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个人简介
My research career started in 2019, thus accumulating a professional background in flexible electronics and wearable devices. I have gained undergraduate and postgraduate research experience in three main areas: theoretical modeling, device fabrication, and materials engineering.
Begin with 2019, I joined Integrated Microsystems Laboratory when I was an undergraduate at the University of Electronic Science and Technology of China (UESTC). I had an interest in electronic devices, therefore, I devised a wearable multifunctional sensor on flexible textiles using micro/nano fabrication technologies. In the fabrication, I studied the preparation procedure of polymers like silk protein nanofilm and then made it a layer of humidity sensing. In the process, I gained valuable experience in techniques used to realize the fabrication methodology of microsystems and devices.
In 2019, I conducted original research on an electromagnetic-triboelectric hybrid nanogenerator using a compact structure formed by magnets/coils and PDMS/silica gel. Starting from the proposed unified theory, I succeeded in explaining the mechanisms assisted by the multi-physics field simulation software COMSOL. I gained experience in this research about the comprehensive evaluation of structures and theories. It helped me to get my bachelor’s degree in June 2020.
During 2020-2021, I served as a postgraduate experiment assistant under the support of the National Natural Science Foundation of China. In triboelectric nanogenerators (TENG), I introduced an electron-ion coupling mechanism in materials. As a result, I extracted fibers from natural carrots and successfully prepared calcium chloride-cellulose nanofibril (CaCl2-CNF). In this work, I gained experimental experience in the fields of materials and fabrication.
In 2021, I worked with the industry and conducted a technical program to develop a product of wearable self-powered smart bracelets. A series of procedures including physical modeling, prediction/optimization, measurement verification, and graphical user interface was built, which provided a practical solution for designing bracelet products. I also obtained experience in the aspect of engineering.
From 2022 to 2023, I also conducted theoretical research on nanogenerators for micro/nano energy harvesting, which is my master's thesis work. Through combing previous experience in techniques of materials and electromagnetism, I creatively proposed a new perspective of the field to study nanogenerators. A time series of Laplace’s equations expanded the theory of triboelectric generation. The theoretical research gave me new ideas about further improving performance by integrating experience in models, structures, and materials.
Research Interest: Flexible Electronics, Nanogenerators, MEMS, Self-Powered & Wearable Devices, Micro/Nano Manufacturing
研究兴趣
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#Papers: 6
#Citation: 46
H-Index: 3
G-Index: 6
Sociability: 3
Diversity: 0
Activity: 0
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