油炸菜花估计没人这样做过

欢迎大家到材料人宣传科技成果并对文献进行深入解读，油炸投稿邮箱[email protected]。

菜花0％的数据对应于单一的WPU薄膜。估计b）WPU薄膜和WPU/EMIM：DCA-x离子凝胶的紫外可见光谱。

没人【图文导读】图1通过溶液加工方法制备离子凝胶的示意图a）WPU和EMIM：DCA的化学结构。欢迎大家到材料人宣传科技成果并对文献进行深入解读，样做过投稿邮箱[email protected]。油炸相关优质文献推荐ChengandJ.Ouyang*,UltrahighThermoelectricPowerGenerationfromBothIonDiffusionbyTemperatureFluctuationandHoleAccumulationbyTemperatureGradient,AdvancedEnergyMaterials,2020,2001633.Guan,E.Yildirim,Z.Fan,W.Lu,B.Li,K.Zeng,S.-W.YangandJ.Ouyang*,ThermoelectricPolymerFilmswithSignificantlyHighSeebeckCoefficientandThermoelectricPowerFactorthroughSurfaceEnergyFiltering,JournalofMaterialsChemistryA,2020,8,13600-13609.He,H.Cheng*,S.YueandJ.Ouyang*,Quasi-SolidStateNanoparticle/(IonicLiquid)GelswithSignificantlyHighIonicThermoelectricProperties,JournalofMaterialsChemistryA,2020,8,10813-10821.Guan,W.Feng,X.Wang,R.VenkateshandJ.Ouyang*,SignificantEnhancementintheSeebeckCoefficientandPowerFactorofp-typePEDOT:PSSthroughtheIncorporationofn-typeMXene,ACSAppliedMaterialsInterfaces,2020,12,13013-13020.Cheng,X.He,Z.FanandJ.Ouyang*,FlexibleQuasi-SolidStateIonogelswithRemarkableSeebeckCoefficientandHighThermoelectricProperties,AdvancedEnergyMaterials,2019,9,1901085.FanandJ.Ouyang*,ThermoelectricPropertiesofPEDOT:PSS,AdvancedElectronicMaterials,2019,5,1800769.Yao,Z.Fan,P.Li,B.Li,X.Guan,D.DuandJ.Ouyang*,SolutionallyProcessedIntrinsicallyConductivePolymerFilmswithHighThermoelectricPropertiesandGoodAirStability,JournalofMaterialsChemistryA,2018,6,24496-24502.Guan,H.ChengandJ.Ouyang*,SignificantlyEnhancementinSeebeckCoefficientandPowerFactorofThermoelectricPolymersbySoretEffectofPolyelectrolytes,JournalofMaterialsChemistryA,2018,6,19347-19352.Fan,D.Du,X.GuanandJ.Ouyang*,PolymerFilmswithUltrahighThermoelectricPropertiesArisingfromSignificantSeebeckCoefficientEnhancementbyIonAccumulationonSurface,NanoEnergy,2018,51,481-488.Yao,Z.Fan,H.Cheng,X.Guan,C.Wang,K.Sun*andJ.Ouyang*,RecentDevelopmentofThermoelectricPolymersandComposites,MacromolecularRapidCommunications,2018,39,1700727.Fan,P.Li,D.DuandJ.Ouyang*,SignificantlyEnhancedThermoelectricPropertiesOfPEDOT:PSSFilmsthroughSequentialPostTreatmentswithCommonAcidsandBases,AdvancedEnergyMaterials,2017,7, 1602116.本文由木文韬翻译编辑。

菜花他们报道了用可拉伸导电高分子作为电极的透明软机器人。估计而且这类热电材料固有的机械脆性严重影响了其在柔性热电发电机（TEGs）中的应用。

没人c）WPU薄膜和WPU/EMIM：DCA-40％离子凝胶的储能模量（G）和损耗模量（G）的角频率相关性。

样做过传统的无机热电材料是无机半导体或半金属材料。油炸图2离子凝胶材料组成及结构表征a）具有不同EMIM：DCA含量的WPU/EMIM：DCA-x水分散体和WPU水分散体的粒径分布。

（1）他们发明了酸碱依次处理的方法来提高PEDOT：菜花PSS的热电性能，在2017年报道了334mW/(mK2)的世界记录功率因子。为了使热电材料具有机械柔性，估计可将刚性的无机热电材料通过构建3D结构或多层组织来赋予其一定的柔性，估计但是它们的柔性有限并且柔性的无机热电转换效率不高。

没人该热电转换离子凝胶用于离子热电电容器。样做过（4）在2019年报道了26mV/K的世界记录离子塞贝克系数。