关注丨欧洲原子能论坛发布核能制氢报告

可以看出，关注LGHS8像一个被拉弯了的古筝，外形呈弯曲条状又不失优雅美观，与曲面屏电视搭配起来更加协调。

进入全球工程和化学领域ESI引文国际排名Top1%，丨欧入选2017年RoyalSocietyofChemistry引文Top1%高引作者。国家优秀青年科学基金项目（2018年），洲原能制氢入选国家万人计划青年拔尖人才（2017年），洲原能制氢重庆市青年拔尖人才（2015年），环境与能源催化重庆市高校创新团队带头人（2016年），重庆市十佳科技青年奖（2017年）。

材料人重磅推出材料计算解决方案，论坛组建了一支来自全国知名高校老师及企业工程师的科技顾问团队，专注于为大家解决各类计算模拟需求。发布 【图文导读】图1.材料表征。报告c.电荷密度差分侧视图。

3、关注相关优质文献推荐JieyuanLi,ZhiyongZhang,WenCui,HongWang,WanglaiCen,GraysonJohnson,GuangmingJiang,SenZhang*,FanDong*,TheSpatiallyOrientedChargeFlowandPhotocatalysisMechanismonInternalvanderWaalsHeterostructuresEnhancedg-C3N4,ACSCatalysis,2018,accepted,DOI:10.1021/acscatal.8b02459.JieyuanLi,XinganDong,YanjuanSun,GuangmingJiang,YinghaoChu,S.C.Lee,FanDong*,TailoringtheRate-determiningStepinPhotocatalysisviaLocalizedExcessElectronsforEfficientandSafeAirCleaning,AppliedCatalysisB:Environmental,2018,239,187-195.WenCui,JieyuanLi,YanjuanSun,HongWang,GuangmingJiang,S.C.Lee,FanDong*,EnhancingROSgenerationandsuppressingtoxicintermediateproductioninphotocatalyticNOoxidationonO/Baco-functionalizedamorphouscarbonnitride,AppliedCatalysisB:Environmental,2018,237,938-946.XinganDong,JieyuanLi,QianXing,YingZhou,HongweiHuang,FanDong*,TheactivationofreactantsandintermediatespromotestheselectivephotocatalyticNOconversiononelectron-localizedSr-intercalatedg-C3N4,AppliedCatalysisB:Environmental,2018,232,69-76.HongWang,YanjuanSun,GuangmingJiang,YuxinZhang,HongweiHuang,ZhongbiaoWu,S.C.Lee,FanDong*,UnravelingtheMechanismsofVisibleLightPhotocatalyticNOPurificationonEarth-AbundantInsulator-BasedCore-ShellHeterojunctions,EnvironmentalScienceTechnology,2018,52(3),1479-1487.HongWang,WendongZhang,XinweiLi,JieyuanLi,WanglaiCen,QiuyanLi,FanDong*,HighlyenhancedvisiblelightphotocatalysisandinsituFT-IRstudiesonBimetal@defectiveBiOClhierarchicalmicrospheres,AppliedCatalysisB:Environmental,2018,225,218-227.XinganDong,WendongZhang,YanjuanSun,JieyuanLi,WanglaiCen,ZhihaoCui,HongweiHuang,FanDong*,VisiblelightinducedchargetransferpathwayandphotocatalysismechanismonBisemimetal@defectiveBiOBrhierarchicalmicrospheres,JournalofCatalysis,2018,357,41-50.WenCui,JieyuanLi,FanDong*,YanjuanSun,GuangmingJiang,WanglaiCen,S.C.Lee,ZhongbiaoWu,HighlyEfficientPerformanceandConversionPathwayofPhotocatalyticNOOxidationonSrO-Clusters@AmorphousCarbonNitride,EnvironmentalScienceTechnology,2017,51(18),10682-10690.WenCui,JieyuanLi,WanglaiCen,YanjuanSun,S.C.Lee,FanDong*,Steeringtheinterlayerenergybarrierandchargeflowviabi-orientedtransportationchannelsing-C3N4:enhancedphotocatalysisandreactionmechanism,JournalofCatalysis,2017,352,351-360.FanDong*,TingXiong,YanjuanSun,LilinLu*,YuxinZhang,HaijunZhang,HongweiHuang,YingZhou,ZhongbiaoWu*,Exploringthephotocatalysismechanismoninsulators,AppliedCatalysisB:Environmental,2017,219,450-458.XinweiLi,YanjuanSun,TingXiong,GuangmingJiang,YuxinZhang,ZhongbiaoWu,FanDong*,ActivationofamorphousbismuthoxideviaplasmonicBimetalforefficientvisiblelightphotocatalysis,JournalofCatalysis,2017,352,102–112.GuangmingJiang,XinweiLi,MengnaLan,TingShen,XiaoshuLv,FanDong*,SenZhang*,Monodispersebismuthnanoparticlesdecoratedgraphiticcarbonnitride:Enhancedvisible-light-responsephotocatalyticNOremovalandreactionpathway,AppliedCatalysisB:Environmental,2017,205,532-540.(SCI，关注一区，IF=8.328)FanDong*,TingXiong,ShuaiYan,HaiqiangWang,YanjuanSun,YuxinZhang,HongweiHuang,ZhongbiaoWu*,FacetsandDefectsCooperativelyPromotedVisibleLightPlasmonicPhotocatalysiswithBiNanowires@BiOClNanosheets,JournalofCatalysis,2016,344,401-410.TingXiong†,WanglaiCen†,YuxinZhang,FanDong*,Bridgingtheg-C3N4interlayersforenhancedphotocatalysis,ACSCatalysis,2016,6,2462-2472.FanDong*,ZaiwangZhao,YanjuanSun,YuxinZhang,ShuaiYan,*ZhongbiaoWu,AnAdvancedSemimetal-organicBiSpheres/g-C3N4NanohybridwithSPR-EnhancedVisible-lightPhotocatalyticPerformanceforNOPurification,EnvironmentalScienceTechnology,2015,49(20),12432-12440.FanDong*,TingXiong,YanjuanSun,HongweiHuang,ZhongbiaoWu*,SynergisticIntegrationofThermocatalysisandPhotocatalysisonBlackDefective(BiO)2CO3Microspheres,JournalofMaterialsChemistryA,2015,3,18466-18474.FanDong*,TingXiong,YanjuanSun,YuxinZhang,YingZhou,ControllingInterfacialContactandExposedFacetsforEnhancingPhotocatalysisvia2D-2DHeterostructure,ChemicalCommunications,2015,51,8249-8252.FanDong*,QiuyanLi,YanjuanSun,Wing-KeiHo*,NobleMetal-LikeBehaviorofPlasmonicBiParticlesasaCocatalystDepositedon(BiO)2CO3MicrospheresforEfficientVisibleLightPhotocatalysis,ACSCatalysis,2014,4,4341-4350.FanDong*,ZhenyuWang,YuhanLi,Wing-KeiHo,S.C.Lee,ImmobilizationofPolymericg-C3N4onStructuredCeramicFoamforEfficientVisibleLightPhotocatalyticAirPurificationwithRealIndoorIllumination,EnvironmentalScienceTechnology,2014,48(17),10345-10353.FanDong*,TingXiong,YanjuanSun*,ZaiwangZhao,YingZhou,XinFeng,ZhongbiaoWu,Asemimetalbismuthelementasadirectplasmonicphotocatalyst,ChemicalCommunications,2014,50(72),10386-10389.本文由材料人编辑部计算材料学术组艾超供稿，材料牛编辑整理。丨欧b.电荷密度差分俯视图。

洲原能制氢包括：（1）通过构建薄层多孔结构g-C3N4纳米片促进中间毒副产物在催化剂表面的原位捕集与选择性催化转化。

论坛c.O2@CN-Ca的电荷差密度分布。2017年以来，发布受到上游地产市场的萎缩，消费需求释放趋缓，厨电增速放缓，厨电业同白电、彩电业一样，积极向***市场扩张，并在***建研发中心。

有数据统计，报告2016年国内嵌入式厨电品牌增至124个。根据京东发布的《春季家装消费报告》数据显示，关注在此期间，关注京东的家装类商品销售金额同比增长超过60%，其中建材和家具作为家装核心首当其中，而在家电产品中，厨电为第三名。

而装修标准，丨欧往往成为楼盘提升附加值的重要手段之一，也成为厨电企业能否竞标成功或被翻牌子的标准之一。随着整体厨房产业的发展，洲原能制氢在坚持走高端智能化的厨电业，洲原能制氢家电渐渐呈现以藏为美的发展趋势，厨电与橱柜之间的缝隙越来越小，嵌入式厨电一体机迅猛成长。