简介：

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

简介：

简介：

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。

简介：

简介：

简介：

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

简介：

简介：Inviewofthefactthatsiderophoresfrommicroorganismsindifferentenvironmentshavereceivedmuchattentioninrecentyearsbecauseoftheirpotentialapplicationsanddiversephysiologicalfunctions,thisreviewdealswithsiderophore-producingmarinemicroorganismsandthedetection,chemicalstructureandpotentialapplicationsofsiderophores.

简介：

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.

简介：Biomarkerisanimportanttoolinthestudyofmarineorganicgeochemistry.Itsdevelopmentandapplicationmakesitpossibletoelucidatetheprocessandmechanismoftheorganicmatterintheocean.Hydrocarbonsarethemostusefulmolecularmarkers.Theyareusedastracersinmanyaspects,suchassourceindication;thedegradationoforganicmatter;diagensisprocess;environmentalpollutionandpaleooceanicstudy,etc.Theyarestudiedintheestuaries,coastalareaanddeepseatogivetheknowledgeofmarineorganicgeochemistry.Thepaperdealswiththecharacteristics,developmentandapplicationofbiomarkersaswellastheiradvantagesanddisadvantages.

简介：Thesourcesofmarineoilspillsaremainlyfromaccidentsofmarineoiltankersorfreighters,marineoil-drillingplatforms,marineoilpipelines,marineoilfields,terrestrialpollution,oil-bearingatmosphere,andoffshoreoilproductionequipment.Itisconcludeduponanalysisthattherearetwomainreasonsformarineoilspills:(I)Themotiveforhugeeconomicbenefitsofoilindustryownersandoilshippingagentsfarsurpassestheirsenseofecologicalrisks.(II)Marineecologicalsafetyhasnotbecomethemainconcernofnationalsecurity.Oilspillsaredisastersbecausehumanssparenoeffortstogeteconomicbenefitsfromoil.Thepresentpaperdrawsanotherconclusionthatmarineecologicaldamagecausedbyoilspillscanberoughlydividedintotwocategories:damagetomarineresourcevalue(directvalue)anddamagetomarineecosystemservicevalue(indirectvalue).Marineoilspillscausedamagetomarinebiological,fishery,seawater,tourismandmineralresourcestovariousextents,whichcontributestothelowerqualityandvalueofmarineresources.

简介：与朊酶的高产量的酵母紧张10在Qingdao附近从盐场的沉积被孤立，中国。朊酶在氢指数举办了最高的活动9.0和45℃。紧张10的最大的碱的朊酶生产的最佳的媒介是2.5g在有起始的氢指数的100mL海水的可溶的淀粉和2.0gNaNO_36.0。为最大的朊酶生产的最佳的耕作条件是温度24.5℃，通风率8.0Lmin~(-1)和焦虑速度150rmin~(-1)。在最佳的条件下面，623.1Umg~(碱的朊酶的-1)蛋白质在发酵的30h以内在文化被到达。