简介：摘要：建模是船舶生产设计的开始，也是基础。AVEVA MARINE是一个功能丰富的船舶设计软件，能为建模提供了丰富多样的工具，同一个模型，可以采用优劣不同的多种方法来达到同样的目的。本此对AVEVA MARINE软件实用建模技巧所开展课题研究，希望能对某些典型节点提供建模方法参考。

简介：本文介绍了AVEVAMARINE12.0在龙穴造船的实施应用前的准备工作和AM系统实施应用功能模块,并总结了AM系统在实施应用过程中出现的问题。

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简介：Establishedin1953,CollegeofMarineandEnvironmentalSciences(formerlyknownasSaltChemicalEngineeringDepartmentofTianjinCollegeofLightIndustry),changeditsnametoCollegeofMarineScienceandEngineeringofTianjinUniversityofScienceandTechnologyin2001,andwasrenamedCollegeofMarineandEnvironmentalSciencesofTianjinUniversityofScienceandTechnologyin2015.After60yearsofdevelopment,ithasgrownintoateachingandresearchorientedcollegewiththecombinationofscienceandengineering.MarineScienceandEnvironmentalScienceandEngineeringasitscoredisciplinarysystem.

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简介：因为他们能生产许多种简历活性物质，陆上的酵母在科学和工业一直在收到大注意超过100年了。然而，很少对海洋的酵母的简历活性物质被知道。在最近的年里，它过时的人或物发现海洋的酵母在海洋生物养殖和另外的领域有宽应用程序。因此，海洋的酵母，从他们的简历活性物质和海洋的酵母的应用自己和他们生产了的简历活性物质在这篇论文被考察。

简介：Thispaperaimsatareviewoftheworkcarriedouttodateontheadjointassimilationofdatainmarineecosystemmodelssince1995.Thestructureandfeatureoftheadjointassimilationinmarineecosystemmodelsarealsointroduced.Toillustratetheapplicationoftheadjointtechniqueanditsmerits,a4-variableecosystemmodelcoupledwitha3-DphysicalmodelisestablishedfortheBohaiSeaandtheYellowSea.ThechlorophyllconcentrationdataderivedfromtheSeaWiFSoceancolourdataareassimilatedinthemodelwiththetechnique.Someresultsarebrieflypresented.

简介：在研究和开发的十年以后，海洋的控制来源ElectroMagnetics(MCSEM)为油和煤气的探索进入了应用程序阶段。然而，一会儿3D当模特儿MCSEM与简单模型和许多计算时间一起是远非实际的。在复杂目标身体和它的敏感分析上基于3D频率域MCSEM的向前当模特儿的研究，我们导出能描出的一个方法抵抗水库的边。我们使用大小对偏移量(MVO)曲线的第二衍生物定义抵抗水库边。远为air-wave-dominated回答地区，我们用少些影响的明显的抵抗力建议以便改进方法的适应性。

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简介：Marineecologicalnicheshaverecentlybeendescribedas"particularlypromising"sourcesforsearchofnewantimicrobialstocombatantibiotic-resistantstrainsofpathogenicmicroorganisms.Marineorganismsareexcellentsourcesformanyindustrialproducts,buttheyarepartlyexplored.Over30000compoundshavebeenisolatedfrommarinesources.Bacteria,fungi,andcyanobacteriaobtainedfromvariousmarinesourcessecretseveralindustriallyusefulbioactivecompounds,possessingantibacterial,antifungal,andantimycobacterialactivities.Sustainablecultivationmethodsforpromisingmarineorganismsandbiotechnologicalprocessesforselectedcompoundscanbedeveloped,alongwiththeestablishmentofbiosensorsformonitoringthetargetcompounds.Thesemisyntheticmodificationsofmarine-basedbioactivecompoundsproducetheirnewderivatives,structuralanalogsandmimeticsthatcouldserveasnovelleadcompoundsagainstresistantpathogens.Thepresentreviewfocusesonpromisingantimicrobialcompoundsisolatedfrommarinemicrobesfrom1991-2013.

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简介：Inviewofthefactthatsiderophoresfrommicroorganismsindifferentenvironmentshavereceivedmuchattentioninrecentyearsbecauseoftheirpotentialapplicationsanddiversephysiologicalfunctions,thisreviewdealswithsiderophore-producingmarinemicroorganismsandthedetection,chemicalstructureandpotentialapplicationsofsiderophores.

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简介：TheBohai,thelargestinlandseainChina,isabundantinmarineresources.However,withthepapereconomicgrowthintheCricum-BohaiBayAreaintherecentyears,theenvironmentalpollutioninthisareahasbecomemoreandmoreserious,resultinginasubstantialdeclineanddeteriorationofmarineresources.Inviewofthiscriticalsituation,themethodforsustainabledevelopmentofmarineresourcesintheBohaiSeaisdiscussed.Practicalmeasuresandfeasiblesuggestionsareputforwardinthispaperwiththepurposeofpreventingandcontrollingenvironmentalpollutionaswellasnaturaldisasters,andeventuallyachievingtheaimofthesustainabledevelopmentofmarineresourcesinthisarea.

简介：-Basedonthetheoryoflimitanalysis,theFiniteDifferenceMethod(FDM)isestablishedforevaluatingtheultimatebearingcapacityofsubsoilstobeartheunburiedpipelines.Theanalyticalresultsofbearingcapacityoftheidealclayisgiven.Theapproachtobearingcapacityevaluationofcohesionlesssubsoilswithoutsurchargeissuggested.Theresultsfromthismethodareconsistentwiththoseobtainedfrommodeltests.

简介：Astrainofyeast,whichcanendurehighosmoticpressure,isemployedforthesensitivematerialofthemicrobialBODsensor.Twoimmobilizationmethodsareused,I.e.CalciumalginategelbeadsandPVAgelbeads.TheresultsshowthatthePVAgelbeadsisbetter.TheinfluencesofosmosisandheavymetalionsontheyeastentrappedinthePVAgelbeadsarealsostudiedintheexperiment.