AUTHOR PUBLICATION
EARLY ACADEMIC PURSUITS:
Sun Jing's academic journey began at Tsinghua University, where he earned a Bachelor's degree in Engineering Physics. He continued his education at the University of South China, obtaining a Master's degree in Nuclear Energy and Nuclear Technology Engineering.
PROFESSIONAL ENDEAVORS:
Currently serving as a Senior Engineer and Professional Leader at SA China Nuclear Power Engineering Co., Ltd., Sun Jing has accumulated significant expertise in the nuclear power sector. His responsibilities include leading engineering projects and conducting thermal hydraulic and accident analyses for level 1 and level 2 PSA (Probabilistic Safety Assessment).
CONTRIBUTIONS AND RESEARCH FOCUS:
Sun Jing's contributions span various aspects of nuclear engineering. Notably, he has conducted thermal hydraulic analyses for Emergency Operating Procedures, State Operating Procedures, and Severe Accident Analyses. His research has delved into topics such as HPR1000 thermal hydraulic analysis, passive heat removal system analysis, and the development of operating procedures for HPR1000.
IMPACT AND INFLUENCE:
With an extensive background in thermal hydraulic analysis and safety measures, Sun Jing has likely played a crucial role in ensuring the safety and efficiency of nuclear power plants. His expertise in severe accident mitigation measures and hydrogen risk analysis reflects a commitment to advancing safety protocols in the industry.
ACADEMIC CITES:
Sun Jing's publications, including SCI/EI papers and patents, showcase his active involvement in disseminating knowledge and contributing to the academic discourse. The 5 SCI/EI papers and 3 patents reflect not only his expertise but also his impact on the scientific community.
LEGACY AND FUTURE CONTRIBUTIONS:
Sun Jing's work on patents related to a passive feed-bleed system, an improved medium-pressure injection system, and a new water injection system for nuclear power plants demonstrates his commitment to innovation and improving existing technologies. His future contributions are likely to further enhance safety and efficiency in nuclear power engineering.
NOTABLE PUBLICATION
Analysis on containment thermal hydraulic behaviour under passive containment heat removal system operation condition for HPR1000. 2022 (7)