Dr. Xiaojiao Wang | Nuclear material | Best Innovation Award
Research Assistant at Shanghai Institute of Ceramics, China
Xiaojiao Wang is a Research Assistant at the Shanghai Institute of Ceramics, specializing in nuclear material design, manufacture, and characterization. With expertise in TRISO fuel and SiC-TRISO composite fuel, Xiaojiao has contributed significantly to research that has lowered thermal conductivity values, enhancing nuclear material efficiency. Her work, published in renowned journals (SCI, CNKI), has led to multiple patents in the field. Xiaojiao is dedicated to advancing nuclear material research, bringing innovative solutions for future applications. 🔬⚛️📚
Professional Profile
Education and Experience 📚💡
- Research Assistant: Shanghai Institute of Ceramics, China 🏢
- Field: Nuclear material design, manufacture, and characterization ⚛️
- Patents Published/Under Process: 3 📑
- Journals Published (SCI, Scopus): 5 📘
Professional Development 🚀🔬
Xiaojiao Wang continuously engages in professional development to expand her expertise in nuclear material science. She actively participates in ongoing research projects and has made notable contributions to the development of TRISO fuel and SiC-TRISO composite materials. With a focus on improving thermal conductivity, Xiaojiao’s research addresses key challenges in nuclear energy systems. By publishing in prestigious journals and holding patents in the field, she strives to push the boundaries of nuclear material performance and applications. Her dedication ensures she remains at the forefront of innovative material science. 💼📖🔍
Research Focus🔬📖
Xiaojiao Wang’s primary research focus lies in nuclear materials, particularly in designing and improving SiC-TRISO composite fuels used in advanced nuclear reactors. She explores the integration of TRISO fuel, with a focus on enhancing thermal conductivity and overall fuel efficiency. Her innovative work in lowering the 𝛌 value of SiC-TRISO composite fuel is crucial for optimizing reactor performance. Xiaojiao’s contributions are pivotal in the nuclear energy sector, where safety, sustainability, and efficiency are key. Her research aims to develop materials that will support the future of nuclear energy systems. ⚛️🔬⚡
Publication Top Notes
Title: Effect of Ni addition on precipitation strengthening of Cu-rich precipitates in Fe-Cu-Mn alloy
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Authors: T. Li, X. Xiong, Q. Shen, J. Li, L. Wen-Qing Liu
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Journal: Materials Research Express
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Year: 2019
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Citations: 2
Title: The Influence of Tri-Structural Isotropic Fuel on the Microstructure and Thermal Conductivity of SiC Tri-Structural Isotropic Composite Fuels
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Author: Xiaojiao Wang
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Journal: Energies
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Year: 2025
Conclusion
Xiaojiao Wang’s research excellence, demonstrated through her impactful contributions to nuclear material design and her ongoing efforts to innovate within her field, makes her a prime candidate for the Best Researcher Award. Her work has both theoretical and practical importance, contributing to advances in nuclear energy and material science.