之前阿里投资海尔电器的交易，王志持股比例也就2%，小米入股了美的集团1.29%的股份。

一：轩中下篇良好排品相的布偶猫怎么样养1、布偶猫是一类体型较大的猫咪,在喂养上给予上微量元素。5、国电管理布偶猫被毛较长，它们经常自己打理不过来，所以就需要主人每天都帮忙仔仔细细梳毛，不然几天不梳，它们的毛发就容易打结或者擀毡。

想要把布偶猫养得漂亮，力需真的很费心思的。特别是腋下和腿根下的地方，求侧是打结的重灾区。3、变革布偶猫也有自己的基因遗传病，比如心肌肥大、多囊肾。

一般给短毛猫洗护的洗毛精都不太适用，王志需要专门给布偶猫买赛级的那种洗护产品才行。2、轩中下篇要合理添加饲喂软骨素维生素等营养物质。

2、国电管理两只眼睛呈对称分布，耳朵呈楔形，耳根较宽，尖尖的并微微向前倾斜，纯种布偶猫性格温顺、黏人。

一般布偶猫的眼睛为蓝色并且为椭圆形，力需布偶猫的眼睛形状以橄榄形为最好，颜色越蓝越好通常，求侧金属纳米团簇的红外光谱的其他特征倾向于与相应的游离配体的那些相同，主要用于定性分析。

三、变革金属纳米团簇的分类以上介绍了金属纳米团簇的合成方法以及相应机理，变革那么合成出来的金属纳米团簇种类究竟又有哪些呢？如果按纳米团簇金属核分类的话则分为金、银、铜等单金属纳米团簇或者金银，金铜等合金纳米团簇。金属纳米团簇，王志别说遇到火了，也许温度稍微高于100摄氏度可能就坏了。

例如，轩中下篇周等人[42]在Au20（SR）16和磷化氢保护的Au20纳米团簇中发现了显著的电荷转移和溶剂化动力学。七、国电管理参考文献（标红的为文章中提到的综述）[1] Yan,N.;Xia,N.;Liao,L.;Zhu,M.;Jin,F.;Jin,R.;Wu,Z.Unravelingthelong-pursuedAu144 structurebyx-raycrystallography. Sci.Adv.2018,4,DOI:10.1126/sciadv.aat7259.[2]Jin,R.;Zeng,C.;Zhou,M.;Chen,Y.AtomicallyPreciseColloidalMetalNanoclustersandNanoparticles:FundamentalsandOpportunities.Chem.Rev. 2016,116,10346-10413.[3]Yao,Q.;Chen,T.;Yuan,X.;Xie,J.TowardTotalSynthesisofThiolate-ProtectedMetalNanoclusters.Acc.Chem.Res.2018, 51,1338-1348.[4]Luo,Z.;Nachammai,V.;Zhang,B.;Yan,N.;Leong,D.T.;Jiang,D.-e.;Xie,J.TowardUnderstandingtheGrowthMechanism:TracingAllStableIntermediateSpeciesfromReductionofAu(I)-ThiolateComplexestoEvolutionofAu25 Nanoclusters.J.Am.Chem.Soc. 2014,136,10577-10580.[5]Yao,Q.;Yuan,X.;Fung,V.;Yu,Y.;Leong,D.T.;Jiang,D.-e.;Xie,J.UnderstandingSeed-MediatedGrowthofGoldNanoclustersatMolecularLevel.Nat.Commun. 2017,8,927.[6]Wang,S.;Li,Q.;Kang,X.;Zhu,M.CustomizingtheStructure,Composition,andPropertiesofAlloyNanoclustersbyMetalExchange.Acc.Chem.Res.2018, 51, 2784-2792.[7]Yao,Q.;Feng,Y.;Fung,V.;Yu,Y.;Jiang,D.-e.;Yang,J.;Xie,J.PreciseControlofAlloyingSitesofBimetallicNanoclustersviaSurfaceMotifExchangeReaction.Nat.Commun. 2017,8,1555.[8]Chakraborty,I.;Pradeep,T.AtomicallyPreciseClustersofNobleMetals:EmergingLinkbetweenAtomsandNanoparticles.Chem.Rev. 2017,117,8208-8271.[9]Negishi,Y.;Nobusada,K.;Tsukuda,T.Glutathione-ProtectedGoldClustersRevisited:BridgingtheGapbetweenGold(I)ThiolateComplexesandThiolate-ProtectedGoldNanocrystals.J.Am.Chem.Soc.2005,127,5261-5270.[10]Negishi,Y.;Chaki,N.K.;Shichibu,Y.;Whetten,R.L.;Tsukuda,T.OriginofMagicStabilityofThiolatedGoldClusters:ACaseStudyonAu25(SC6H13)18. J.Am.Chem.Soc. 2007,129, 11322-11323.[11]Dass,A.;Stevenson,A.;Dubay,G.R.;Tracy,J.B.;Murray,R.W.NanoparticleMALDI-TOFMassSpectrometrywithoutFragmentation:Au25(SCH2CH2Ph)18 andMixedMonolayerAu25(SCH2CH2Ph)18-x(L)x. J.Am.Chem.Soc. 2008,130,5940-5946.[12] Chen,S.;Wang,S.;Zhong,J.;Song,Y.;Zhang,J.;Sheng,H.;Pei,Y.;Zhu,M.TheStructureandOpticalPropertiesofthe[Au18(SR)14]Nanocluster. Angew.Chem.,Int.Ed.2015,54,3145-3149.[13] Zeng,C.;Liu,C.;Chen,Y.;Rosi,N.L.;Jin,R.Gold-ThiolateRingasaProtectingMotifintheAu20(SR)16 NanoclusterandImplications.J.Am.Chem.Soc.2014,136,11922-11925.[14] Das,A.;Li,T.;Nobusada,K.;Zeng,C.;Rosi,N.L.;Jin,R.Nonsuperatomic[Au23(SC6H11)16]- NanoclusterFeaturingBipyramidalAu15 KernelandTrimericAu3(SR)4 Motif. J.Am.Chem.Soc.2013,135,18264-18267.[15]Crasto,D.;Barcaro,G.;Stener,M.;Sementa,L.;Fortunelli,A.;Dass,A.Au24(SAdm)16 Nanomolecules:X-rayCrystalStructure,TheoreticalAnalysis,AdaptabilityofAdamantaneLigandstoFormAu23(SAdm)16 andAu25(SAdm)16,andItsRelationtoAu25(SR)18.J.Am.Chem.Soc. 2014, 136, 14933-14940.[16]Heaven,M.;Dass,A.;White,P.;Holt,K.;Murray,R.CrystalStructureoftheGoldNanoparticle[N(C8H17)4]-[Au25(SCH2CH2Ph)18].J.Am.Chem.Soc.2008,130,3754-3755.[17]Zhu,M.;Aikens,C.M.;Hollander,F.J.;Schatz,G.C.;Jin,R.CorrelatingtheCrystalStructureofAThiol-ProtectedAu25 ClusterandOpticalProperties.J.Am.Chem.Soc.2008, 130,5883-5885.[18]Zeng,C.;Li,T.;Das,A.;Rosi,N.L.;Jin,R.ChiralStructureofThiolate-Protected28-Gold-AtomNanoclusterDeterminedbyX-rayCrystallography.J.Am.Chem.Soc.2013,135,10011-10013.[19]Crasto,D.;Malola,S.;Brosofsky,G.;Dass,A.;Hakkinen,H.̈SingleCrystalXRDStructureandTheoreticalAnalysisoftheChiralAu30S(S-t-Bu)18 Cluster.J.Am.Chem.Soc.2014,136,5000-5005.[20]Zeng,C.;Qian,H.;Li,T.;Li,G.;Rosi,N.L.;Yoon,B.;Barnett,R.N.;Whetten,R.L.;Landman,U.;Jin,R.TotalStructureandElectronicPropertiesoftheGoldNanocrystalAu36(SR)24.Angew.Chem.,Int.Ed. 2012,51,13114-13118.[21]Qian,H.;Eckenhoff,W.T.;Zhu,Y.;Pintauer,T.;Jin,R.TotalStructureDeterminationofThiolate-ProtectedAu38 Nanoparticles. J.Am.Chem.Soc. 2010, 132, 8280-8281.[22]Zeng,C.;Chen,Y.;Liu,C.;Nobusada,K.;Rosi,N.L.;Jin,R.GoldTetrahedraCoilup:Kekule-likeandDoubleHelicalSuper-structures.Sci.Adv.2015,1, e1500425.[23]Zeng,C.;Liu,C.;Chen,Y.;Rosi,N.L.;Jin,R.AtomicStructureofSelf-AssembledMonolayerofThiolatesonaTetragonalAu92 Nanocrystal.J.Am.Chem.Soc.2016,138,8710-8713.[24]Jadzinsky,P.D.;Calero,G.;Ackerson,C.J.;Bushnell,D.A.;Kornberg,R.D.StructureofaThiolMonolayer-ProtectedGoldNanoparticleat1.1ÅResolution.Science2007, 318,430-433.[25]Chen,Y.;Zeng,C.;Liu,C.;Kirschbaum,K.;Gayathri,C.;Gil,R.R.;Rosi,N.L.;Jin,R.CrystalStructureofBarrel-ShapedChiralAu130(p-MBT)50 Nanocluster.J.Am.Chem.Soc.2015,137,10076-10079.[26]Dass,A.;Theivendran,S.;Nimmala,P.R.;Kumara,C.;Jupally,V.R.;Fortunelli,A.;Sementa,L.;Barcaro,G.;Zuo,X.;Noll,B.C.Au133(SPh-tBu)52 Nanomolecules:X-rayCrystallography,Optical,Electrochemical,andTheoreticalAnalysis.J.Am.Chem.Soc. 2015,137,4610-4613.[27]Wu,Z.;Jin,R.StabilityoftheTwoAu-SBindingModesinAu25(SG)18NanoclustersProbedbyNMRandOpticalSpectroscopy.ACSNano2009,3,2036-2042.[28]Cook,A.W.;Hayton,T.W.CaseStudiesinNanoclusterSynthesisandCharacterization:ChallengesandOpportunities.Acc.Chem.Res., 2018, 51,2456-2464.[29] Jin,R.Atomicallyprecisemetalnanoclusters:stablesizesandopticalproperties.Nanoscale,2015,7,1549-1565.[30]Tang,Z.;Xu,B.;Wu,B.;Robinson,D.A.;Bokossa,N.;Wang,G.MonolayerReactionsofProtectedAuNanoclusterswithMonothiolTioproninand2,3-DithiolDimercaptopropanesulfonate.Langmuir,2011,27,2989-2996.[31]Tang,Z.;Ahuja,T.;Wang,S.;Wang,G.NearInfraredLuminescenceofGoldNanoclustersAffectedbytheBondingof1,4-DithiolateDureneandMonothiolatePhenylethanethiolate.Nanoscale,2012,4,4119-4124.[32]Conroy,C.V.;Jiang,J.;Zhang,C.;Ahuja,T.;Tang,Z.;Prickett,C.A.;Yang,J.J.;Wang,G.EnhancingnearIrLuminescenceofThiolateAuNanoclustersbyThermoTreatmentsandHeterogeneousSubcellularDistributions.Nanoscale,2014,6,7416-7423.[33]Negishi,Y.;Iwai,T.;Ide,M.ContinuousModulationofElectronicStructureofStableThiolate-ProtectedAu25 ClusterbyAgDoping.Chem.Commun. 2010,46,4713-4715.[34]Wang,S.;Meng,X.;Das,A.;Li,T.;Song,Y.;Cao,T.;Zhu,X.;Zhu,M.;Jin,R.A200-FoldQuantumYieldBoostinthePhotoluminescenceofSilver-DopedAgxAu25-xNanoclusters:The13thSilverAtomMatters.Angew.Chem.,Int.Ed.2014,53,2376-2380.[35] Goswami,N.;Yao,Q.;Luo,Z.;Li,J.;Chen,T.;Xie,J. LuminescentMetalNanoclusterswithAggregation-InducedEmission. J.Phys.Chem.Lett. 2016,7,962-975.[36] Luo,Z.;Yuan,X.;Yu,Y.;Zhang,Q.;Leong,D.T.;Lee,J.Y.; Xie,J.FromAggregation-InducedEmissionofAu(I)-Thiolate ComplexestoUltrabrightAu(0)@Au(I)-ThiolateCore-ShellNanoclusters.J.Am.Chem.Soc. 2012,134,16662-16670.[37] Ramakrishna,G.;Varnavski,O.;Kim,J.;Lee,D.;Goodson,T. Quantum-SizedGoldClustersasEfficientTwo-PhotonAbsorbers.J. Am.Chem.Soc. 2008,130,5032-5033.[38] Philip,R.;Chantharasupawong,P.;Qian,H.;Jin,R.;Thomas, J.EvolutionofNonlinearOpticalProperties:FromGoldAtomic ClusterstoPlasmonicNanocrystals.NanoLett.2012,12,4661-4667.[39] Knoppe,S.;Vanbel,M.;vanCleuvenbergen,S.;Vanpraet,L.; Bürgi,T.;Verbiest,T.NonlinearOpticalPropertiesofThiolateProtectedGoldClusters.J.Phys.Chem.C2015,119,6221-6226.[40] Knoppe,S.;Hakkinen,H.;Verbiest,T.NonlinearOptical̈ PropertiesofThiolate-ProtectedGoldClusters:ATheoreticalSurvey oftheFirstHyperpolarizabilities. J.Phys.Chem.C 2015,119,27676-27682.[41] Yau,S.H.;Varnavski,O.;Goodson,T.,III.AnUltrafastLook atAuNanoclusters. Acc.Chem.Res. 2013,46,1506-1516.[42] Zhou,M.;Vdovic,S.;Long,S.R.;Zhu,M.Z.;Yan,L.Y.;Wang,Y.Y.;Niu,Y.L.;Wang,X.F.;Guo,Q.J.;Jin,R.C.;IntramolecularChargeTransferandSolvationDynamicsofThiolateProtectedAu20(SR)16 ClustersStudiedbyUltrafastMeasurement.J. Phys.Chem.A 2013,117,10294-10303.[43] ShangL,DongS,NienhausGU.Ultra-smallfluorescentmetalnanoclusters:Synthesisandbiologicalapplications.NanoToday,2011,6,401-418.[44] Tao, Y.; Li, M.; Ren, J.; Qu,X.Metalnanoclusters:novelprobesfordiagnosticandtherapeuticapplications.Chem.Soc.Rev. 2016,47,8636-8663.[45] Liu, L.; Corma, A.MetalCatalystsforHeterogeneousCatalysis:FromSingleAtomstoNanoclustersandNanoparticles. Chem.Rev. 2018,118,4981-5079. [46] Tang, Q.; Hu, G.; Fung, V.;Jiang,D. InsightsintoInterfaces,Stability,ElectronicProperties,andCatalyticActivitiesofAtomicallyPreciseMetalNanoclustersfromFirstPrinciples.Acc.Chem.Res., 2018, 51,2793-2802.[47]Pelayo,J.Jesús,ValenciaI,García,A.Patricio,etal.Chiralityinbareandligand-protectedmetalnanoclusters.Adv. Phys.,2018,3,965-998.[48] Zhang,X.-D.;Luo,Z.;Chen,J.;Shen,X.;Song,S.;Sun,Y.; Fan,S.;Fan,F.;Leong,D.T.;Xie,J.UltrasmallAu10-12(SG)10-12 NanomoleculesforHighTumorSpecificityandCancerRadiotherapy. Adv.Mater. 2014,26,4565-4568.作者水平有限，国电管理如有遗漏或者陈述不妥的地方，望指正批评，感激不已。