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简介：FormerlyagreatempirebuthavingsufferedalongperiodofoppressionbyWesternimperialistsafter1840,Chinaisverysensitiveaboutitsautonomy.CurrentlyseparatedfromthemodernworldorderdominatedbytheWest,Chinaneedstointegrateitselfintothis.So,thecoreproblemofChinesediplomacyisfindingabalancebetweenintegratingChinaintothemodernworldorderandmaintainingitsautonomy.Withinthisframework,IputforwardanewinterpretationofChineseforeignpolicysince1949.

简介：大家都知道，RedHat一般6～8个月就推出一个新版本的Linux发行版，然而RedHat谜们等待了N个月都没有等到期待已久的RedHatLinux10。不过心细的朋友可能会发现，RedHat2003年11月6日就在其网站上提供一个名为Fedora的Linux发行版（代号为Yarrow)的下载(http：／／fedora．redhat．com／download)。那么这个Fedora究竟和

简介：Atransformertypeironcoresnubber,asaprotectivedeviceagainstthestraycapacitanceduringthebreakdowninEAST,isanalyzedindetail.Threekindsoftopologyarepresented.Thenwiththeanalysisforequivalentcircuit,therangesofthreekeyparameters,i.e.,secondarysideresistance,leakageinductanceandsnubberinductance,aredetermined.Byconsideringthesaturationofthemagneticmaterial,adesignprincipleisalsopresented.Anearly1:10coresnubberistested.Itisprovedthatahighpermeabilitycorewithsecondaryresistorcanrestrainthedischargecurrenteffectively.

简介：Asamaincomponentofinternationalhumanrightsdocuments,theUnitedNationscorehumanrightsconventionsshowobviousformalandsubstancecommonalities.TheformalcommonalitiesconsistintheirbeingadoptedbyUNGeneralAssemblyandtheirsimilarityinstructure,subjectsandsystems.Theircommonalitiesinsubstanceincludethesimilarityofcontents,thehomogeneityoftheproceduralmechanismsandthecomplementarynatureoftheirnormativeinterpretation.ThecommonalitiesamongtheUN’scorehumanrightstreatiesistheinevitablerequirementoftheuniversalityandwholenessofhumanrights.

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简介：为了与僵硬学习负担转移机制和混合堆积的适用的能力，核心(MPSC)被插入预制增强的具体堆积(PRCP)形成，在原处测试与不同长度，直径，水水泥比率和PRCP包含MPSC，水泥混合了堆积，并且钻洞堆积，被执行。限制适用的能力，负担解决曲线和MPSC的压力分发，混合堆积被获得。在水泥土壤和PRCP之间的负担转移被有限元素方法分析(女性)。测试结果和女性的分析证明MPSC充分从从外部顶装进转移内部水泥的PRCP的混合堆积和高压缩强度玷污的水泥利用了大磨擦，并且那插入进混合堆积的PRCP改变混合堆积的压力分发并且改进在混合堆积和土壤之间的摩擦抵抗。长度和MPSC的节区域onPRCP两个都有最佳价值。采用MPSC在改进软土壤地面的适用的能力是有效的。

简介：Core-shellstructurednanosphereswithmesoporoussilicashellandNicore(denotedasNi@meso-SiO2)arepreparedthroughathree-stepprocess.MonodispersedNiprecursorsarefirstprepared,andthencoatedwithmesoporousSiO2.FinalNi@meso-SiO2spheresareobtainedaftercalcination.TheproductsarecharacterizedbyX-raypowderdiffraction,transmissionelectronmicroscopyandN2adsorption-desorptionmethods.Thesesphereshaveahighsurfaceareaandarewelldispersedinwater,showingahighcatalyticactivitywithaTOFvalueof18.5,andoutstandingstabilityinhydrolyticdehydrogenationofammoniaboraneatroomtemperature.

简介：笔者近日安装了FedoraCore4，初次体验感觉比以前的版本有了很大的提高．尤其在中文设置与易用性方面．但在上网时感觉很慢。其实．上网慢的主要原因是IPv6造成的。经过本人测试．从IPv6入手．的确可以提高上网速度。经过测试．笔者介绍两种的有效方法。

简介：很多DIY用户对CPU的性能追求是无止境的，有什么方法可以提高Corei7的性能呢？其中超频是提升i7性能的最简单方法，下面就给大家带来全面的Corei7的超频攻略方案。

简介：上期我们报导过“技嘉公司采用i915P芯片组的GA-81915P-SLI主板也能实现SLO暨双显卡协同工作”的新闻，现在技嘉正式公布了让Intel915P实现多重GPU协同工作的技术名称为81915PDualGraphicsCore，支持NVIDIAGeForce6600GT与6800GT显卡，采用该技术的主板配备两组PCI-Ex16插槽，实际工作模式为一组x16加一组x4。目前尚不清楚是否有别家主板厂商也会在i915P芯片组产品上加入该技术或类似功能。

简介：Corecompetitivenessisthesourceofcompetitiveadvantagesaswellastheguaranteeofvaluegrowthoftheenterprise.Thispaperdiscussesthecauseoftherisksofthecorecompetitivenessofenterprisesandthewestenterprise,introducesanalyticalmethodsoftherisksofthecorecompetitivenessandmeasuresguardagainsttherisksofthecorecompetitiveness.

简介：ExplainingthecausesofinfeasibilityofBooleanformulashasmanypracticalapplicationsinelectronicdesignautomationandformalverificationofhardware.Furthermore,aminimumexplanationofinfeasibilitythatexcludesallirrelevantinformationisgenerallyofinterest.Asmallest-cardinalityunsatisfiablesubsetcalledaminimumunsatisfiablecorecanprovideasuccinctexplanationofinfea-sibilityandisvaluableforapplications.However,littleattentionhasbeenconcentratedonextractionofminimumunsatisfiablecore.Inthispaper,therelationshipbetweenmaximalsatisfiabilityandmini-mumunsatisfiabilityispresentedandproved,thenanefficientantcolonyalgorithmisproposedtoderiveanexactornearlyexactminimumunsatisfiablecorebasedontherelationship.Finally,ex-perimentalresultsonpracticalbenchmarkscomparedwiththebestknownapproacharereported,andtheresultsshowthattheantcolonyalgorithmstronglyoutperformsthebestpreviousalgorithm.

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简介：有在粒子的核心的高carboxyl内容的没有肥皂的吸水恐水病的核心壳乳胶粒子经由播种乳剂被综合聚合使用甲基methacrylate(MMA)，丁基acrylate(BA)，甲基丙烯酸(MAA)，苯乙烯(圣)和乙烯乙二醇dimethacrylate(EGDMA)作为单体，并且在聚合，粒子尺寸和形态学上在核心准备使用的MMA内容的影响被传播电子显微镜学调查，动态轻散布结果证明播种乳剂聚合能用当在核心准备的MAA内容是时，喂过程的饥饿的单体顺利被执行平等者到或不到24wt%，并且有恐水病的PSt壳的吸水的P(MMA-BA-MAA-EGDMA)核心的包含的效率随MAA内容的增加减少了。当有中等极性的P(MMA-MAA-St)的夹层在P(MMA-BA-MAA-EGDMA)核心和PSt壳之间被插入时，井在核心准备与24wt%MAA内容设计了没有肥皂的吸水恐水病的核心壳乳胶粒子被获得。

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简介：<正>Purpose:Todeterminetheintra-testerreliabilityofclinicalmeasurementsthatassessfivecomponentsrelatedtocorestability:strength.endurance,flexibility,motorcontrol,andfunction.Methods:Participantswere15college-agedmaleswhohadnotsufferedanyorthopedicinjuryinthepastyear.Corestrengthmeasurementsincludedeightisometrictestsandasit-uptest.Thefourcoreendurancetestswerethetrunkflexortest,trunkextensortest,andbilateralsidebridgetests.Flexibilitytestsincludedthesit-and-reachtestandactiverangeofthetrunkandhipjointmotions.Proprioceptionviapassiverepositiontestsofthehipsandasinglelimbbalancetestonanunsteadyplatformwereusedtoevaluatecoremotorcontrol.Functionalmeasurementsconsistedofasquattestandasingleleghoptestfortimeanddistance.Measurementswereperformedduringtwodatacollectionsessionswithaweek’srestbetweenthesessions.Intra-classcorrelationcoefficientswerecalculatedtoestablishreliability.Results:Theoverallintra-raterreliabilityforallcorestabilityrelatedmeasurementsrangedfromlow(ICC=0.35,lefthipreposition)toveryhigh(ICC=0.98,sit-and-reach).Asagroup,thecoreendurancetestswereobservedtobethemostreliable.Conclusion:Therearehighlyreliabletestsineachofthefivegroups.Overall,coreendurancetestsarethemostreliablemeasurements,followedbytheflexibility,strength,neuromuscularcontrol,andfunctionaltests,respectively.

简介：柏油的具体核心(ACC)水坝广泛地在中国被造。许多ACC水坝执行井，而是其它在此处学习的西方的中国包括盒子经历了重要的漏。浸透不饱和的水流动的一个数字模特儿被适应通过水坝模仿渗出物。由在不同条件下面比较正常、反常的渗出物地，为实际反常渗出物地的主要原因被识别并且在转变地区(TZ)和下游的水坝壳在ACC和非计划中的、低渗透层(LPL)归因于一个缺点。这些结论与水坝的状况和表演一致。不适当的ACC构造过程可能在ACC引起了缺点。ACC厚度的一个突然的变化可能导致了压力集中并且引起了ACC失败。为TZ和水坝壳的材料来源从说明，和土壤阶段复杂、变化因为TZ不充分地被控制。特别地，测试证明渗透在水坝的这二部分在大范围上变化。意外LPL可能在两个区域存在，并且连续地延长。