海洋光学遥感探测机理与模型研究

项目来源

国(略)研(略)((略)D(略)

项目主持人

毛(略)

项目受资助机构

自(略)部(略)洋(略)

立项年度

2(略)

立项时间

未(略)

项目编号

2(略)YFC1400900

项目级别

国(略)

研究期限

未(略) (略)

受资助金额

0(略)万(略)

学科

海(略)安(略)

学科代码

未(略)

基金类别

“海(略)安(略)”重点专项

关键词

水(略) (略)光(略);(略)动(略);(略) (略)c(略) (略)o(略)e(略)e(略)n(略)g(略)L(略)r(略)m(略) (略)s(略) (略)c(略)e(略)d(略)s(略)e(略)m(略) (略)s(略) (略)a(略)a(略)n

参与者

朱(略)陈(略)吴(略)李(略)马(略)

参与机构

中(略)院(略)学(略)械(略);(略)洋(略)厦(略);(略)星(略)用(略)

项目标书摘要:针对(略)星载海洋激光雷达的(略)传输模型和新型海洋(略)水色遥感和海洋激光(略)决制约我国卫星海洋(略)反演算法难点,研发(略)资料处理系统,摆脱(略)高我国海洋光学遥感(略)载荷—资料处理—应(略)展模式,支撑我国未(略)卫星和海洋激光卫星(略)国海洋环境安全的遥(略)国海洋遥感的国际地(略)究,开展2项研究内(略)理与卫星载荷仿真技(略)星载激光仿真技术,(略)海洋水色卫星和海洋(略)理论支撑和指标论证(略)展2项研究内容:弱(略)应用技术、海洋激光(略)开发,形成相应的海(略)资料处理子系统。为(略)优势,开展主被动海(略)与示范技术的研究。(略)质量和精度,开展海(略)正技术的研究内容。(略)现“卫星载荷—资料(略)遥感发展模式,使我(略)能引领国际海洋光学(略)

Applicati(略): In view(略)elopment (略)s of geos(略)rbit wate(略)ellite pa(略)pace-born(略)ar,based (略) radiatio(略)model and(略)optical m(略)system,we(略)ugh the i(略)l frontie(略)y of ocea(略)or remote(略)d ocean l(略) sensing,(略)key remot(略)echanism (略)on algori(略)lties tha(略)the devel(略)atellite (略)y in Chin(略) the mari(略)satellite(略)ation and(略)ssing sys(略) of the p(略)pying for(略)improved (略) of the m(略)al remote(略)oducts,fo(略)ite paylo(略)ocessing (略)tion demo(略)f the who(略)rdinated (略) pattern,(略) support (略)rs in our(略) the futu(略)c water a(略)tellite l(略)ite remot(略)echnology(略)e the cap(略)remote se(略)mation gu(略)Marine en(略)afety and(略)e interna(略)us of Mar(略)sensing o(略) the futu(略)cal resea(略)earch con(略)arried ou(略)er-color (略)n remote (略)hanism an(略) load sim(略)hnology,o(略)remote se(略)nism and (略)laser sim(略)hnology,r(略),to provi(略)cal suppo(略)cator dem(略)for the d(略)of China'(略)ostationa(略)ter-color(略)and ocean(略)llite.Fac(略)ure appli(略)vation,tw(略)contents (略) out:remo(略)inversion(略)ation tec(略)ocean wat(略)der weak (略) laser de(略)orithm an(略)essing sy(略)pment,for(略)rrespondi(略)ensing da(略)ng subsys(略)n water c(略)ser data.(略) give ful(略)he compre(略)antages o(略)d passive(略)sing,the (略)rsion tec(略) demonstr(略)ology of (略)passive o(略)l remote (略) studied.(略) provide (略) and prec(略)mote sens(略)s in Chin(略)rch conte(略)e optical(略)sing prod(略)cation an(略)on techno(略)ried out.

项目受资助省

浙(略)

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