简介：兴山下奥陶统由西陵峡组、南津关组、分乡组、红花园组、大湾组和牯牛潭组组成。岩石类型包括泥晶灰岩、生物碎屑灰岩、缅粒灰岩、内碎屑灰岩、白云岩等，为一套典型的台地或沉没台地型陆表海碳酸盐沉积。颗粒灰岩在剖面中占绝大多数，其中，缅粒灰岩、内碎屑灰岩和多数生物碎屑灰岩均为亮晶方解石胶结。缅粒和砂屑的粒度参数和曲线分布特征说明，砂屑和角粒在形成过程中均经历了较强的水动力搬运或搅动。早奥陶世从西陵峡组沉积开始到牯牛潭组沉积结束，沉积环境经历了从局限台地潮坪环境到开阔台地再到浅海陆棚的演化。其中，潮坪环境包括云坪、灰坪、灰云坪等，而开阔台地环境为各种颗粒滩和生物礁。环境的演化反映了从早到晚海水逐渐加深的过程。

简介：内陆湖泊沉积物的易溶盐含量与湖水的化学组成密切相关，通过测试沉积物(岩心)的易溶盐含量可以重建古湖水化学演化过程。在安固里淖湖心区钻取沉积剖面，以1cm为间隔分样，测试剖面中八大离子的含量（即K+、Na+、Ca2+、Mg2+、CO32-、HCO3-、Cl-和SO42-）和其他有关的地球化学特征，并且对各项离子含量进行相关分析，得到剖面易溶盐组成变化曲线和易溶盐指标变化曲线。根据易溶盐曲线变化情况，结合岩心纹层纪年得到的纹层年代，将安固里淖8507aBP以来的湖水化学演化过程分为以下几个阶段：8507～7600aBP，湖水化学类型为Na+-Cl-型，盐度较高；7600～4724aBP，湖水化学类型为Na+-Cl--SO42-型，盐度最高；4724～3057aBP,湖水化学类型为Na+-Cl-型；3057～574aBP，湖水化学类型为Na+-CO32--HCO3-型，盐度较低；574aBP以来，湖水化学类型为Na+－Cl-型，盐度较低但呈现快速增加趋势。同岩心的粒度分析结果相比较，易溶盐变化曲线的转折早于粒度变化曲线，反映易溶盐沉积对气候变化的反应比粒度特征更敏感，是一个较好的反映气候变化的替代性指标，有待于推广应用。

简介：AdhesionimprovementofCVDdiamondfilimbyintroducinganelectro-depositedinterlayer;Agitation:themostversatiledegreeoffreedomforsurfacefinishers;Developmentofhydroxyapatitecoatingonporoustitaniumviaelectro-depositiontechnique;EffectofintensemagneticfieldonCdTeelectro-deposition;ElectrodepositionofMetallicLithiumonaTungstenElectrodein1-Butyl-l-methylpyrrolidiniumBis(tritluoromethanesulfone)imideRoom-temperatureMoltenSalt

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简介：[篇名]Bi-2212:AnHTSCoatedConductor,[篇名]Carbonnanotube-perovskite-compositesasnewelectrodematerial,[篇名]CeO{sub}2bufferlayerbypulsedlaserdepositionforYBCOcoatedconductor,[篇名]CeO{sub)2BufferLayersDepositedbyPulsedLaserDepositionforTFA-MODYBa{sub}2Cu{sub}3O{sub)(7-x)SuperconductingTape,[篇名]Characteristicofthin-filmNTCthermalSensors,[篇名]Characteristicsofcobalt-dopedzincoxidethinfilmspreparedbypulsedlaserdeposition,[篇名]CharacteristicsofTiO{sub}2ThinFilmasaPhotocatalystPrepardUsing-thePulsedLaserDepositionMethod.

简介：Co-dopingDepositionofp-typeZnOThinFilmsusingKrFExcimerLaserAblation;ComparisonofGrowthMorphologyinGe(001)HomoepitaxyUsingPulsedLaserDepositionandMBE;CompositionandstructureofBCNfilmspreparedbyionbeam-assistedpulsedlaserdeposition;Compositionofβ-FeSi{sub}2thin-filmsgrownbyapulsedlaserdepositionmethod

简介：SY509-3-202[篇名]Influenceofthetemperaturedistributiononchemicaldepositionininternalproblems；SY509-3-203[篇名]ManufacturingReliableUnlaededViasWithoutCVDBarrierLayers；……

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简介：[篇名]Electro-depositionoftantalumontumgstenandnickelinLiF-NaF-CaF{sub}2meltcontainingK{sub}2TaF{sub}7electrochemicalstudy,[篇名]Electro-EpitaxialBufferLaycrsforREBCOTspeArchitectures,[篇名]EQCMwithair-gapexcitationelectrode.Calibrationtestswithcopperandoxygencoatings,[篇名]FormationofWell-definedNanocolumnsbyIonTrackingLithography,[篇名]Fundamentalexperimentalstudyonfreefabricationofnanocrystallinecopperbulkbyselectiveelectrodepositionwithelectrolytejet,[篇名]Magneticnanowirearraysobtainedbyelectro-depositioninorderedaluminatemplates,[篇名]Morphologicalcharacteristicsofnickelparticleselectrodepositedfromchloridedominantsolution.

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简介：SY509-3-209[篇名]CrystallinePropertiesofFerroelectric-RelaxorPMN-PIThinFilmsbyPulsedLaserDeposition；SY509-3-210[篇名]CuprateBasedOxideSuperlatticesShowingSimultaneouslySuperconductingandFerromagneticProperties；……

简介：随着PL19—3等上第三系大油田的发现，渤海海域晚第三纪沉积环境的研究已势在必行。文中分析了孢粉沉积作用对孢粉化石组合面貌的影响．并根据孢粉沉积作用反演了PLl9—3地区晚第三纪沉积环境。结果表明，馆陶组沉积时期为湖泊三角洲环境，明化镇组下段沉积时期属三角洲一滨浅湖环境，明化镇组上段沉积时期为河流一沼泽环境。

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简介：AComputationalStudyofGasPhaseChemistryinCarbonNanotubeSynthessbyPECVD;AfieldpointbasedapproachforsensorconditioninginMO-CVDreactors;AMethodforReal-TimeControlofThinFilmCompositionUsingOESandXPS;Amechanism-basedmodelofchemicalvapordepositionofepitaxialSi{sub}(1-x)Ge{sub}xflirts

简介：SY509-3-196[篇名]Anovelstrainedsurface-channelpMOSFETSi{sub}0.7Ge{sub}0.3withanALDTiN/AI{sub}20{sub}3/HfAIO{sub}x/AI{sub}20{sub}3gatestack；SY509-3-197[篇名]Aquantitativestudyofthenano-scratchbehaviorofboronandcarbonnitridefilms；……

简介：[篇名]1.55-umsilicon-basedreflection-typewaveguide-integratedthermo-opticswitch,[篇名]120×90ElementThermoelectricInfraredFocalPlaneArraywithPreciselyPatternedAu-blackAbsorber,[篇名]4H-SiCEpitaxialGrowthfcrHigh-PowerDevices,[篇名]A90nmgenerationcopperdualdamascenetechnologywithALDTaNbarrier,[篇名]Acomparativemicrotribologicalinvestigationofdiamond-likecarbonfilmsforapplicationsinmicrosystems,[篇名]Acomparisonofmicrocrystailinesiliconpreparedbyplasma-enhancedchemicalvapordepositionandhot-wirechemicalvapordeposition:electronicanddeviceproperties.