简介：ＰｒｏｐｅｒｔｉｅｓｏｆＮｕｃｌｅｉｉｎＬｅａｄＲｅｇｉｏｎ￥ＧｕＪｉｎｎａｎａｎｄＺｈａｎｇＣｈａｎｇｈｕａＴｈｅｓｔｒｕｃｔｕｒｅｏｆｔｈｅｎｕｃｌｅｉｉｎｔｈｅｖｉｃｉｎｉｔｙｏｆ２０８Ｐｂｈａｖｅｂｅｃｏｍｅｏｆｇｒｅａｔｅｘｐｅｒ...

简介：Ｐｒｏｐｅｒｔｉｅｓ　ｏｆ　Ｂｏｒｒｏｍｅａｎ　Ｈａｌｏ　ＮｕｃｌｅｉＰｒｏｐｅｒｔｉｅｓｏｆＢｏｒｒｏｍｅａｎＨａｌｏＮｕｃｌｅｉ￥ＷａｎｇＺｈｅｎｇｄａ；ＺｈａｎｇＸｉａｏｄｏｎｇ；ＷａｎｇＸｉａｏｃｈｕｎａｎｄＷａｎｇＸｉａｏｂｉｎＴｈｅｓｉｎ...

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简介：在这份报纸，模仿大聚类系数和在许多真实建筑群存在的模块化的结构的一个随机的派系网络模型联网，例如社会网络，人工的网络，和蛋白质相互作用网络，吗被联合Erd的随机的选择规则介绍?s和R.愠辀?辀吗？？

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简介：Thispaperstudiesasimpleasymmetricallyevolvedcommunitynetworkwithacombinationofpreferentialattachmentandrandomproperties.Animportantissueaboutcommunitynetworksistodiscoverthedifferentutilityincrementsoftwonodes,wheretheutilityisintroducedtoinvestigatetheasymmetricaleffectofconnectingtwonodes.Ontheotherhand,theconnectionoftwonodesincommunitynetworkscanbeclassifiedastwonodesbelongingtothesameortodifferentcommunities.Thesimulationresultsshowthatthemodelcanreproduceapower-lawutilitydistributionP(u)～uσ,σ=2+1p,whichcanbeobtainedbyusingmean-fieldapproximationmethods.Furthermore,themodelexhibitsexponentialbehaviourwithrespecttosmallvaluesofaparameterdenotingtherandomeffectinourmodelatthelow-utilityregionandapower-lawfeaturewithrespecttobigvaluesofthisparameteratthehigh-utilityregion,whichisingoodagreementwiththeoreticalanalysis.Thiskindofcommunitynetworkcanreproduceauniqueutilitydistributionbytheoreticalandnumericalanalysis.

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简介：我们将讨论你怎么能与一台便携式、小的设备考虑到厚度和折射索引测量玻璃性质并且它怎么基于一个光理论工作。你能使用的主要工业它是空气工业(为飞机窗户和大楼和构造)。因此，进玻璃性质的探查用各种各样的实际应用是很有意义的。

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简介：Thestructuralpropertiesofwateratdifferenttemperatureshavebeeninestigatedusingaflexiblewatermodelintheisothermal-isobaricensemble.Withdecreasingtemperature,thetetrahedralityofthedistributionofthewatermoleculesaroundthecentralwatermoleculeisenhanced,andthehydrogenbondsbecomemorelinear.Bymeansofaconjugategradientenergyminimization,dynamicalconfigurationsatvarioustemperatureshavebeenmappedontonearbypotential-energyminima,the50°-60°peak(P1)inthedistributionfunctionoftheO-O-Oangleofatrimerbecomesfarsmaller.HoweverthereappearstobeasmallbutobservabletemperaturedependenceofP1,i.e.thehigherthetemperature,thehighertheP1intensity.

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简介：Usingfirst-principlescalculations,thecontactbetweenthescandium(Sc)andsemiconductingcarbonnanotube(CNT)isinvestigated.Thisisoneofthebestqualityofn-typecontacts.Twojunctionmodelswith(8,0)CNTonlow-indexScsurfacesareconstructedtoelucidatethestructuralandelectronicpropertiesofSc/CNTjunctions.AnalysesbasedondensityofstatesandchargedifferencerevealthatstrongchemicalbondsareformedbetweenScandCatomsduetohybridstatesofSc3dstateandC2πstate.WithrespecttoTi(0001)/CNTjunction,wefindthedipolelayerformedattheinterfaceofSc(0001)/CNTiscomparablewiththatofTi(0001)/CNTbutgivesanegativebarrierattheinterface.ThisindicatesthattheexcellentcontactpropertiesofScmetalelectrodearecausedbyitslowworkfunctionandexcellentbindingwithCNT.

简介：转变地方法(TFM)被开发估计有任意的形状的水晶composites的各向异性的绝缘的性质和水晶包括的绝缘的性质，绝缘的轴与各向异性的水晶的那些其校长不同矩阵。包括形状引起的复杂边界值问题被介绍一个转变电场进水晶composites区域避免，并且有效各向异性的绝缘的回答以转变地被提出。而且，数字结果证明水晶composites的有效各向异性的绝缘的回答周期性地作为在包括和矩阵水晶材料的主要的绝缘的轴之间的旋转角度的功能变化。它被发现那更逍遥法外包括形状导致的包括体积部分有效各向异性的绝缘的回答上的深刻效果。

简介：AdoublehelixmodelofchargetransportinDNAmoleculeisgivenandthetransmissionspectraoffourDNAsequencesareobtained.ThecalculatedresultsshowthatthetransmissioncharacteristicsofDNAarenotonlyrelatedtothelongitudinaltransportbutalsotothetransversetransportofmolecule.Theperiodicsequencewiththesamecompositionhasstrongerconductionability.Withtheincreasingofbasescomposition,theconductiveabilityreduces,buttheweightofθdirectionrisesinchargetransfer.

简介：Twoacidiccarbonmaterials(H-PRCandHS-C)wereusedascatalystsforthecondensationreactionofmethanolwithformaldehydetoproducedimethoxymethane(DMM)inaqueoussolution(hydrophilicsystem)andforthe

简介：搏动的electrodeposited技术被使用在柠檬性的酸答案与不同直径制作ZnTenanowirearrays进阳极的氧化铝膜。x-raypowder衍射，扫描电子显微镜学和传播选举显微镜学显示高订的、一致、单人赛水晶的nanowires被制作了。nanowire数组的光吸收系列证明ZnTenanowire数组的光吸收乐队边与公牛ZnTe的相比展出蓝移动，并且nonlinearcurrent电压特征被观察。

简介：生物的膜为房间生活和水和是必要的。水为许多房间部件的集会和稳定性提供驱动力。这里，我们在phospholipid膜学习水的结构的性质。我们描绘本地结构，检查中间的范围顺序(国际难民组织)并且采用最近Martelli等建议的一个敏感本地顺序度量标准。与完美的冰的结构测量并且分级本地环境的重叠的度。近到膜，水获得一个高国际难民组织并且改变它的动态性质；即，它慢，在一个区域，那从膜在1nm上扩大的自由的翻译、旋转的度连接。令人惊讶地，我们证明在远及从接口的2:5nm的距离，尽管像体积的动力学被恢复，水的IRO在在一样的热力学的条件下面的体积仍然是比那稍微高级的。因此，水膜接口以比经常调用的1-nm长度规模进一步宣传的周围的条件有结构的效果。因而，当分析膜限制的水的试验性的数据时，这应该被考虑并且能帮助我们在生物系统理解水的角色。

简介：WepresentthepreliminaryresultsofourcodeOPAQS(opacitycalculationusingquantumstatisticalmodel)thatisbasedontheselfconsistentHartree-Fock-Slatermodelfortheaverageatom.Thecodeiscapableofperformingrobustcalculationsofaveragechargestate,frequency-dependentandmeanopacities.Theaccuracyoftheatomicmodelisverifiedbycomparingthecalculationsofaveragechargestatewithvariouspublishedresults.ThemonochromaticopacitiesforironcomputedatdifferentsetsoftemperaturesanddensitiesarecomparedwithLEDCOP.TheRosselandandPlanckopacitiesforironandaluminumarevalidatedwithsomestate-of-the-artcodes.Theresultsareingoodagreementwiththepublisheddata.