怎样描述XRD图谱知识分享.doc

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1、SuperiorPerformanceAsymmetricSupercapacitorsBasedonaDirectlyGrownCommercialMass3DCo3O4@Ni(OH)2Core−ShellElectrodeFacileSynthesisofHollowMoS2Microspheres/AmorphousCarbonCompositesandTheirLithiumStoragePropertiesBroadandweakpeakInsituassemblyofMnO2nanowires/grapheneoxid

2、enanosheetscompositewithhighspecificcapacitancestrongandclearpeakNickelecobalthydroxidenanosheetsarraysonNifoamforpseudocapacitorapplicationsOne-pothydrothermalsynthesisofreducedgrapheneoxide/Ni(OH)2filmsonnickelfoamforhighperformancesupercapacitorsRapidsynthesisofgra

3、phene/cobalthydroxidecompositewithenhancedelectrochemicalperformanceforsupercapacitorsSynthesisofultrathinmesoporousNiCo2O4nanosheetsoncarbonfiberpaperasintegratedhigh-performanceelectrodesforsupercapacitorsAsandwich-typethree-dimensionallayereddoublehydroxidenanoshee

4、tarray/graphenecomposite:fabricationandhighsupercapacitorperformanceUltrathinandhighly-orderedCoOnanosheetarraysforlithium-ionbatterieswithhighcyclestabilityandratecapabilityNi–CosulfidenanowiresonnickelfoamwithultrahighcapacitanceforasymmetricsupercapacitorsOne-steps

5、ynthesisofCoNi2S4nanoparticlesfor supercapacitorelectrodes3DNi3S2nanosheetarrayssupportedonNifoam forhigh-performancesupercapacitorandnonenzymaticglucosedetectionHigh-performanceNiCo2O4@Ni3S2core/shell mesoporousnanothornarraysonNifoamfor supercapacitorsNickeleCobalth

6、ydroxidemicrosphereselectrodepositionedonnickel cobaltitenanowiresgrownonNifoamforhigh-performance pseudocapacitorsAnovelporouscoral-likeZn0.5Ni0.5Co2O4asananodematerialfor lithiumionbatterieswithexcellentrateperformanceHydratedCobaltNickelMolybdateNanorodsasEffective

7、lySupercapacitorElectrodeMaterialsMicrowave-assistedsynthesisofgraphene/CoMoO4nanocompositeswithenhancedsupercapacitorperformanceCoMoO4$0.9H2Onanorodsgrownonreduced grapheneoxideasadvancedelectrochemical pseudocapacitormaterialsFacilefabricationandperfectcyclestabilit

8、yof3D NiO@CoMoO4nanocompositeonNifoamfor supercapacitorsFacilehydrothermalsynthesisofhierarchicalultrathinmesoporous NiMoO4n