2008年當(dāng)選為國際量子分子科學(xué)院院士，藏分產(chǎn)業(yè)并于2018年當(dāng)選副院長，藏分產(chǎn)業(yè)2011年當(dāng)選為歐洲科學(xué)院(AcademiaEuropaea)外籍院士，2013年當(dāng)選為比利時(shí)皇家科學(xué)院外籍院士，2018年獲法國化學(xué)會(huì)Franco-Chinois獎(jiǎng)。正是由于極化子窄帶的出現(xiàn)才使得塞貝克系數(shù)隨溫度的升高而先升高，發(fā)展然后趨于平穩(wěn)，最后下降。課題組在有機(jī)/高分子熱電材料理論與計(jì)算研究方面的論文有：吉電家電舉行DongWang,LingTang,MengqiuLong,ZhigangShuai,First-principlesinvestigationoforganicsemiconductorsforthermoelectricapplications.Chem.Phys.,2009,131,224704DongWang,LingTang,MengqiuLong,ZhigangShuai,AnisotropicThermalTransportinOrganicMolecularCrystalsfromNonequilibriumMolecularDynamicsSimulations.Phys.Chem.C,2011,115,5940-5946.JianmingChen,DongWang,ZhigangShuai,First-PrinciplesPredictionsofThermoelectricFigureofMeritforOrganicMaterials:DeformationPotentialApproximation.Chem.TheoryComput.,2012,8,3338-3347WenShi,JianmingChen,JinyangXi,DongWangandZhigangShuai,SearchforOrganicThermoelectricMaterialswithHighMobility:TheCaseof2,7-Dialkyl[1]benzothieno[3,2-b][1]benzothiopheneDerivatives.Mater.,2014,26,2669-2677WenShi,TianqiZhao,JinyangXi,DongWangandZhigangShuai,UnravellingDopingEffectsonPEDOTattheMolecularLevel:FromGeometrytoThermoelectricTransportProperties.Am.Chem.Soc.,2015,137,12929-12938TianqiZhao,DongWang,ZhigangShuai.DopingOptimizationofOrganic-inorganicHybridPerovskiteCH3NH3PbI3forHighThermoelectricEfficiency.SyntheticMetals,2017,225,108-114YajingSun,DongWang,ZhigangShuai,PuckeredArsenene:APromisingRoom-TemperatureThermoelectricMaterialfromFirst-PrinciplesPrediction.Phys.Chem.C,2017,121,19080-19086.TianqiZhao,YajingSun,ZhigangShuai,DongWang,GeAs2:AIV–VGroupTwo-DimensionalSemiconductorwithUltralowThermalConductivityandHighThermoelectricEfficiency.Mater.,2017,29,6261-6268WenShi,ZhigangShuai,DongWang,TuningThermalTransportinChain-OrientedConductingPolymersforEnhancedThermoelectricEfficiency:AComputationalStudy.Funct.Mater.,2017,1702847YajingSun,ZhigangShuai,DongWang,LatticethermalconductivityofmonolayerAsPfromfirst-principlesmoleculardynamics.PhysicalChemistryChemicalPhysics,2018,20,14024-14030YunpengLiu,WenShi,TianqiZhao,DongWang,ZhigangShuai,BoostingtheSeebeckCoefficientforOrganicCoordinationPolymers:RoleofDoping-InducedPolaronBandFormation.Phys.Chem.Lett.,2019,10,2493?2499YajingSun,ZhigangShuai,DongWang,ReducingLatticeThermalConductivityoftheThermoelectricSnSeMonolayer:RoleofPhonon–ElectronCoupling.Phys.Chem.C,?2019,?123,12001–12006WenShi,DongWang,ZhigangShuai,High-PerformanceOrganicThermoelectricMaterials:TheoreticalInsightsandComputationalDesign.Electron.Mater.,2019,1800882RanLiu,YufeiGe,DongWang,ZhigangShuai,UnderstandingthetemperaturedependecneofSeebeckcoefficientfromfirst-principlesbandstructurecalculationsfororganicthermoelectricmaterials.CCSChemistry2021,accepted.本文由材料人學(xué)術(shù)組tt供稿，吉電家電舉行材料牛整理編輯。

盡管這些在傳輸機(jī)制上有很大的不同，股份公司但都表現(xiàn)出單調(diào)的溫度依賴性，即降低或升高。只有深入地理解熱電輸運(yùn)的機(jī)制，投西推進(jìn)才能實(shí)現(xiàn)熱電材料的理性設(shè)計(jì)。

然后，藏分產(chǎn)業(yè)在低溫下，極化子帶占主導(dǎo)地位，導(dǎo)致電導(dǎo)率隨溫度降低，但塞貝克系數(shù)隨溫度升高而增加。

通過一維緊束縛模型結(jié)合玻耳茲曼輸運(yùn)方程，發(fā)展清華大學(xué)帥志剛從理論上研究了摻雜聚合物的塞貝克系數(shù)。我們說保護(hù)大熊貓，吉電家電舉行更重要的是保護(hù)他們的棲息地。

對(duì)于大熊貓的傘護(hù)效應(yīng)，股份公司學(xué)界也有不同的觀點(diǎn)。只要棲息地環(huán)境得以保護(hù)，投西推進(jìn)那么其他伴生物種都能有好的生存環(huán)境了。

近年來，藏分產(chǎn)業(yè)野生大熊貓、藏羚羊、麋鹿等珍稀瀕危物種生存狀況得以改善，荒漠貓、棕頸犀鳥等神秘動(dòng)物的身影再次出現(xiàn)。為了保護(hù)國珍稀動(dòng)物，發(fā)展維護(hù)生物多樣性，促進(jìn)人與自然和諧共生，中國政府決定自2020年起，全面禁止獵捕、交易、食用野生大熊貓及其制品。