jinmeng; Zhou Jian; Zhang Ying; Jia Hanzhong; Wang Tiecheng*. (2023). In-situ CO2−/•OH redox induced by degradation intermediate organic acids realized simultaneously Cu-EDTA decomplexation and Cr(VI) reduction in a plasma process. Separation and Purification Technology, 315, 123705. 

（12）Li Yujuan; Wang Sha; Guo He; Zhou Jian; Liu Yue*; Wang Tiecheng; Yin Xianqiang, Synchronous removal of oxytetracycline and Cr(Ⅵ) in Fenton-like photocatalysis process driven by MnFe2O4/g-C3N4: Performance and mechanisms. Chemosphere. 2024, 352, 141371.