报告专家：舒卫民
专家单位：Central Engineering and Plant Support Department, ITER & Japan Atomic Energy Agency
报告题目：Tritium Safety and Processing
报告时间：11月1日（周四）下午2:00-4:30
报告地点：中国科大核科学技术学院16楼会议室（1617-1618）
专家介绍：
Dr. Shu Weimin is a principal researcher of Japan Atomic Energy Agency, and has been working as a Tritium System Engineer in Central Engineering and Plant Support Department ITER since Aug. 1, 2008. He published more than 100 scientific papers in over 20 scientific journals covering very wide fields of fusion engineering, solid state physics, physical chemistry and material science. He hasworkedin the areas of plasma-surface interactions and tritium safety engineeringfor thermonuclear fusion reactors as well as hydrogen isotope behavior in materials since 1986. The main work includes: investigating the deuterium retention and blistering at tungsten exposed to simulated ITER edge plasma; developing a new technology of tritium recovery from codeposits by using excimer lasers; and investigating hydrogen permeation and diffusion both experimentally and theoretically. Furthermore, he has produced the System Requirement Document for all the radiological protection instruments and monitoring systems of ITER and coordinated the conceptual design of the radiological protection instruments and monitoring systems for ITER.As the responsible officer for the Analytical System (ANS) of Tritium Plant, he has drafted the System Requirement Document for this system, and has been coordinating development of tritium accountancy and tracking program in ITER.
报告题目：Tritium Safety and Processing
报告时间：11月1日（周四）下午2:00-4:30
报告地点：中国科大核科学技术学院16楼会议室（1617-1618）
专家介绍：
Dr. Shu Weimin is a principal researcher of Japan Atomic Energy Agency, and has been working as a Tritium System Engineer in Central Engineering and Plant Support Department ITER since Aug. 1, 2008. He published more than 100 scientific papers in over 20 scientific journals covering very wide fields of fusion engineering, solid state physics, physical chemistry and material science. He hasworkedin the areas of plasma-surface interactions and tritium safety engineeringfor thermonuclear fusion reactors as well as hydrogen isotope behavior in materials since 1986. The main work includes: investigating the deuterium retention and blistering at tungsten exposed to simulated ITER edge plasma; developing a new technology of tritium recovery from codeposits by using excimer lasers; and investigating hydrogen permeation and diffusion both experimentally and theoretically. Furthermore, he has produced the System Requirement Document for all the radiological protection instruments and monitoring systems of ITER and coordinated the conceptual design of the radiological protection instruments and monitoring systems for ITER.As the responsible officer for the Analytical System (ANS) of Tritium Plant, he has drafted the System Requirement Document for this system, and has been coordinating development of tritium accountancy and tracking program in ITER.