Associate Professor at University of South China, China
Dr. Shoulong Xu is an accomplished Associate Professor specializing in nuclear safety and radiation detection technologies. With a strong academic and research foundation, he has made significant contributions to the development of radiation-hardened technologies and emergency monitoring systems for extreme environments. A dedicated educator and researcher, Dr. Xu is affiliated with key academic and professional bodies, including the Chinese Nuclear Society and the Chinese Instrument and Control Society. He also plays a vital role in overseeing strategic initiatives at the University of South China, where he currently serves in multiple leadership capacities. His academic excellence is reflected in his postdoctoral tenure at Tsinghua University and numerous provincial and national recognitions.
Profile
ORCID
Education
Dr. Xu completed his Ph.D. in Nuclear Technology and Applications from the University of South China in 2017 under the guidance of Professor Shuliang Zou. His doctoral research laid the groundwork for his future exploration in radiation detection and nuclear emergency systems. Prior to his doctoral studies, he earned his bachelor’s degree in Thermal Energy and Power Engineering from North China Electric Power University in 2010. This strong academic foundation, integrating engineering and nuclear sciences, enabled him to specialize in multi-disciplinary research focused on safety in nuclear facilities and applications in high-radiation environments.
Experience
Dr. Xu has held various academic and administrative roles at the University of South China. Since 2017, he has advanced from Lecturer to Associate Professor and has led several key departments, including the Safety Engineering Department and the School of Resources, Environment, and Safety Engineering. He was appointed Vice Dean of the Graduate School in 2024 and currently serves as the Director of the Admissions Office and Career Guidance Center. From 2017 to 2019, he conducted postdoctoral research at Tsinghua University, further honing his expertise in nuclear safety. In parallel to his teaching and research roles, Dr. Xu has led multiple provincial-level education reform and innovation projects, emphasizing his commitment to pedagogical advancement.
Research Interests
Dr. Xu’s primary research interests lie in nuclear radiation detection and emergency safety systems. His work focuses on designing robust and efficient monitoring systems for extreme environments, particularly during nuclear facility decommissioning and accident response scenarios. He also explores radiation-hardened sensor technologies and the development of advanced detection algorithms using monolithic active pixel sensors. His projects often address practical challenges, such as the real-time monitoring of radionuclide diffusion and the development of optimized emergency response measures in marine nuclear reactor settings. Dr. Xu continues to lead several interdisciplinary projects funded by national and provincial foundations, strengthening safety protocols and technologies in nuclear environments.
Awards
Throughout his career, Dr. Xu has received several honors in recognition of his academic leadership and teaching innovation. He is a distinguished Young Scholar under the Furong Scholars Program of Hunan Province and has been recognized as a Model Teacher for Ideological and Political Education. He also leads both a Model Teaching Team and a Model Graduate Course in the province. These awards underscore his dual commitment to research excellence and pedagogical innovation. In addition, his leadership in collaborative innovation centers and key laboratories has contributed significantly to regional and national advancements in nuclear safety and emergency technologies.
Publications
Dr. Xu has authored over 50 academic papers and holds 7 invention patents.
-
Electronics (2024) – “Research on Radiation Damage and Reinforcement of Control and Sensing Systems in Nuclear Robots”
-
Sustainability (2023) – “Study on Atmospheric Diffusion of Airborne Radionuclide Under LOCA…”
-
Sustainability (2023) – “Risk Analysis of Nuclear Security Radiation Events…”
-
Optics Express (2022) – “Parallel Processing of Radiation Measurements…”
-
Sensors (2022) – “Calculation Method of Radiation Response Eigenvalue…”
-
IEEE Sensors Journal (2019) – “High Dose Rate γ-ray Detection with CMOS Sensor…”
-
Sustainability (2018) – “Study on 4T-APS for Nuclear Accidents”
These publications demonstrate Dr. Xu’s prolific contribution to the intersection of sensor technology, nuclear safety, and emergency response.
Conclusion
Dr. Shoulong Xu exemplifies academic leadership, innovation, and impact in the field of nuclear safety engineering. Through his interdisciplinary research, administrative leadership, and dedication to teaching, he has advanced technological and educational frontiers in radiation monitoring and emergency systems. His ability to bridge theoretical development with practical application positions him as a key contributor to both academic research and public safety infrastructure. With an impressive record of funded projects, published work, and institutional roles, Dr. Xu continues to influence the field of nuclear technology and education at both national and international levels.