Personal Information
- Doctoral Supervisor
- Master Tutor
Gender:
MaleStatus:
EmployedSchool/Department:
物理科学与技术学院Education Level:
With Certificate of Graduation for Doctorate StudyAlma Mater:
武汉大学Status:
EmployedSchool/Department:
物理科学与技术学院Date of Employment:
2021-12-03Business Address:
物理科学与技术学院C-206E-Mail:
ae0457ac725976a1b405f05e2bf84bf56dc7002a74e68f1480b1a29f9bc25da0fedfad843f57f6d450f041a788cde8ae57d54dae7ffd36a74020173297069d85dbbd81f3ec5b18d72175818740bacecae470c090b7bca73464e829217379dc9f6ac4a0a2e53038ce0e9a0e9dd809baa93c02899a4e753d2e94010dec5a10cc1c
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b3f213af8498734fd8a75d1b4a4be384dba346a14738240af3c0a769db1b992e18e46dc750dd4304acef2ee1af933d953e350ded19c5c938e3bef07facac6610742e1d99381c4118900ae498977ade27642529e65455e571835a7c4d2e1abcd9cf86ce5c5ae7a6d9493e35abbdcafb74f188a0207fe676ff11cfa5b1a7c624b2 -
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ae0457ac725976a1b405f05e2bf84bf56dc7002a74e68f1480b1a29f9bc25da0fedfad843f57f6d450f041a788cde8ae57d54dae7ffd36a74020173297069d85dbbd81f3ec5b18d72175818740bacecae470c090b7bca73464e829217379dc9f6ac4a0a2e53038ce0e9a0e9dd809baa93c02899a4e753d2e94010dec5a10cc1c
Scientific Research
Current position: Home > Scientific Research
Research Field
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Paper Publications
More- [1]. Y. Li , Y. Zeng , Z. Ou , W. Dai , C. Wang , Z. Li , W. Li , J. Yan , S. Yu* , Y. Yu , T. Wang* and H. Xu*. Tunability of the energy transfer process in type-II heterostructures. ACS Photonics. 11. 3722–3729. 2024.
- [2]. Z. Ou , C. Wang# , Z. Tao , Y. Li , Z. Li , Y. Zeng , Y. Li , E. Shi , W. Chu* , T. Wang* and H. Xu*. Organic ligand engineering for tailoring electron-phonon coupling in 2D hybrid perovskites. Nano Letters. 24. 5975–5983. 2024.
- [3]. W. Shao , H. Wang , S. Fu , Y. Ge , H. Guan , C. Wang , C. Wang , T. Wang , W. Ke and G. Fang. Tailoring perovskite surface potential and chelation advances efficient solar cells. Advanced Materials. 36. 2310080. 2024.
- [4]. J. Zhou , S. Fu , S. Zhou , L. Huang , C. Wang , H. Guan , D. Pu , H. Cui , C. Wang , T. Wang , W. Meng , G. Fang and W. Ke. Mixed tin-lead perovskites with balanced crystallization and oxidation barrier for all-perovskite tandem solar cells. Nature Communications. 15. 2324. 2024.
- [5]. W. Zhang , L. Huang , H. Guan , W. Zheng , Z. Li , H. Cui , S. Zhou , J. Liang , G. Li , T. Wang , P. Qin , W. Ke and G. Fang. Bottom-up modification boosts the performance of narrow-bandgap lead-tin perovskite single-junction and tandem solar cells. Energy & Environmental Science. 16. 5852-5862. 2023.
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