自由落体式下降,速度可调0.1~1.0m/s
可有效避开船体阴影影响
高光谱、高灵敏度辐照度和辐亮度测量
精度高,积分时间自适应,也可手动设置
模块化系统,用户可根据需求选购
最新的纳米涂层技术,防污染
耐压深度最大可达300m
离水辐亮度、漫射衰减系数和遥感反射率测量
海色卫星数据印证
光化学、生物光学、海洋生态学研究
水下环境光场研究
遥感反演模型的建立
藻类水华研究
1.基于光谱匹配的内陆水体反演算法——《光谱学与光谱分析》2010
2.水体光谱测量与分析Ⅰ:水面以上测量法——《遥感学报》2004
3.水下光谱辐射测量技术——《海洋技术》2003
4.ANovelStatisticalApproachforOceanColourEstimationofInherentOpticalPropertiesandCyanobacteriaAbundanceinOpticallyComplexWaters——《RemoteSensing》2017
5.AtmosphericCorrectionPerformanceofHyperspectralAirborneImageryoveraSmallEutrophicLakeunderChangingCloudCover——《RemoteSensing》2017
1.秋季太湖水下光场结构及其对水生态系统的影响——《湖泊科学》2009
2.Amodeltopredictspatialspectralandverticalchangesintheaveragecosineoftheunderwaterlightfields:ImplicationsforRemotesensingofshelf-seawaters——《ContinentalShelfResearch》2016
3.Apracticalmodelforsunlightdisinfectionofasubtropicalmaturationpond——《WaterResearch》2017
4.Aspectralmodelforcorrectingsunglintandskyglint——《Conferencepaper:OceanOptics》2016
5.Absorptioncorrectionandphasefunctionshapeeffectsontheclosureofapparentopticalproperties——《AppliedOptics》2016
1.AssessmentofAtmosphericCorrectionMethodsforSentinel-2MSIImagesAppliedtoAmazonFloodplainLakes——《RemoteSensing》2017
2.Impactofspectralresolutionofinsituoceancolorradiometricdatainsatellitematchupsanalyses——《OpticsExpress》2017
3.ResponsetoTemperatureofaClassofInSituHyperspectralRadiometers——《JournalofAtmosphericandOceanictechnology》2017
4.Theimpactofthemicrophysicalpropertiesofaerosolontheatmosphericcorrectionofhyperspectraldataincoastalwaters——《Atmos.Meas.Tech.》2015
5.ThePotentialofAutonomousShip-BorneHyperspectralRadiometersfortheValidationofOceanColorRadiometryData——《RemoteSensing》2016
1.Basin-scalespatio-temporalvariabilityandcontrolofphytoplanktonphotosynthesisintheBalticSea:Thefirstmultiwavelengthfastrepetitionratefluorescencestudyoperatedonaship-of-opportunity——《JournalofMarineSystems》2017
2.ChlorophyllafluorescencelifetimerevealsreversibleUV?inducedphotosyntheticactivityinthegreenalgaeTetraselmis——《EurBiophysJ》2016
3.PhysiologicalacclimationofLessoniaspicatatodiurnalchangingPARandUVradiation:differentialregulationamongdownregulationofphotochemistry,ROSscavengingactivityandphlorotanninsasmajorphotoprotectivemechanisms——《PhotosynthRes》2016
4.Primaryproductioncalculationsforseaicefrombio-opticalobservationsintheBalticSea——《Elementa:ScienceoftheAnthropocene》2015
5.TheUseofRapidLightCurvestoAssessPhotosyntheticPerformanceofDifferentIce-AlgalCommunities——《NorwegianUniversityofScienceandTechnology》2017
1.Anovelmethodofmeasuringupwellingradianceinthehydrographicsub-hull——《J.Eur.Opt.Soc.》2016
2.PelagiceffectsofoffshorewindfarmfoundationsinthestratifiedNorthSea——《ProgressinOceanography》2017
3.PenetrationofVisibleSolarRadiationinWatersoftheBarentsSeaDependingonCloudinessandCoccolithophoreBlooms——《Oceanology》2017
4.PhysicalstructuresandinteriormeltofthecentralArcticseaice/snowinsummer2012——《ColdRegionsScienceandTechnology》2016
6.RoleofClimateVariabilityandHumanActivityonPoopóLakeDroughtsbetween1990and2015AssessedUsingRemoteSensingData——《RemoteSensing》2017
1.A(too)brightfuture?Arcticdiatomsunderradiationstress——《PolarBiol》2016
2.Comparisonofbacterialgrowthinresponsetophotodegradedterrestrialchromophoricdissolvedorganicmatterintwolakes——《ScienceoftheTotalEnvironment》2017
3.Effectsofhalideionsonphotodegradationofsulfonamideantibiotics:Formationofhalogenatedintermediates——《WaterResearch》2016
4.Effectsoflightandshort-termtemperatureelevationonthe48-hhatchingsuccessofcold-storedAcartiatonsaDanaeggs——《AquacultInt》2016
5.Effectsoflightsourceandintensityonsexualmaturation,growthandswimmingbehaviourofAtlanticsalmoninseacages——《AquacultEnvironInteract》2017
1.EffectsofanArcticunder-icebloomonsolarradiantheatingofthewatercolumn——《JournalofGeophysicalResearch:Oceans》2016
2.InfluenceofsnowdepthandsurfacefloodingonlighttransmissionthroughAntarcticpackice——《JournalofGeophysicalResearch:Oceans》2016
1.ANovelStatisticalApproachforOceanColourEstimationofInherentOpticalPropertiesandCyanobacteriaAbundanceinOpticallyComplexWaters——《RemoteSensing》2017
2.EmpiricalModelforPhycocyaninConcentrationEstimationasanIndicatorofCyanobacterialBloomintheOpticallyComplexCoastalWatersoftheBalticSea——《RemoteSensing》2016



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