Yuanfang Mao

time:2026-01-26

Name：Yuanfang Mao（1997.05）     Professional Title: Lecturer

Email：maoyuanfang@ncu.edu.cn

Courses Taught：Intelligent Instruments

Personal Homepage: https://orcid.org/my-orcid?orcid=0000-0001-8328-3402

Research Interests

Primarily engaged in research on electrical measurement and control, intelligent sensing and detection, and novel triboelectric flexible sensors. Published over 10 papers in top-tier journals in related fields, including IEEE Transactions on Industrial Electronics (IEEE TIM), Energy, Measurement, and IEEE Sensor Journal, and holds 3 authorized national invention patents.

Educational Background

2019.09 - 2024.10 Hunan University. Electrical Engineering. Doctor of Engineering

2015.09 - 2019.06 Hunan University. Measurement and Control Technology and Instrumentation. Bachelor of Engineering

Work Experience

2024.10 - Present  Lecturer School of Advanced Manufacturing. Nanchang University

Academic Affiliations

None

Personal Honors

Hunan Province Outstanding Graduate; received multiple honors during enrollment, including Outstanding Graduate Student and Outstanding Party Member.

Major Achievements

(1) Research Projects

l Principal Investigator of 1 Jiangxi Provincial Natural Science Foundation General Project, 20252BAC240102, 20252BAC240102,2025.06-2027.12.

l Principal Investigator of 1 Jiangxi Provincial Early-Career Young Talent Cultivation Project, 20252BEJ730004, 20252BEJ730004,2025.04-2030.04.

l Principal Investigator of one industry-sponsored project: Research and Development of Hydraulic Condition Monitoring and Digital Control Equipment for Intelligent Filtration Systems, 2025.08-2026.08.

l Key Contributor to one National Natural Science Foundation of China Young Scientist Fund project, 51906063, Mechanism of Differential Tungsten Oxide Flow Potential Regulation and Measurement of Liquid Phase Velocity Distribution in Gas-Liquid Two-Phase Flow, 2020.01-2022.12.

l Key participant in 1 National Defense Innovation Special Zone Project, Underwater Flow Potential Passive xx and xx Technology, 2020.06-2022.12.

(2) Research Achievements

l Mao Yuanfang, Wen Yizhang*, Chen Haowen, Liao Min. Tungsten-liquid triboelectric nanogenerator for water-flowing energy harvesting with low resistance and high-DC density. Energy, 2024, 309:133104. (IF:9.0, TOP期刊) ；

l Mao Yuanfang, Wen Yizhang*, Chen Haowen, Liao Min. Tungsten-oxide/liquid electrical-double-layer capacitive sensors and EIS characterization for liquid pressure monitoring. IEEE Transactions on Instrumentation & Measurement, 2023, 72:1-8. (IF:5.6，TOP期刊) ；

l Mao Yuanfang, Wen Yizhang*, Chen Haowen, Liao Min, Zhang Fanrui. Tungsten oxide flow sensor and its performance regulation. IEEE Transactions on Instrumentation & Measurement, 2022, 71:1-8. (IF:5.6，TOP期刊) ；

l Mao Yuanfang, Wen Yizhang*, Liao Min. Effect of flow rate or pressure on the potential of tungsten oxide placed in flowing liquid. IEEE 16th International Conference on Electronic Measurement & Instruments 2023 (EI) ；

l Pengwen Xiong, Muye Hu, Yang Xiao, Yuanfang Mao*. CSGAN: A Conditional Semi-Supervised Adversarial Learning Framework for Haptic Texture Recognition. International Conference on Advanced Robotics and Mechatronics ICARM 2025 (EI) ；

l Wen Yizhang*, Mao Yuanfang, Kang Zhaofeng, Luo Qionghui. Application of an ammonium ion-selective electrode for the real-time measurement of ammonia nitrogen based on pH and temperature compensation，Measurement, 2019, 137:98-101. (IF:5.2，TOP期刊) ；

l Wen Yizhang*, Mao Yuanfang, Luo Qionghui, Wang Xiaoping. Smart pH sensor using untreated platinum sheet based on chronopotentiometry and long-term stability analysis，IEEE Sensors Journal, 2019, 19(10): 3841-3845. (IF:4.3，SCI 2区期刊) ；

l Wen Yizhang*, Mao Yuanfang, Wang Xiaoping. Application of chromaticity coordinates for solution turbidity measurement，Measurement, 2018, 130: 39-43. (IF:5.2，TOP期刊) ；

l 文一章，毛元方，陈浩文，贺子幸，罗琼辉. 一种液相流速测量装置及方法， ZL201911094709，授权发明专利；

l 文一章，毛元方，廖敏. 一种新型管道液体压力测试方法及装置，202211128396.9，授权发明专利；

l 文一章，毛元方，廖敏. 专利号：一种基于金属氧化物的流动水能发电收集方法及装置，202211129148.6，授权发明专利。