渠道布局開啟體驗式新零售星港家居歷來重視渠道布局，防疫其投入的力度趕超行業(yè)內(nèi)眾多知名品牌。自2006年3月創(chuàng)刊以來，項目西電行《環(huán)球人物》秉持以人物記錄時代的宗旨，項目西電行依托國內(nèi)外強(qiáng)大的采編團(tuán)隊，報道政治、經(jīng)濟(jì)、社會、文化領(lǐng)域高端風(fēng)云人物，突出全球視野，兼顧時效性、權(quán)威性、可讀性。正是這種不斷自我超越的精神，氣戰(zhàn)讓星港家居在智能產(chǎn)品上全面發(fā)力，創(chuàng)新性推出D20人工智能睡眠系統(tǒng)。

以人物記錄時代，硬核應(yīng)急疫進(jìn)突出全球視野。2022年末，馳援星港家居打造了一個名為瞇兔的卡通形象，并以NICETO瞇兔(meetyou)為主題，推出了以床墊、軟床、沙發(fā)為組合的三件套主推產(chǎn)品。

緊跟物聯(lián)網(wǎng)時代凸顯創(chuàng)新優(yōu)勢在倡導(dǎo)新零售、多地德力宣揚(yáng)消費(fèi)升級的時代精神下，星港家居大膽加速品牌的蛻變步伐。

星港家居以靈活的合作模式，防疫讓經(jīng)銷商成為合伙人，通過流量+產(chǎn)品+服務(wù)多維賦能門店，成功打造家居行業(yè)新零售標(biāo)桿。項目西電行(c,d)320°C溫度下不同時間高分辨TEM圖像。

7.代表性研究成果[1]YihuaGao(Y.H.Gao),YoshioBando(Y.Bando).Carbonnanothermometercontaininggallium.Nature(London)415,599(2002).[2]Y.N.Ma#,N.S.Liu#,L.Y.Li#,X.K.Hu,Z.G.Zou,J.B.Wang,S.J.LuoY.H.Gao*.AhighlyflexibleandsensitivepiezoresistivesensorbasedonMXenewithgreatlychangedinterlayerdistances.Nat.Commun.8,1207(2017).[3]ZhiZhang,NishuangLiu,LuyingLi,JunSu,YihuaGao*,JinZou*,In-SituTEMObservationofCrystalStructureTransformationinInAsNanowiresatatomicscale.NanoLett.DOI:10.1021/acs.nanolett.8b03231.[4]JiangyuRao,NishuangLiu,ZhiZhang,JunSu,LuyingLi,LunXiongYihuaGao*.All-fiber-basedquasi-solid-statelithium-ionbatterytowardswearableelectronicdeviceswithoutstandingflexibilityandself-healingability.NanoEnergy51,425-433(2018).[5]YangYue,YananMa,NishuangLiu,SiliangWang,WeijieLiu,ChengLuo,HangZhang,FengCheng,JiangyuRao,XiaokangHu,JunSu,andYihuaGao.HighlySelf-healable3DMicrosupercapacitorwithMXene-GrapheneCompositeAerogel.ACSNano12,4224?4232(2018).[6]YananMa,YangYue,HangZhang,FengCheng,WanqiuZhao,JiangyuRao,ShijunLuo,JieWang,XueliangJiang,ZhitianLiu,NishuangLiuYihuaGao*,3DSynergisticalMXene/ReducedGrapheneOxideAerogelforaPiezoresistiveSensor.ACSNano12,3209-3216(2018).[7]C.Luo,N.S.Liu*,H.Zhang,W.J.Liu,Y.Yue,S.L.Wang,J.Y.Rao,C.X.Yang,J.Su,X.L.Jiang,Y.H.Gao*.Anewapproachforultrahigh-performancepiezoresistivesensorbasedonwrinkledPPyfilmwithelectrospunPVAnanowiresasspacer.NanoEnergy41,527-534(2017).[8]L.W.Ding#,N.S.Liu#,L.Y.Li#,X.Wei,X.H.Zhang,J.Su,J.Y.Rao,C.X.Yang,W.Z.Li,J.B.Wang,H.S.Gu?Y.H.Gao*.GrapheneSkeletonHeat-CoordinatedandNano-Amorphous-Surface-StateControlledPseudo-Negative-PhotoconductivityofTinySnO2Nanoparticles.Adv.Mater.27(23),3525-3532(2015).[9]N.S.Liu#,W.Z.Ma#,J.Y.Tao,X.H.Zhang,J.Su,L.Y.Li,C.X.Yang,Y.H.Gao*.D.GolbergY.Bando,Cable-TypeSupercapacitorsofThree-DimensionalCottonThreadBasedMulti-GradeNanostructuresforWearableEnergyStorage.Adv.Mater.25,4925-4931(2013).?[10]Y.Yue#,Z.C.Yang#,N.S.Liu*,W.J.Liu,H.Zhang,Y.N.Ma,C.X.Yang,J.Su,L.Y.Li,F.Long,Z.G.ZouY.H.Gao*.AFlexibleIntegratedSystemContainingaMicrosupercapacitor,aPhotodetector,andaWirelessChargingCoil.ACSNano10,11249-11257(2016).[11]S.L.Wang,NishuangLiu*,J.Su,L.Y.Li,F.Long,Z.G.Zou,X.L.JiangY.H.Gao*.HighlyStretchableandSelf-HealableSupercapacitorwithReducedGrapheneOxideBasedFiberSprings.ACSNano11,2066-2074(2017).[12]C.X.Yang,N.S.Liu*,W.Zeng,F.Long,Z.C.Song,J.Su,L.Y.Li,Z.G.Zou,G.J.Fang,L.XiongY.H.Gao*.Superelasticandultralightelectronsourcefrommodifying3Dreducedgrapheneaerogelmicrostructure.NanoEnergy33,280-287(2017).[13]H.X.Li,N.S.Liu*,X.H.Zhang,J.Su,L.Y.Li,Y.H.Gao*Z.L.Wang.Piezotronicandpiezo-phototroniclogiccomputationusingAudecoratedZnOmicrowires.NanoEnergy27,587-594(2016).[14]X.L.Ren#,X.H.Zhang#,N.S.Liu,L.Wen,L.W.Ding,Z.W.Ma,J.Su,L.Y.Li,J.B.Han,Y.H.Gao*.WhiteLight-EmittingDiodeFromSb-Dopedp-ZnONanowireArrays/n-GaNFilm.Adv.Funct.Mater.25,2182-2188(2015).[15]YangYue,NishuangLiu,WeijieLiu,MianLi,YananMa,ChengLuo,SiliangWang,JiangyuRao,XiaokangHu,JunSu,ZhiZhang,QingHuang,YihuaGao,3Dhybridporousxene-spongenetworkanditsapplicationinpiezoresistivesensor,NanoEnergy50,79-87(2018).[16]L.Y.Li*,F.Jiang,F.F.Tu,S.F.Jia,Y.H.GaoJ.B.Wang*.Atomic-ScaleStudyofCationOrderinginPotassiumTungstenBronzeNanosheets.Adv.Sci.4,1600537(2017).[17]L.Y.Li*,Z.F.Gan,M.R.McCartney,H.S.Liang,H.B.Yu,W.J.Yin,Y.F.Yan,Y.H.Gao,J.B.Wang*D.J.Smith*.DeterminationofPolarization-FieldsAcrossPolytypeInterfacesinInAsNanopillars.Adv.Mater.26,1052–1057(2014).本文由材料人生物學(xué)術(shù)組biotech供稿，氣戰(zhàn)材料牛審核整理。硬核應(yīng)急疫進(jìn)圖3原位加熱過程初始階段的高分辨TEM考察(a)25°C溫度下高分辨TEM圖像。

???◆開展納米級液態(tài)物質(zhì)的熱學(xué)膨脹研究[Nature415,599(2002)]，馳援研制出Ga填充的納米碳管溫度計。李智華教授：多地德力2004年在華中科技大學(xué)獲得博學(xué)位，在UniversityofMichigan，MSE作為博士后訪問一年。