会议专题

An Analysis of Nanjing 24-hour Maximum Precipitation in Climate Change

Climate change makes local changes in precipitation. Using sliding time regional and natural disaster risk assessment method to study the Nanjing PMP Fuzzy mathematical expectation Change. The results show that the late 1980s, Nanjing PMP fuzzy expected value amplitude is increasing, Making the possibility of increased precipitation intensity larger. Designed city drainage system need to consider such changes in order to enhance capacity for disaster for the city.

Precipitation drainage climate warming

ZHANG Li-jie ZHU Hui-yun SUN Xiao-juan

Rrsearch Center for Meteorology Engineering and Management,Nanjing University of Information Science Rrsearch Center for Meteorology Engineering and Management,Nanjing University of Information Science College of Economics and Management,Nanjing University of Information Science and Technology Nanjing

国际会议

Third International Conference on Information and Computing(第三届信息与计算科学国际会议 ICIC 2010)

无锡

英文

86-89

2010-06-04(万方平台首次上网日期,不代表论文的发表时间)