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凝胶柔性电子器件研究在AdvancedFunctionalMaterials发表.题目：FromGlutinous-Rice-InspiredAdhesiveOrganohydrogelstoFlexibleElectronicDevicesTowardWearableSensing,PowerSupply,andEnergyStorage.作者：HongweiZhou,JialiangLai,BohuiZheng,XilangJin,GuoxuZhao,HanbinLiu,WeixingChen,AijieMa,XushengLi...
论文题目为：“One-potSynthesisofDealloyedAuNiNanodendriteasaBifunctionalElectrocatalystforOxygenReductionandBorohydrideOxidationReaction”，DOI:10.1002/adfm.201700260，由凝固技术国家重点实验室陈福义教授指导的王佳丽博士生为第一
论文原文链接：https://DOI:10.1002/adfm.202001165。《NanoEnergy》论文题目为《Three-dimensionallyorderedmacro-microporousmetalorganicframeworkswithstrongsulfurimmobilizationandcatalyzationforhigh-performancelithium-sulfurbatteries
Astrategyforthemodificationofstretchabletriboelectricnanogenerators(TENGs)usingnonmetallicpolymersisproposed.Thenylon-modified-TENGprovidesa…
Defectengineeringcaneffectivelyimprovetheelectrocatalyticactivityofcarbon-basednanomaterials.Thisreviewsummarizestherecentprogress…
Afibrilnetworkstrategyisdemonstratedtofabricatesemitransparentorganicsolarcells(ST-OSCs).Aneffectiveholetransportpathwaycanbemaintainedevenwhena…
Watercoversabout70%oftheearth'ssurfaceandcontainstremendousenergythatremainsuntapped.Despitesuccessinharvestinghydrodynamicenergybasedonheavy-weightandbulkyelectromagneticgenerators,agreatdealofwaterenergiesstoredinthelow-frequencyflowofwatersuchasintheformofraindrops,river/oceanwaves,andthetide,remainlargelyuntapped.
该研究成果以BioinspiredHighlyAnisotropic,UltrastrongandStiff,andOsteoconductiveMineralizedWoodHydrogelCompositesforBoneRepair为论文题目发表在AdvancedFunctionalMaterials（DOI:10.1002/adfm.202010068）上。图1.基于天然骨和木材各
AdvancedFunctionalMaterials:一种非金属化可拉伸尼龙改性的高性能摩擦纳米发电机.2020年03月9日bymaterialsviewschina.自摩擦纳米发电机（TENG）的概念被提出以来，作为一种新型的能量采集策略，TENG在环境能源、人体运动能量收集及低功耗电子设备供电等方有广泛...
日前，功能材料领域权威期刊AdvancedFunctionalMaterials(IF=12.124）刊发了西北工业大学关于高性能氧化石墨烯基全固态超级电容器的最新研究成果。论文题目为：“Cap
凝胶柔性电子器件研究在AdvancedFunctionalMaterials发表.题目：FromGlutinous-Rice-InspiredAdhesiveOrganohydrogelstoFlexibleElectronicDevicesTowardWearableSensing,PowerSupply,andEnergyStorage.作者：HongweiZhou,JialiangLai,BohuiZheng,XilangJin,GuoxuZhao,HanbinLiu,WeixingChen,AijieMa,XushengLi...
论文题目为：“One-potSynthesisofDealloyedAuNiNanodendriteasaBifunctionalElectrocatalystforOxygenReductionandBorohydrideOxidationReaction”，DOI:10.1002/adfm.201700260，由凝固技术国家重点实验室陈福义教授指导的王佳丽博士生为第一
论文原文链接：https://DOI:10.1002/adfm.202001165。《NanoEnergy》论文题目为《Three-dimensionallyorderedmacro-microporousmetalorganicframeworkswithstrongsulfurimmobilizationandcatalyzationforhigh-performancelithium-sulfurbatteries
Astrategyforthemodificationofstretchabletriboelectricnanogenerators(TENGs)usingnonmetallicpolymersisproposed.Thenylon-modified-TENGprovidesa…
Defectengineeringcaneffectivelyimprovetheelectrocatalyticactivityofcarbon-basednanomaterials.Thisreviewsummarizestherecentprogress…
Afibrilnetworkstrategyisdemonstratedtofabricatesemitransparentorganicsolarcells(ST-OSCs).Aneffectiveholetransportpathwaycanbemaintainedevenwhena…
Watercoversabout70%oftheearth'ssurfaceandcontainstremendousenergythatremainsuntapped.Despitesuccessinharvestinghydrodynamicenergybasedonheavy-weightandbulkyelectromagneticgenerators,agreatdealofwaterenergiesstoredinthelow-frequencyflowofwatersuchasintheformofraindrops,river/oceanwaves,andthetide,remainlargelyuntapped.
该研究成果以BioinspiredHighlyAnisotropic,UltrastrongandStiff,andOsteoconductiveMineralizedWoodHydrogelCompositesforBoneRepair为论文题目发表在AdvancedFunctionalMaterials（DOI:10.1002/adfm.202010068）上。图1.基于天然骨和木材各
AdvancedFunctionalMaterials:一种非金属化可拉伸尼龙改性的高性能摩擦纳米发电机.2020年03月9日bymaterialsviewschina.自摩擦纳米发电机（TENG）的概念被提出以来，作为一种新型的能量采集策略，TENG在环境能源、人体运动能量收集及低功耗电子设备供电等方有广泛...
日前，功能材料领域权威期刊AdvancedFunctionalMaterials(IF=12.124）刊发了西北工业大学关于高性能氧化石墨烯基全固态超级电容器的最新研究成果。论文题目为：“Cap
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