题目：当代环保混凝土的基础研究（ 973项目）
报告人：李宗津  教授
        香港科技大学土木与环境工程系，973项目首席科学家
时间： 2010年12月6日（星期一）上午10:10
地点：学院学术报告厅(南二楼二楼)
欢迎全院广大师生员工参加！

                土木工程与力学学院
                   2010年12月3日

附报告人中文简介：李宗津博士是香港科技大学土木与环境工程系

的教授。他于1982年在浙江大学获学士学位，于1990年及1993年

在美国西北大学分别获硕士与博士学位。他是香港注册工程师。他

在水泥基材料及非破损检验方面作了大量的研究工作。他的研究涵

盖了混凝土的早龄期性能，纤维/水泥及骨料/水泥界面性能，钢筋

锈蚀的探测，用挤压技术开发建筑型材，镁基修补材料，用于交通

及桥梁智能传感器的研究，及功能材料的研发。他是国际标准化组

织71技术委员会（ISO/TC71）的委员，欧洲混凝土学会防火混凝

土委员会委员，美国混凝土学会中国分会的创会主席。他是五家国

际期刊的编委，在过去的15年中，他共获得超过6000万港币的科研

经费。他编著了两本会议论文集，出版了两本专著，共发表了250

余篇学术论文并发明了5项专利，其中3项专利已转化成产品。目前

他是973项目“ 环境友好现代混凝土的基础研究”的首席科学家，

其研究经费是3000万人民币。

报告人英文简介：Dr Zongjin LI is professor in department

of Civil and Environmental Engineering at The Hong Kong

University of Science and Technology. He received his

B.E. from Zhejiang University, Hongzhou, China in 1982

and obtained both his M.S. and PhD from Northwestern

University, U.S.A, in 1990 in 1993, respectively. He is

a registered professional engineer in materials and

structure field in Hong Kong, China. He has done

extensive researches in the area of cement-based

materials and non-destructive evaluations. His research

activities have been involved in property study of young

concrete, bond property studies of fiber/cement or

aggregate/cement interface, corrosion detection of

reinforcing steel in concrete, development of building

products using extrusion technique, magnesium-based

repair materials, smart sensor for traffic and bridge

monitoring and development of functional materials. He

is a member of committees of ISO/TC71, fib fire proof

concrete, and Founding President of ACI China Chapter.

He is editorial board member for 5 international

journals. In last 15 years, he has received more than

HK60 million dollar grants. He has edited two

proceedings and published two technical books. He has

also published more than 250 technical papers. He has

also been awarded five patents and three of them have

been developed into commercial products. He is the chief

scientist for the Key National Basic Research Project

(973) of ‘Basic Study on Environmentally Friendly

Contemporary Concrete’ with a funding of 30 Million

RMB.