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MinistryofEducation,ChongqingUniversity,Chongqing400044,P.R.ChinaMorebyChaoGaoYanjieWangMesoporousWS2/MoO3HybridsforHigh-PerformanceTraceAmmoniaDetectionACSAppl.Mater....

2\)moo\(_4\cdot\)2h\(_2\)o)&30～50\,g/l\\硫酸锰(mnso\(_4\cdot\)h\(_2\)o)&10～20\,g/l\\硫酸镍(niso\(_4\cdot\)6h\(_2\)o)&5～10\,g/l\\硫代硫酸钠(na\(_2\)s\(_2\)o\(_3\cdot\)5h\(_2\...

MasoudShahrokhi,aPascalRaybaudORCIDlogo*abandTanguiLeBahersOntheunderstandingoftheoptoelectronicpropertiesofS-dopedMoO3andO-dopedMoS2bulksystems:aDFTperspectiveJ.Mater.Chem.C...

MasoudShahrokhiPascalRaybaud*TanguiLeBahers2DMoO3–xSx/MoS2vanderWaalsAssembly:ATunableHeterojunctionwithAttractivePropertiesforPhotocatalysisACSAppl.Mater.Interfaces202113,30,...

R.Kohlmuller,J.-P.FaurieMoO3-CuOsystemC.R.Acad.Sci.,Ser.C1967264，1751–1752JohnWiley+BlackwellR.Kohlmuller,J.-P.Faurie,MoO3-CuOsystem,C.R.Acad.Sci.,Ser.C264(1967)1751–1752

DopedNaSrY(MoO4)3DisorderedLaserCrystalsCryst.GrowthDes.2025,25,18,7701–7713Cryst.GrowthDes.2025,25,18,7701–7713Cryst.GrowthDes.2025,25,18,7701–7713...

构建高效异质界面，协同增强双功能活性焦耳加热技术能制备具有明确异质界面的纳米结构催化剂（如Fe-NiO/MoO?），这些异质界面促进界面...Fe/Mo共掺杂重构后Fe,Mo-NiOOH相的OER决速步能垒从3....

BEHAVIOROFMoO2Cl2·H2OONHEATINGRyokoMatsuzaki,HisaoKaneko,YuzoSaekiBEHAVIOROFMoO2Cl2·H2OONHEATINGChemistryLettersVolume3,Issue10,October1974,Pages1219–1222,Volume3,Issue10,...

例如，通过电沉积结合焦耳加热技术制备的Fe-NiO/MoO?纳米球催化剂，其Fe/Mo共掺杂显著优化了OER反应中间体的吸附能，将决速步的能垒从3.40eV（未掺杂的NiOOH）降低至1.85eV。[89]更重要的...

Y.X.Li,J.D.Shi,Y.Q.Xiang,J.H.Qu,G.L.Yuan,X.WangInsightintothehighlyefficientphotocatalyticbehaviorofα-MoO3/AgBrheterojunctionwithS-...

研究人员指出：“此外，通过研究倒置OPV中热诱导的有机活性层/三氧化钼（MoO3）界面降解，我们证明在活性层与MoO3之间插入薄薄的富勒烯（C60）夹层可减轻'烧入'降解，确保高内在热稳定性。...

QingyiZengEmbeddingCoinperovskiteMoO3forsuperiorcatalyticoxidationofrefractoryorganicpollutantswithperoxymonosulfateChemosphere2023137726...

PhuongThuLeSynergisticeffectoftheheterojunctiong-C3N4/Bi2MoO6/...WaterResearch&Technology202410,2665-2687RSC英国皇家化学会数据库

WeiCaia,XueYua,YanCaob,Electron-coupledenhancedinterfacialinteractionofCe-MOF/Bi2MoO6heterostructureforboostedphotoreductionCO2JournalofEnvironmentalChemicalEngineering...Issue3...

XinNie,JunLi,GuohuaDongAnovelCe-Bi2MoO6/CeVO4Z-...Issue3...

bXiaoheTan,abLinqingLiao,abZeningQi,eMinXie,eYuanyuanMa,*abYaqiongSuORCIDlogo*dandYongquanQuORCIDlogo*bOxygenspilloverfromRuO2toMoO3enhancestheactivityanddurabilityofRuO2...

DiZhanga,HongyueTana,YingLiua,XiaoyuHea,ZheZhanga,LizhiXiaoa,ZhihongWena,QuanLinc,YuZhaoa,YingnanJiangaFluorescentdetectionofmolybdate(MoO42?...113026...

DopedNaSrY(MoO4)3DisorderedLaserCrystalsCrystalGrowth&DesignAugust29,2025未知DOI:10.1021/acs.cgd.5c00892https://pubs.acs.org/doi/10.1021/acs.cgd.5c00892

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BrijeshKumarPatel,DiptiPrakasiniDas,AshutoshRathTuningandUnderstandingofLayered2DMoS2–MoO3InterfaceforEnhancedPhotocatalyticActivitiesAdvancedFunctionalMaterials2025Volume35,...

LiWangAnultraviolet-writableandinfrared-erasableanti-counterfeitingstrategybasedonthecombinationofphotochromicZn2GeO4:Na+phosphorandphotothermalconverterNaYb0.5Sm0.5(MoO4...138192...

求助文献，Fe-MediatedTweakingofBandBendingandActivationEnergyinα-MoO3?NanoLamellaforEnhancedNO2?GasDetectionUnderLowOperatingTemperature。doi:'...

yingliEnhancedcatalyticbehaviorforsynthesisofdiphenylcarbonateoverSBA-16compositedwithα-MoO3MolecularCrystalsandLiquidCrystals2023125-137...needAccess=true