部分论文：
1. Fengming
Hou, Wei Wei, Ang Wei*, et al., Leveraging the capture and
disturbance effects to break the trade-off between high flux and high removal
rate in photocatalytic membranes for continuous flow water disinfection, Separation
and Purification Technology (IF 8.1), 2025, 358,130334
2. Jianning
Gao, Zhipeng Guo, Ang Wei*, et al., Linkage engineered
poly(heptazine imide) optimizes charge transfer for efficient photocatalytic H2O2
production: Regulating oxygen reduction pathway, Chemical Engineering
Journal (IF 13.4), 2024, 500, 156852
3. Zhipeng
Guo, Wei Wei, Ang Wei*, et al., Precisely constructed
core-shell organic/inorganic heterojunction for heightened photoreduction of
Cr(VI): Synergy of reinforced interface interaction and high-speed carrier
transfer, Journal of Industrial and Engineering Chemistry (IF 6.2),
2025, 143, 437-446
4. Fengming
Hou, Wei Wei, Ang Wei*, et al., In situ carbothermal
reduction of oxygen vacancies in monoclinic WO3-x film for dual-band
electrochromic windows，Ceramics International (IF5.1), 2024, 50 (18), 33400-33408
5. Wei Guo,
Wei Wei, Ang Wei*, et al., Spatial separation of
photocarriers and selective adsorption on flower-like core-shell heterojunction
of Cr(VI) imprinted polymer@BiOI for boosted photocatalytic Cr(VI) reduction, Journal
of the Taiwan Institute of Chemical Engineers (IF 5.5), 2024, 161, 105525
6. Zhipeng
Guo, Wei Wei, Ang Wei*, et al., Cu single atoms anchored
on hydrangea-like carbon nitride for facilitating photo-Fenton: Role of Cu2+/Cu+
cycle, Separation and Purification Technology (IF 8.1), 2024, 344,
127290
7. Wei Guo,
Wei Wei, Ang Wei*, et al., Hydrothermal carbonization
carbon induced synthesis of flower-like C/Bi/BiOI heterojunction with
heightened photocatalytic Cr(VI) reduction, Applied Surface Science (IF
6.3), 2024, 651, 159217
8. Wei Wei,
Libang Ai, Ang Wei*, et al., Liquid Metal Encased in
Biomimic Polydopamine Armor to Reinforce Photothermal conversion and
Photothermal Stability, Chemistry-an Asian Journal (IF 3.5), 2024, 19
(6), e202301038
9. Fengming
Hou, Wei Wei, Ang Wei*, et al., Target-oriented
functionalization: Turning carbon nitride into a round-the-clock antimicrobial
photocatalyst in water disinfection，Chemical Engineering Journal (IF 13.4), 2023, 477, 147039
10. Wei Wei,
Xiaoke Zhang, Ang Wei*, et al., Controlling crystallinity
of oxygen-deficient tungsten oxide on SnO2 nanoflake arrays for
advanced dual-band electrochromic smart window, Ceramics International (IF
5.1), 2023, 49 (9), 14109-14119
11. Zhipeng
Guo, Wei Wei, Ang Wei*, et al., Pyridine-based conjugated
imprinted polymer as an adsorptive photocatalyst for efficient removal of
aqueous Cr(VI), Chemical Communications (IF 4.3), 2023, 59, 1983-1986
12. Wei Wei,
Leilei Zou, Ang Wei*, et al., Dual molecules engineered
carbon nitride for achieving outstanding photocatalytic H2O2 production，Journal
of Colloid and Interface Science (IF 9.9), 2023, 636, 537–548
13. Fengming
Hou, Zekai Sheng, Ang Wei*, et al., NiTi-layered double
hydroxide as an efficient photocatalytic fungicide of Aspergillus fumigatus
spores: Capacity and mechanism, Journal of Solid State Chemistry (IF
3.2), 2023, 317, 123703
14. Yihang
Li, Wei Wei, Ang Wei*, et al., Double-sided assembly of 0D
polydopamine on 1D hexagonal tubular carbon nitride for boosting photocatalytic
Cr(VI) reduction, Separation and Purification Technology (IF 8.1), 2022,
299, 121730
15. Zekai
Sheng, Fengming Hou, Ang Wei*, et al., Highly efficient
and photo-triggered elimination of Aspergillus fumigatus spores by Zn-Ti
layered double hydroxide, Journal of Photochemistry & Photobiology, A:
Chemistry (IF 4.1), 2022, 432, 114114
16. Ting
Wang, Zhenlong Bai, Ang Wei*, et al.,
β-cyclodextrin-derivative-functionalized graphene oxide/graphitic carbon
nitride composites with a synergistic effect for rapid and efficient
sterilization, ACS Applied Materials & Interfaces (IF 8.5), 2022, 14,
474−483
17. Wei Wei,
Zeyang Li, Ang Wei*, et al., An electrochromic window
based on hierarchical amorphous WO3/SnO2 nanoflake arrays
with boosted NIR modulation，Applied Surface Science (IF 6. 3), 2022, 571,151277
18. Zhipeng
Guo, Wei Wei, Ang Wei*, et al., Cr(VI)-imprinted polymer
wrapped on urchin-like Bi2S3 for reduced photocorrosion
and improved photoreduction of aqueous Cr(VI), Journal of Hazardous
Materials (IF 12.2), 2022, 422, 126946
19. Wei Wei,
Qian Zhang, Ang Wei*, et al., Cyano group modulated porous
carbon nitride assisted by silver nanowire for boosting photoreduction of
aqueous Cr(VI)，Journal of Environmental Chemical Engineering (IF 7.4), 2021, 9, 105490
20. Huanhuan
Zhang, Wei Wei, Ang Wei*, et al., Visible-light-driven
photocatalytic disinfection of Aspergillus Fumigatus under germinative
biomorph: efficiency and mechanism，Separation and Purification Technology (IF 8.1), 2021, 265, 118510
21. Wei Wei, Ang
Wei*, et al., Three-Dimensional Structures of Nanoporous NiO/ZnO
Nanoarray Films for Enhanced Electrochromic Performance，Chemistry-an Asian Journal (IF 3.5), 2019, 14, 431–437
22. Mao Ye,
Wei Wei, Ang Wei*, et al., Enhanced visible light
photoreduction of aqueous Cr(VI) by Ag/Bi4O7/g-C3N4
nanosheets ternary metalnon-metal Z-scheme heterojunction，Journal of Hazardous Materials (IF 12.2), 2019, 365, 674–683
23. Mao Ye,
Wei Wei, Ang Wei*, et al., Silver nanoparticles graphitic
carbon nitride nanosheets for improved visible-light-driven photocatalytic
performance，Journal of Photochemistry and Photobiology A:
Chemistry (IF 4.1),
2018, 351, 145–153
24. Kaichen
Xu, Jiagen Wu, Ang Wei*, et al., Ag-CuO-ZnO
metal-semiconductor multiconcentric
nanotubes for achieving superior and perdurable photodegradation, Nanoscale
(IF 5.8), 2017, 9 (32), 11574-11583
25. Shao-yang
Li, Ang Wei*, et al., Methyl-viologen modified ZnO
nanotubes for use in electrochromic devices, RSC Advances (IF 3.9),
2016, 6, 72037–72043
26. Jia-gen
Wu, Ang Wei*, et al., Fabrication of Ag/Fe2O3/ZnO
Ternary Composite with Enhanced Photocatalytic Performance, RSC Advances
(IF 3.9), 2016, 6, 4145–4150
27. Ran Cai,
Jia-gen Wu, Ang Wei*, et al., 3D graphene/ZnO composite
with enhanced photocatalytic activity, Materials & Design (IF 7.6),
2016, 90, 839–844
28. Yanjun
Liu, Ang Wei*, et al., Preparation and Photocatalytic
Activity of ZnO/Fe2O3 Nanotube Composites, Materials
Science and Engineering B (IF 3.9), 2015, 194, 9–13
29. Yan-jun
Liu, Ran Cai, Ang Wei*, et al., Low temperature synthesis
of Bi2WO6 and its photocatalytic activities, Materials
Research Bulletin (IF 5.3), 2015, 66, 96–100
30. Wei
Ang, Xiong Li, et al., CuO Nanoparticle Modified ZnO Nanorods
with Improved Photocatalytic Activity, Chinese Physics Letters (IF 3.5),
2013, 30, 4, 046202
31. Ang
Wei, Li Xiong, Xiaochen Dong et al., One-step electrochemical
synthesis of a graphene-ZnO hybrid for improved photocatalytic activity, Materials
Research Bulletin (IF 5.3), 2013, 48, 8, 2855–2860
32. Wei
Ang, Wang Zhao, Wei Huang, et al., Room-Temperature NH3 Gas
Sensor Based on Hydrothermally Grown ZnO Nanorods, Chinese Physics Letters (IF
3.5), 2011, 28, 8, 080702
33. Wei
Ang, Li Wei-Wei, Wei Huang, et al., Single-Walled Carbon
Nanotube Networked Field-Effect Transistors Functionalized with Thiolated Heme
for NO2 Sensing, Chinese Physics Letters (IF3.5), 2011, 28,
12, 127304
34. Ang
Wei, Xiaochen Dong et al., Synthesis of high-performance graphene
nanosheets by thermal reduction of graphene oxide, Materials Research Bulletin
(IF 5.3), 2011, 46, 2131–2134
35. Ang
Wei, Liuhua Pan, Wei Huang, Recent progress in the ZnO
nanostructure-based sensors，Materials Science and Engineering B (IF 3.9), 2011, 176(18), 1409-1421
36. A.
Wei, X. W. Sun, W Huang, et al., Enzymatic glucose biosensor
based on ZnO nanorod array grown by hydrothermal decomposition, Appllied
Physics Letters (IF 3.5), 2006, 89, 123902
37. A.
Wei, X. W. Sun, W Huang, et al., Stable field emission from
hydrothermally grown ZnO nanotubes, Applied Physics Letters (IF 3.5),
2006, 88, 213102
38. A.
Wei, X. W. Sun, W. Huang, et al., Growth mechanism of tubular
ZnO formed in aqueous solution, Nanotechnology (IF 2.9), 2006, 17, 1740
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