在去年雙11活動中，博海被光小米電視355英寸和60英寸更斬獲同尺寸銷量冠軍，全面領(lǐng)跑天貓雙11大尺寸智能電視。為了做出更好的電視，拾貝小米電視集結(jié)行業(yè)各方面的專家和能手，組成全明星團隊，在各個環(huán)節(jié)為小米電視選擇最優(yōu)解決方案，讓消費者利益最大化。分體和超薄的小米電視3的推出，選中帶動了整個電視走向分體。

博海被光小米電視的目標(biāo)是做世界上最好的電視。拾貝小米電視一直致力打造智能終端與視頻產(chǎn)品的電視+智能+內(nèi)容的完整生態(tài)模式。

他表示，選中小米電視，將會一如既往以更優(yōu)質(zhì)的產(chǎn)品和顛覆性價格不斷給用戶帶來驚喜。

目前已經(jīng)全面覆蓋43英寸、博海被光48英寸、55英寸、60英寸、65英寸、70英寸市場最熱銷電視尺寸，用強大性能、良心品質(zhì)以及高性價比創(chuàng)造口碑。拾貝b）PM/ZIF-simu和原始ZIF-8的XRD圖。

選中水江瀾課題組近期發(fā)表的部分學(xué)術(shù)論文:Wan,X.F.Liu,Y.C.Li,R.H.Yu,L.R.Zheng,W.S.Yan,H.Wang,M.Xu,*J.L.Shui.*?Fe–N–CElectrocatalystwithDenseActiveSitesandEfficientMassTransportforHigh-performanceProtonExchangeMembraneFuelCells,Nat.?Catal.?2019,2,259-268.?F.Xue,Y.C.Li,X.F.Liu,Q.T.Liu,J.X.Shang,H.P.Duan,*L.M.Dai,*?J.L.Shui.*Zigzagcarbonasefficientandstableoxygen?reductionelectrocatalystforprotonexchange?membranefuelcellsNat.Commun.?2018,9:3819.-T.Liu,Y.-C.Li,L.-R.Zheng,J.-X.Shang,X.-F.Liu,R.-H.Yu,J.-L.Shui*.SequentialSynthesisandActive-SiteCoordinationPrincipleofPreciousMetalSingle-AtomCatalystsforOxygenReductionReactionandPEMFuelCells,Adv.EnergyMater.2020,DOI.?10.1002/aenm.202000689.J.Zeng,J.L.Shui,*X.F.Liu,Q.T.Liu,Y.C.Li,J.X.Shang,L.R.Zheng,*R.H.Yu.*Single-AtomtoSingle-AtomGraftingofPt1ontoFe?N4?Center:Pt1@Fe?N?CMultifunctionalElectrocatalystwithSignificantlyEnhancedProperties?Adv.?EnergyMater.?2018,8,1701345.T.Liu,X.F.Liu,*L.R.Zheng,andJ.L.Shui*TheSolid-PhaseSynthesisofanFe-N-CElectrocatalystforHighPowerProton-ExchangeMembraneFuelCells?Angew.Chem.Int.Ed.,2018,57,1204–1208.Y.Chen,X.F.Liu,L.Zheng,Y.Li,X.Guo,X.Wan,Q.T.Liu,J.X.Shang,J.L.Shui*InsightsintotheRoleofActiveSiteDensityintheFuelCellPerformanceofCo-N-CCatalysts,Appl.?Catal.?B-Environ.?2019,256,117849.Y.Liu,X.Kong,L.R.Zheng,X.Guo,X.F.Liu,J.L.Shui*.RareEarthSingleAtomCatalystsforNitrogenandCarbonDioxideReduction.ACSNano2020,14(1),1093-1101.?C.Li,X.F.Liu,L.R.Zheng,J.X.Shang,*X.Wan,R.Hu,X.Guo,S.Hong,J.L.Shui*,PreparationofFe-N-CCatalystswithFeNx(x=1,3,4)ActiveSitesandComparisonofTheirActivitiesforOxygenReductionReactionandPerformancesinProtonExchangeMembraneFuelCell,J.Mater.Chem.A,2019,7,26147-26153.-L.Zhang,Q.-T.Liu,J.-L.Shui,*EffectofCatalystLayerHydrophobicityonFe-N-CProton?ExchangeMembraneFuelCells,ChemElectroChem?2020,DOI.10.1002/celc.202000351.Y.Zhu,Q.T.Liu,X.F.Liu,J.L.Shui*.TemperatureImpactsonOxygenReductionReactionMeasuredbytheRotatingDiskElectrodeTechnique.J.Phys.Chem.C2020,124,3069?3079.X.Wang,X.Gao,L.C.Li,M.Wang,J.L.Shui,*MingXu,*?High-capacityK-storageoperationalto-40byusingRGOasamodelanodematerial,NanoEnergy?doi.org/10.1016/j.nanoen.2019.104248.X.Wang,J.Ren,X.Gao,W.J.Zhang,H.P.Duan,M.Wang,J.L.Shui,*M.Xu,*Self-AdaptiveElectrodewithSWCNTBundlesasElasticSubstrateforHigh-RateandLong-Cycle-LifeLithium/SodiumIonBatteriesSmall?2018,1802913.本文由木文韜翻譯編輯。圖3Ir1-N/C和Pt1-N/C中金屬位點的配位結(jié)構(gòu)a）Ir1-N/C、博海被光Ir/C和IrO2的IrLIII邊?XANES光譜。

拾貝圖2PM1-N/C的TEM圖像和元素分布a-d）PM1-N/C的TEM圖像。i）OH*在Ir1上的吸附能隨配位陰離子（C4、選中N1C3、N2C2、N4、C4O1）的電負(fù)性而變。