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CSC公派留学联合培养博士生秦峰回国报告

发布时间:2023-03-20 点击数:

报告主题:光声成像关键技术及应用研究 (Research on Key Technologies and Applications of Photoacoustic Imaging

报告时间:2023321日(星期二)上午9点半(930am

地点:南一楼A301第三会议室

汇报人:秦峰

国内导师:李兵(大)教授

留学单位:南洋理工大学电气与电子工程学院(新加坡)

国外导师:Prof. Zheng Yuanjin

留学时间:2022.01.28-2023.01.31

Abstract: The China Scholarship Council (CSC) sponsors talented Chinese students for overseas study with the aim of improving the quality of postgraduate training and enhancing the development of China's higher education. From Jan 2022 to Jan 2023, Dr. Qin Feng was a joint training doctoral student sponsored by the CSC in the School of Electrical and Electronic Engineering of Nanyang Technological University, and conducted research work under the supervision of Prof. Zheng Yuanjin. This presentation provides a comprehensive report on Dr. Qin's research work, focusing on the introductions of Nanyang Technological University and laboratories, scientific research work and some life experience and perceptions of overseas study in Singapore. During the joint cultivation period, Dr. Qin mainly completed the design, construction, debugging and scanning detection of the photoacoustic imaging system, including Photoacoustic Detection of Rail Defects, Photoacoustic Detection of Human Blood Glucose, Photoacoustic Imaging of Blood Vessels in Mice, and discussed the significance and future direction of the photoacoustic imaging. This research has contributed to the continuous development of photoacoustic imaging testing technology, and has expanded the application field of photoacoustic imaging. The research results are expected to be widely used in biomedical, defect detection, and other fields.

摘要:中国国家留学基金管理委员会CSC致力于资助优秀的中国留学生到海外进行学习,旨在提高研究生培养质量并促进中国高等教育的发展。自20221月至20231,秦峰博士(在读)在CSC的资助下于新加坡南洋理工大学电气与电子工程学院作为联合培养博士在Zheng Yuanjin教授的指导下从事研究工作。本汇报是秦峰博士(在读)访学期间研究工作的全面报告与总结, 重点介绍了南洋理工大学和实验室,科研工作和留学心得与体会。其中在联合培养期间秦博士主要完成了光声成像系统的设计、搭建、调试和扫描检测,包括钢轨缺陷的光声检测、人体血糖光声检测、小鼠血管光声成像检测等,并探讨了研究的意义和未来方向。本研究为光声成像检测的技术不断发展做出了贡献,同时扩展了光声成像的应用领域.研究结果有望在生物医疗、缺陷检测等领域得到广泛应用。


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