简介：【摘 要】龙华中路住宅项目是本公司应用EPC总承包模式的住宅工程，项目整合优势资源，精心策划，对项目的设计、质量、进度、造价等各方面整体去把控，明确各方职责，面对EPC承包模式在界面交错，参建单位众多等问题和困难，有效预判并规避风险，在最短的工期条件下，成功完成了项目建设任务并按时交付。

简介：摘要：文章对钻孔灌注桩技术开展了分析，首先对施工前的准备进行了分析，以此保证施工有序开展，为其提供良好的保障，接着围绕护筒埋置及钻孔和清孔等环节开展了分析，对各个施工工序及注意事项进行了讨论，最后探讨了施工中极易产生的问题及解决对策，以期能为相关人士提供参考。

简介：为杂草的成功理解原因，我们调查了叶建设，和米饭和它的主导的杂草的某些ecophysiological特点的精力充沛的费用。在在所有杂草之中的生理的基础上，CaesuliaaxillarisRoxburgh被发现最严肃，由Echinochloacruss-galliL列在后面。Beauv和EchinochloacolonumL。连接，当时FimbristylismiliaceaeL。Vahl和CyperusiriaL。是稻田的中等杂草。C。axillaris在一个集体基础(1.15g/g)上并且在一个联合起来的区域基础(22.93g/m2)上有最低的叶构造费用(LCC)。比较地更高的特定的叶区域，光合的率，光合的氮使用效率，叶区域比率和叶区域索引提供的C。有进一步的竞争优势的axillaris。低LCC建议杂草比庄稼更高效地利用碳资源并且潜在地在另外的竞争策略viz上花节省的精力。种子生产，生物资源生产和高相对的生长评价，它导致在杂草种子银行的低庄稼产量和增加。

简介：Humanextracellularsuperoxidedismutase(hEC-SOD)isasecretedtetramericproteininvolvedintheprotectionofahumanbodyfromoxygenfreeradicals.Itsthree-dimensionalstructurehasnotbeenconfirmed,hEC-SODcouldn′tbeexpressedinE.coll.Weconstructedahybridenzyme,whichcomprisestheNterminalandC-terminaldomainsfromhEC-SOD,fusedittohumanCu,Zn-SOD.ThehybridenzymeisexpressedsuccessfullyinE.coli.Further,weanalyzedtheexpressionofhEC-SODinE.colibymRNAdifferentialdisplaying.

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简介：Thispaperdealswiththedesignandperformanceanalysisofthetransmissionprecoderoptimizationformultiple-inputmultiple-output(MIMO)systemswithlimitedfeedbackofchannelstateinformation(CSI).Weassumethatthereceivercangetperfectchannelknowledgebychannelestimationwhilethetransmitteronlyhaspartialchannelknowledgefromlimitedfeedback.Wepresentaminimummeansquareerror(MMSE)criterionbasedcodebookconstructionalgorithmforMIMOpre-codedspatialmultiplexingsystemsunderaspecificaveragepowerconstraint.Theoptimaltransmitterstructureisemployedinthispaper.SimulationresultsshowthattheMMSEcriteriabasedcodebookconstructionalgorithmwithhybriddesignofpowerallocationandprecodingcanachievebetterperformancethanthatofequalpowerallocationbasedcodebookofpreviousresearch.

简介：Theconstructionofspongecity,shouldeffectivelyalleviateourcountrycitywater,strengthentherainwatercollectionandutilizationandtransformurbandevelopmentmodetothelowimpactdevelopmentmode.In2015,thepilotcityofspongecity’sconstructionhasbeguntotakeshapewiththepushoftheMinistryofHousingandUrban-RuralDevelopmentofthePeoples’RepublicofChina,theMinistryofFinanceandtheMinistryofWaterResources.Forthepilotcities,theyshouldstrengthentheperformanceevaluationprocessandplaytheleadingroleofthenationdemonstration.Takingtheaspectsofspongecityproject’smanagement,runoffvolumecontrolintoconsideration,spongecityinitiallyformedasetofscientificandobjectiveevaluationindexwhichisinordertoreflecttheeffectivenessofGui-AnNewArea’sconstruction.What’smore,throughanalyzingthespongecity’sdeficiencyoftheperformanceevaluation,Ialsocarryouttheworkthatneedtoputforwardsuggestions.

简介：Copperandironplayimportantrolesinavarietyofbiologicalprocesses,especiallywhenbeingchelatedwithproteins.Theproteinsinvolvedinthemetalbinding,transportingandmetabolismhavearousedmuchinterest.Tofacilitatethestudyonthistopic,weconstructedtwodatabases(DCCPandDICP)containingtheknowncopper-andiron-chelatingproteins,whicharefreelyavailablefromthewebsitehttp:∥sdbi.sdut.edu.cn/en.Userscanconvenientlysearchandbrowsealloftheentriesinthedatabases.Basedonthetwodatabases,bioinformaticanalyseswereperformed,whichprovidedsomenovelinsightsintometalloproteins.

简介：重建的向量pCANTAB5EE被插入包含了一个EcoRV识别序列进pCANTAB的34搁浅bpdouble的oligonucleotide获得5E。Whitespot症候群病毒(WSSV)染色体DNA被sonication碎裂主要在0的范围孤立碎片。8～2.0kb，当时，碎片与T4DNA聚合酶是钝结束的并且克隆5EE进pCANTAB的EcoRV地点。图书馆的主要recombinant克隆是随机的选择re-combinants的5.ColonyPCR显示出的3.0x10~inserts的尺寸是0.12～整个图书馆recombinant噬菌体感染了的1.77kb.AfterEscherichi--关口iHB2151房间，细胞外并且periplasmic摘录在PVDF膜上被扔执行点污点，usingpoly同种细胞的老鼠anti-VP24浆液，anti-WSV026浆液，anti-WSV063浆液，anti-WSV069浆液，anti-WSV112浆液，anti-WSV238浆液，anti-WSV303浆液和anti-VP26浆液结果证明显示图书馆能表示病毒的蛋白质。

简介：ChinaConstructionBankhasgrantedahugecredittothefirstphaseprojectofSanmenNuclearPowerStation.Thesumtotals25.048billionyuan,including24.248billionyuanforfixedassetsand0.8billionyuanusedascirculatingfundforauxiliaryproject.

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简介：AccordingtotheEnergyBureauoftheEconomicDevelopmentZone,YangkouPort,JiangsuProvince,a1050-MWwindfarmwillbebuiltupinRudongCountyinfivetoeightyears.Itwillbethefirstwindfarminexcessof1000MWthroughoutthecountry.

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简介：AseminaronConstructionofChina’shumanRightsdiscourseSysteminthenewerawasheldinCentralSouthUniversity(CSU)onApril12,2018.TheeventwassponsoredbytheChinaSocietyforhumanRightsStudiesandthePublicitydepartmentofthehunanProvincialCommitteeoftheCommunistPartyofChina,andhostedbytheCSUResearchCenterforhumanRightsandtheCSUSchooloflaw.nearly70expertsandscholarsinlaw,internationalrelations,andcommunicationfrominstitutesofhigherlearning,researchinstitutions,andpracticalworkdepartmentsfromaroundthecountrysharedtheiropinionsonthreetopics:CultivationofaChinesehumanRightsdiscourseSysteminthenewera,CommunicationoftheChinesehumanRightsdiscourseinthenewera,andChinesehumanRightsdiscourseandInternationalhumanRightsGovernanceinthenewera.Theyconductedanin-depthdiscussiononenhancinghumanrightsself-confidence,graspingthecharacteristicsoftheneweraandthegeneraldevelopmenttrend,consolidatingconsensusbetweendomesticandoverseashumanrightsdiscourses,andeffectivelycarryingoutinternationalhumanrightsexchanges.Fullyreflectingthein-depththinkingandinsightsofattendingexpertsandscholarsonthematter,theseminareffectivelypromotedthedevelopmentofresearchonConstructionofChina’shumanrightsdiscoursesysteminthenewera.

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简介：Forthehighbiomassandadaptability,applicationofwillowoncultivatingbioenergyforestandphytoremediationhadbeengottenmorerecognitionintheworldwide.Integratedwithourresearchpractice,weintroducedthegermplasmofhighbiomasswillowinChina,andthenewvarietieswithhighbiomassandtheircultivatedtechniquesweresummarizedinthisarticle.Moreover,wereportedthedevelopmentuptodateinbreedingandcultivationonwell-bredwillowwithhighbiomassandanalyzedtheforegroundofestablishingindustrialwillowwithhighbiomassinChina.

简介：在T*R的扭曲的特殊Lagrangian潜水艇manifolds的一个班[n]并且从R的最小的表面的conormal捆歧管的一种严峻的潜水艇[3]被构造。

简介：中国microblogs的意见目标抽取在意见采矿起一个重要作用。最近在这个区域有重要进步，特别方法基于有条件的随机的地(CRF)。然而，这个方法仅仅考虑词典相关的特征并且不挖掘暗示了语法、语义的知识。我们建议与一些句法、语义的特征一起合并领域词典的一条新奇途径。途径通过基于词嵌入通过Partof讲话，相关性结构，短语结构，语义角色和语义类似探索语法、语义的信息的一个新奇方法获得领域词典。然后我们把领域词典与意见目标为意见目标抽取与一些特征一起从CRF提取了相结合。COAE2014数据集上的试验性的结果在意见目标抽取的任务与另外的著名方法相比显示出途径的outperformance。

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