气象研究与应用2018，Vol.39Issue(1)：81-84,4.
舟山地区各气象站风速的高度订正法
The wind speed correction method at different height for weather stations in ZhouShan
摘要
Abstract
In order to effectively utilize the wind speed data of the coastal stations in Zhoushan, remove the error of wind speed caused by height difference, and make the wind speed data of each site more representative, comparable, and applicable, we unified the wind speed data of each site to the same height. To analyze years of wind data at each weather station in Zhoushan, we used exponential model to describe wind profile and least squares method for data fitting. The results showed that underlying surface, wind speed and atmospheric stratification status were closely related to wind changes in different heights. Different underlying surface had different shear coefficient. The larger the wind speed was, the smaller the surface friction would be; the weaker the ability to change the wind speed, the smaller the shear coefficient. Due to the stratification changed in a day, shear coefficient changes existed, the maximum appeared at noon and the minimum appeared in the early morning.关键词
指数律模式/最小二乘法/下垫面/风速大小/大气层结Key words
exponential model/least square method/underlying surface/wind speed/atmospheric stratification分类
天文与地球科学引用本文复制引用
於敏佳,刘菡..舟山地区各气象站风速的高度订正法[J].气象研究与应用,2018,39(1):81-84,4.基金项目
舟山市气象服务中心资助(2017C31097) （2017C31097）
