简介：ThebearingcapacityofFRPconfinedconcrete-filledsteeltubular(FRP-CFST)columnsunderaxialcompressionwasinvestigated.Thisnewtypeofcompositecolumnisacon-crete-filledsteeltube(CFST)confinedwithfiber-reinforcedpolymer(FRP)wraps.Totally11shortcolumnspecimensweretestedtofailureunderaxialcompression.TheinfluencesofthetypeandquantityofFRP,thethicknessofsteeltubeandtheconcretestrengthwerestudied.ItwasfoundthatthebearingcapacityofshortFRP-CFSTcolumnwasmuchhigherthanthatofcomparableCFSTcolumn.Furthermore,theformulasforcalculatingthebearingcapacityoftheFRP-CFSTcolumnsareproposed.Theanalyticalcalculatedresultsagreewellwiththeexperimentalresults.

简介：Socialmediaandconsumerbehaviorareincreasinglyimportantinbusinessnowadays.Asanewformofadvertising,socialmediadofacilitatetheincreaseindemandandbringachallengetomanufactures.Whileresearchersdemonstratedthatinsufficientcapacitygeneratesthelossintheprocessofsales,anoppositeconclusionhasbeenobtainedthattheprofitislargerininsufficientcapacity.Thisstudyinvestigatesthissituationofamanufacturer.Wedevelopamultiperiodmodelofinsufficientcapacityconcerningwithsocialmediaandconsumerbehavior.Ancalculationofthemodelindicatesthatagreatchangeappearsinthedemandofeachperiod.Toensurethemaximumprofit,thecapacityofeachperiodiscomputed.Andtheprofitisalmost8timeslargerthanthatwedonotconsidersocialmediaandconsumerbehavior.Wediscusstheimplicationsofourfindingsforboththeoryandpractice.

简介：在在Huaihe河盆(HRB)的humanwater关系中有实质的冲突。没有降级，完成持续经济开发在HRB的水环境，我们开发三维的水环境支持能力(WESC)基于水为环境带能力(WECC)建模，浇环境压力(WEP)，并且浇污染预防和控制能力(WPPC)。地理信息系统有分析层次过程方法和动态加权的求和的空间分析被使用。为为工业的合适的地点和为水的环境保护策略的几个建议被介绍。下列结果被获得。(1)在WECC的空间差别是实质的；有高值的WECC地区的区域主要沿着Huaihe河的主要溪流位于南方方面。WEP通常高，与在整个HRB的污染预防和控制的全面底层。WPPC和WEP显示出由于有更高环境的污染的区域通常有经济开发的高水平的事实的高空间的重叠，并且因此为污染控制有一个强壮的能力。(2)总的来说，WESC在HRB是中等的。特别地，有高WESC价值的区域仅仅在2010说明56.24%HRB。在WESC的不同差别也在位于南方与相比的区域之间存在在盆，和区域的北方在下游的区域与相比在在上游并且中流区域。(3)因而根据为在HRB的工业zoning的指导，在南方并且在的区域下游并且有低WEP值和高WECC和WPPC的亚溪流，传统的工业应该基于严格的环境存取和污染排放标准被开发。当为沿着HRB的中流并且沿着整个Yishusi河盆，有高WEP价值，的区域工业重构并且工艺的升级被建议时。措施应该在被采取限制开发并且在盆的在上游的区域保护环境，它是喝水的关键来源，在沿着South-to-North水转向工程的线的东方线路，并且在生态地易碎的区域盆。，这将包括干净的水的实际存在的预备保证好环境功能同时令人满意调整，转变，并且升级工业结构的迫切需要。

简介：Inordertoclarifytheeffectsof17β-estradiol(E2)onnaturalkiller(NK)cellsandthepossiblyregulatorymechanisms,weobtainedhighlypurifiedandviableNKcellsfromC57BL/6Jmousespleenbyamagneticcellsorter(MACS).ThesecellsweretreatedwithE2andthentheircytotoxicityandproliferativecapacitywereexamined.TofurtherinvestigatethemechanismsontheeffectofE2onNKcells,expressionsofactivation-associatedmarkers(CD69,CD122)andinhibitoryreceptors(CD94,Ly49),andintracellularcytokineproductionwereanalyzed.Atlast,weperformedthecDNAmicroarraytoexplorethepossibleinvolvedgenes.WefoundthatE2couldsuppressNKcellcytotoxicityandproliferativecapacityinvitro.E2reducedNKcellcytotoxicityandproliferativecapacity,whichmaybethroughinfluencingthephenotypesandcytokineexpressionofNKcells,mainlyinvolvingCD94andIFN-γ.Furthermore,regulationofStat4,Fyn,Sh2d1a,Eat2,Cd244,Irf1,Runx1,Irf7,Irf5,EsrraandNr5a1genesmayberelatedtothecytotoxicity,proliferationandcytokineproductionofE2-mediatedpurifiedNKcells.

简介：Whenwaterenvironmentalcarryingcapacityofpublicresourcetouristattractionisstudied,thetwoactionsubjectsoftouristsandlocalresidentsshouldbediscussed,andcomprehensiveconsiderationmustbegiventotheinfluenceofthesetwoonwaterenvironment.Onthebasisofwaterresourcecarryingcapacityandwaterqualitycarryingcapacity,waterenvironmentalcarryingcapacityindexofpublicresourcetouristattractionwasconstructed,themodelforthewaterenvironmentalcarryingcapacityofpublicresourcetouristattractionwasestablishedonthebasisofmatter-elementmodelandanalyticalhierarchyprocess.Byapplyingthismethod,waterenvironmentalcarryingcapacitysituationofacertainpublicresourcetouristattractioncanbegained,moreover,situationsaboutseveralaspectsofwaterenvironmentalcarryingcapacitycanbeevaluated.

简介：ＳＴＡＴＩＯＮＡＲＹＢＥＨＡＶＩＯＲＯＦＴＨＥＴＷＯ－ＳＴＡＧＥＴＡＮＤＥＭＱＵＥＵＥＩＮＧＳＹＳＴＥＭＷＩＴＨＦＩＮＩＴＥＣＡＰＡＣＩＴＹＡＮＤＭＡＴＣＨＥＤＳＥＲＶＩＣＥ￥ＹＵＡＮＸｕｅｍｉｎｇ（ＩｎｓｔｉｔｕｔｅｏｆＡｕｔｏｍａｔｉｏｎ，Ａｃｏ...

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简介：Presentstudywasconductedtocharacterisetenrice(OryzasativaL.)cultivarsviz.IET-23466,Dhan-201,IET-23448,MAS-946,IET-23445,IET-23463,IET-23455,PR-123,PR-115andIET-23449basedonantioxidants(totalphenolics,flavonolsandtannins),bioactivecompounds(phyticacid,gammaaminobutyricacid,tocopherolandreducedascorbate)andantioxidantactivity(1,1-diphenyl-2-picrylhydrazylradicalscavengingactivity,hydroxylradicalscavengingactivity,freeradicalantioxidantpowerandtotalreducingpower)withanaimtoidentifycultivarscontaininghigherhealthpromotingcomponentsaftergermination.ThreecultivarsIET-23466,IET-23463andPR-123performedbetterasrevealedbyhigherlevelofantioxidants,bioactivecompoundsandantioxidantactivitybeforeandaftergermination.ThreecultivarsMAS-946,IET-23445andIET-23449hadmoderatelevelofantioxidants,bioactivecompoundsandantioxidantactivity.FourcultivarsDhan-201,IET-23448,IET-23455andPR-115performedintermediately.Strongpositivecorrelationwasobservedamongtotalphenolicsandtheantioxidantactivity.Phyticacidwasfoundtobenegativelycorrelatedtotheantioxidantactivity.OurresultshighlightedthatcultivarsIET-23466,IET-23463andPR-123holdgreatpotentialaftergerminationandwouldopenupausefulopportunityforthefunctionalfoodindustry,andconsumptionofthesecultivarsaftergerminationwouldaffordhealthbenefitstoconsumerssincetheycontainhigherlevelofantioxidants.

简介：在我们调查了的这份报纸，downlink的表演概括了分布式的天线系统(GDAS)。在空间相关褪色的条件的假设下面，我们根据Bessel功能的系列导出相关系数的数字表达式，并且提起了事件的吝啬的角度的范围限制。而且，当我们从空空间使用了基础向量而不是直角的集合获得一样的系统性能时，分布式的概括分层的空间时间代码(GLST)的体系结构被认为以便完成multiplexing获得和差异获得但是与更低的复杂性。而且，以便最大化能力，Gerschgorin圆基于快天线选择算法包括那些模拟结果的讨论被评估了。

简介：TheextensivedamagetobuildingscausedbytheNepalM_s8.1earthquakehasattractedmuchattentionbytheinternationalcommunity.AfterthepreliminaryscientificinvestigationsonthedifferentaffectedareasinNepal,theconstructionanddamagecharacteristicsoffivedifferenttypesofbuildingscommonlyexistinginNepalwerediscussedandthereasonsoftheirdisasterperformancewereanalyzed.Typesofbuildingsinvestigatedincludereinforcedconcrete(RC)framestructures,rubblestructures,brick-woodstructures,rawsoilstructures,andbrick-woodstructuresofhistoricbuildings.Inaddition,theweaklinksoftheseismicdesignwerepointedout,whichwasveryimportantforthepost-earthquakereconstructionandrecovery,andgaveapreliminaryexplanationsforthedamageexperienced.

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简介：Alloying和水花免职技术被采用改善合金ZA27的服务温度限制以与高抑制能力和好提高的温度开发新功能的材料机械性质。抑制行为和合金ZA27的提高的温度creep抵抗上的Si的5wt%的增加的效果被调查。抑制能力，以及相对动态模量，在303～573K上在1.4Hz的频率被测量。没有山峰现象为在兴趣的温度范围测试的标本被观察。试验性的结果显示扔的材料的抑制能力比在305K的扔的那个的高2.8倍。球坚硬价值被用来评估creep性质，扔的材料的creep活化能比当演员组那的高每摩尔是3.9-5.7kJ。creep率明确的表达也被导出。最后，起作用的抑制和creep机制根据从它微观结构的描述获得的数据被讨论，抑制能力和creep抵抗。(编辑作者摘要)12个裁判员。

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简介：CapacityofMIMOLAS-CDMAsystemsundermulti-pathfadingchannelswithtwodifferentcorrelatingmodelswerestudiedinthepaper.Influencesofthetwomodelsparametersoncapacitywereanalyzed.Thenumericalresultspresentthat:accordingtotheVariousScatteringEnvironmentscorrelatingmodel,whentheinner-elementsdistanceofantennasarrayislargethan0.5λ,correlationalmostdoesnottakefromthesystemcapacity;fortheSalz-Wintercorrelatingmodel,thespreadangleatreceiveristheotherkeyfactor,italsoinfluencethesystemcapacitygreatly.

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简介：紫色米饭是为米饭消费者的bioactive抗氧化剂的来源。在煮过程的一个范围以后的主要抗氧化剂混合物的损失被在anthocyanin集中(ATC)和抗氧化剂能力(DPPH活动)测量变化评估四非粘并且四粘的遗传型。然而，在煮以前在水里浸泡通常减少了更多的ATC和抗氧化剂能力在比在粘的遗传型非粘。湿煮(WC)并且(S-WC)在湿煮以前，浸泡导致了与在遗传型之间的仅仅细微的变化失去几乎所有ATC和抗氧化剂能力。在粘的遗传型Pieisu，它有最高未加工的米饭ATC，ATC留下了最高当由WC方法煮了时。由对比，几乎，没有ATC在WC和S-WC以后留在象KumDoiSaket那样的低ATC遗传型。总的来说，ATC的损失是更大的在比在为WC和S-WC方法，而是颠倒的粘的遗传型非粘为抗氧化剂能力发生了。用电的米饭炊具的WC比煮的压力保留了更高的ATC。因此为有高ATC和抗氧化剂能力的遗传型，煮方法的选择为保留并且稳定米饭质量是批评的。

简介：Thispaperpresentstwokinematicfailuremechanismsofthree-dimensionalrectangularfootingrestingonhomogeneousundrainedclayfoundationunderuniaxialverticalloadinganduniaxialmomentloading.ThefailuremechanismunderverticalloadingcomprisesaplanestrainPrandtl-typemechanismoverthecentralpartofthelongerside,andthesizeofthemechanismgraduallyreducesattheendsofthelongersideandovertheshortersideasthecornerofrectangularfootingisbeingapproachedwherethedirectionofsoilmotionremainsnormaltoeachcorrespondingsiderespectively.Thefailuremechanismundermomentloadingcomprisesaplanestrainscoopslidingmechanismoverthecentralpartofthelongerside,andtheradiusofscoopslidingmechanismincreaseslinearlyattheendsofthelongerside.Onthebasisofthekinematicfailuremechanismsmentionedabove,theverticalultimatebearingcapacityandtheultimatebearingcapacityagainstmomentormomentultimatebearingcapacityareobtainedbyuseofupperboundlimitanalysistheory.Atthesametime,numericalanalysisresults,Skempton'sresultsandSalgadoetal.'sresultsarecomparedwiththisupperboundsolution.Itshowsthatthepresentedfailuremechanismsandplasticlimitanalysispredictionsarevalidated.Inordertoinvestigatethebehaviorsofundrainedclayfoundationbeneaththerectangularfootingsubjectedtothecombinedloadings,numericalanalysisisadoptedbyvirtueofthegeneral-purposeFEMsoftwareABAQUS,wheretheclayisassumedtoobeytheMohr-Coulombyieldingcriterion.ThefailureenvelopeandtheultimatebearingcapacityareachievedbythenumericalanalysisresultswiththevaryingaspectratiosfromlengthLtobreadthBoftherectangularfooting.ThefailuremechanismsofrectangularfootingwhicharesubjectedtothecombinedverticalloadingVandhorizontalloadingH(VerticalloadingVandmomentloadingM,andhorizontalloadingHandmomentloadingMrespectivelyareobservedinthefiniteelementa