professor, xi’an institute and high-tech, China
Dr. Cai Xingfu is a dedicated Chinese nuclear science researcher actively contributing to advanced nuclear safety and radiation measurement technologies. With a profound commitment to applied physics and nuclear engineering, Dr. Cai has significantly impacted the development of neutron correlation-based nuclide identification and high-X environment radiation simulations. He plays key roles in national-level scientific research projects and is recognized for both his academic achievements and technological innovations in nuclear safety.
Publication Profile
Scopus
🎓 Education Background:
Dr. Cai Xingfu holds advanced degrees in nuclear science and engineering, underpinning his expertise in radiation measurement, nuclear safety, and tritium leakage studies. His academic training provided the foundation for developing multiple high-impact software systems and contributing to national defense-related research.
💼 Professional Experience:
Dr. Cai currently serves as a principal or co-investigator in several critical projects. These include his involvement in the National Natural Science Foundation of China (Project No. 12475307), where he contributes to intelligent nuclide identification using neutron angular correlation techniques (2025–2028). Additionally, he leads projects funded by the J Science and Technology Committee and Headquarters involving tritium measurement in high-radiation environments and X-emergency training technologies, respectively. His practical experience spans experimental, computational, and real-world nuclear safety systems.
🏆 Awards and Honors:
Dr. Cai was awarded the Second Prize in Natural Science by the Shaanxi Provincial Department of Education in 2022 for his contributions to α aerosol spectrum analysis in high-background environments. He also holds numerous software copyrights and a national patent, reflecting his contribution to radiation measurement and simulation software systems.
🔬 Research Focus:
His core research interests revolve around nuclear radiation field simulations, tritium behavior in storage and leak scenarios, emergency response optimization, and AI-aided nuclide identification. He specializes in the development of software for simulation and radiation detection in complex environments, significantly advancing radiation protection and safety technology.
🔚 Conclusion:
Driven by a mission to innovate in nuclear safety, Dr. Cai Xingfu continues to lead the field with state-of-the-art contributions in measurement technologies and software systems. His work not only improves scientific understanding but also enhances practical applications in nuclear facility safety and emergency preparedness.
📚 Top Publications:
Nuclear Radiation Digital Measurement Technology – Huo Yonggang, Xu Peng, Li Sufen, Cai Xingfu, National Defense Industry Press, 2021. (Academic Monograph)
Citation: Referenced widely in nuclear safety and detector calibration research (Cited by: 14+ articles)
Analysis on the influencing factors of radioactive tritium leakage and diffusion from an indoor high-pressure storage vessel – Li, Cai, Xiao, Huo, Xu, Li, Cao; Nuclear Science and Techniques, 2022, 33(12).
Author Note: Sole Corresponding Author
Cited by: 20+ articles
A modified A* algorithm for path planning in the radioactive environment of nuclear facilities – Zhang, Cai, Li et al.; Annals of Nuclear Energy, 2025, 214, 111233.
Author Note: Sole Corresponding Author
Cited by: Expected to impact autonomous robotics and nuclear AI (Early Access)
Nuclear safety characterisation of PBX explosives under low-velocity impact conditions – Guo, Cai, Huo, Wang; Annals of Nuclear Energy, 2025, 211.
Author Note: Sole Corresponding Author
Cited by: 12+ articles
Study on emergency ventilation optimization method for tritium leakage accident of high-pressure storage vessel – Cai Xingfu, Li, Huo, Xu, et al.; AIP Advances, 2022, 12(6): 65302.
Author Note: Sole First Author & Sole Corresponding Author
Cited by: 18+ articles