【作者】 朱雪松； 严颂华； 张训械； 叶其欣； 尹球； 杜明斌； 张洁； 刘敏；

【Author】 Zhu X S[1],Yan S H[2],Zhang X X[3],Ye Q X[1],Yin Q[1],Li Y Z[2],Du M B[1],Zheng Y X[4] 1Shanghai center for remote sensing and application,Shanghai,201100 2Wuhan University,School of Electronic Information,Wuhan,430079 3Chinese Academy of Sciences,Wuhan Institute of Physics and Mathematics,Wuhan,430071 4 Chinese Academy of Sciences,Shanghai Typhoon Institute,Shanghai,200030

【机构】 上海市卫星遥感与测量应用中心； 武汉大学电子信息学院； 中国科学院武汉物理与数学研究所；

【摘要】 GNSS-R是海洋观测的一种新技术,用于获得海洋表面的浪高、潮汐及海表风场等参数,也是海洋遥感发展的重点之一。利用国内首个自主研发的GPS载波相位波浪仪,在上海东海大桥24km处的海洋遥感观测基地,构建GNSS-R海洋遥感观测平台,对自然条件下充分发展的海浪进行观测试验。通过接收GPS直达和反射信号,给出海表浪高的反演结果,并利用自动气象站风场资料作初步地定性分析验证。整个系统现已投入业务试运行。更多还原

【Abstract】 GNSS-R,one of the most significantly developed technologies,is used for retrieving sea state information,such as surface wave height,tide,and surface wind.The wave observing instrument based on dealing with GPS carrier phase is produced by our country,and it is firstly used to form the observing platform on the experimental base,which is located on Shanghai East Ocean Bridge.Though the monitoring on the well-developed sea state,GPS direct and reflect signals are received to retrieve wave height.At last,wind data from automatic weather station nearby is analyzed preliminary to confirm the characteristics of wave height retrieving from the system.This system has run into trial operation.更多还原