气象Issue(10)：1240-1247,8.DOI:10.7519/j.issn.1000-0526.2014.10.008
犙狌犻犽犛犆犃犜和犃犛犆犃犜卫星反演风场在中国南海北部的适用性研究
Applicability Research Using QuikSCAT and ASCAT Satellite Inversion Wind Data in the Northern Part of South China Sea
摘要
Abstract
The 10 m wind from QuikSCAT and ASCAT orbital data were compared with buoy wind data in the northern South China Sea.The results show that the two satellite data have a good applicability in the northern South China Sea.The QuikSCAT inversion wind speed is 0.46 m·s-1 higher than the buoy wind and ASCAT inversion wind speed is 0.45 m·s-1 higher than buoy wind speed in the offshore sea,though it is 0.07 m·s-1 in the open sea.The absolute error <30°of QuikSCAT satellite inversion wind exceeds 50%.The absolute error <30°of ASCAT satellite inversion wind passes 56% in the offshore sea and gets to 64% in the open sea.When the wind speed is small,satellite inversion wind speed is bigger,when the wind speed is fast,satellite wind speed is slower than the buoy wind.The error in the morning is bigger than that in the evening.But under the condition of 5-10 m·s-1 wind speed,the consistency of the two satellite wind data is better.The offshore wind power resource simulated by WRF model is perhaps overra-ted.Satellite data may be a beneficial supplement for assessing offshore wind power resource.The satellite <br> inversion wind error analysis also provides a reference for the data assimilation of satellite inversion wind field.关键词
QuikSCAT 卫星/ASCAT 卫星/浮标/南中国海/风速Key words
QuikSCAT/ASCAT/buoy/South China Sea/wind speed分类
天文与地球科学引用本文复制引用
高留喜,朱蓉,常蕊..犙狌犻犽犛犆犃犜和犃犛犆犃犜卫星反演风场在中国南海北部的适用性研究[J].气象,2014,(10):1240-1247,8.基金项目
中国-丹麦可再生能源发展项目课题（104．Kina．1．MFS．4-1-2-2）、中国气象局预报员专项（CMAYBY2013-38）和山东省自然科学基金（ZR2013DQ009）共同资助 （）
