文档介绍：该【1.4975541参考论文参考论文资料】是由【小泥巴】上传分享，文档一共【5】页，该文档可以免费在线阅读，需要了解更多关于【1.4975541参考论文参考论文资料】的内容，可以使用淘豆网的站内搜索功能，选择自己适合的文档，以下文字是截取该文章内的部分文字，如需要获得完整电子版，请下载此文档到您的设备，方便您编辑和打印。NASA/GEWEXshortwavesurfaceradiationbudget:Integrateddataproductwithreprocessedradiance,cloud,andmeteorologyinputs,,,,,andTaipingZhangCitation:AIPConferenceProceedings1810,090001(2017);Viewonline:https:///:http://aip./toc/apc/1810/1PublishedbytheAmericanInstituteofPhysicsArticlesyoumaybeinterestedinDirectSolarIrradiancemeasurementswithaCryogenicSolarAbsoluteRadiometerAIPConferenceProceedings1810,080007(2017);,GEBA,WRDCaswellasthePMELdataAIPConferenceProceedings1810,090015(2017);:Newfacility,algorithmsandtechniquesAIPConferenceProceedings1810,080009(2017);,090003(2017);-freeconditionsandcloudradiativeeffectsAIPConferenceProceedings1810,090012(2017);(GEBA):AdatabasefortheworldwidemeasuredsurfaceenergyfluxesAIPConferenceProceedings1810,090013(2017);/GEWEXShortwaveSurfaceRadiationBudget:IntegratedDataProductwithReprocessedRadiance,Cloud,andMeteorologyInputs,,a),,,,,andTaipingZhang11SSAI,Inc.,1EnterprisePkwy,Suite200,Hampton,VA236662NASALangleyResearchCenter,MS420,Hampton,VAa).******@(SRB)projectproducesshortwaveandlongwavesurfaceandtopofatmosphereradiativefluxesforthe1983-(availableatgewex-)usestheInternationalSatelliteCloudClimatologyProject(P),tobereleasedastheHproduct,(),aswellastheproductionofpixel-(MAC),,,(GSW)Pdata,,recognizingtheinterdependenceoftheradiativefluxeswithotherGEWEXproductsprovidingestimatesoftheEarth'sglobalwaterandenergycycle(.,P,SeaFlux,LandFlux,NVAP,etc.).work(BSRN)[1].[2]PDXproduct[3].PHXSisanupdatedandenhancedhigherresolutionproduct,,indicatingthatsomepixelsflaggedasthincloudsinDXarenowclassifiedasclear,(IRS2016),090001-1–090001-4;doi:.978-0-7354-1478-5/$-1(a)(b)(beta)(a)showsdecreasedamountsoversnowandice,(b)--(calledclear-skyP),acontinentaltypeoverland,(opticaldepth,asymmetryparameter,andsinglescatteringalbedo)fromtheMACv1product[4]().(a)(b)(c)(a),asymmetryparameter(b),andsinglescatteralbedo(c).,fromfivebands(fourintheultravioletandvisible,onecoveringthenear-IR),theradiativetransferpletelyrecalculatedusingtheFu-Lioualgorithm[5];[6].[7],whichincludeschlorophyllconcentration,aerosolopticaldepth,--2Snowandicealbedohasbeenupdatedfrom[8],whichassumedhigh-albedofreshsnow,tothatof[9],whichallowsdifferentforsnowandseaice,,()Briegleb()JinSnowJin---(a)(b)(a)andsnow/icealbedo(b).,brokendownintothesequentialeffectsoftheradiativetransferandaerosolchanges,PHXS,-Lioucalculationsgenerallygiveareductioninatmospherictransmission,,,exceptoversnowandice,wheretheincreasedradianceovericedominates,.,(nocloud,noaerosol)(Table2),-(Wm-2)againstgroundsites(BSRN)andoceanbuoys(PMEL).BSRN(land)biasBSRN(land)RMSPMEL(ocean)biasPMEL(ocean)RMSRel3---3(a)(b)(c)(d),inWm-2.(a).(b)PHXS.(c)Changeduetooceanandsnow/icealbedoimprovement.(d),,194-211(1992).,,,,,GEWEXNews21,10-12(2011).,,,,WMO/TD-,115pp(1996).,’Donnel,,,,,,,,,,704-740(2013)..-,,2139-2156(1992).,,,,,214-226(1986).,,,,(2004).,,,2712-2733(1980).,,,,,25,281-25,294(1994).090001-4