个人简历

出生年月：1987年2月
毕业学校：东北林业大学
最高学位：博士
所获奖项：
梁希林业科学技术奖二等奖（国家林业和草原局/中国林学会）

研究领域

研究工作主要以生物质资源（蛋白质、植物油、木质素等）为原料，通过物理、化学或者生物等手段来实现其绿色转化与高附加值加工利用，开发系列生物质基高分子材料以期替代传统的石油基高分子材料。具体研究方向有三个方面：生物质基木材胶粘剂、生物质基功能高分子材料、生物质基复合材料"申请的发明专利：
[1]高振华

近期论文

1.著作：
高振华,刘旸,霍鹏飞,张跃宏.大豆蛋白基高分子材料.科学出版社,2016.12(承担10万字/35.5万字).
2.论文发表
[1]YuehongZhang,Yuzhanli,LiweiWang,ZhenhuaGao,M.RKessler.SynthesisandCharacterizationofMethacrylatedEugenolasAGreenReactiveDiluentForAMaleinatedAcrylatedEpoxidizedSoybeanOilResin.ACSSustainableChemistryandEngineering,2017,5(10):8876-8883.
[2]YuehongZhang,WuquanZhu,YingLu,ZhenhuaGao,JiyouGu.Nano-ScaleBlockingMechanismofMMTandItsEffectsonThePropertiesofPolyisocyanate-ModifiedSoybeanProteinAdhesive.IndustrialCropsandProducts,2014,57:35-42.
[3]ZhenhuaGao,YuehongZhang,BoFan,LeipengZhang,JunyouShi.TheEffectsofThermal-AcidTreatmentandCrosslinkingonTheWaterResistanceofSoybeanProtein.IndustrialCropsandProducts,2015,74:122-131.
[4]YuehongZhang,VijayKumarThakur,Yuzhanli,ThomasFGarrison,ZhenhuaGao,JiyouGu,M.RKessler.SoybeanOil-BasedThermosettingResinswithMethacrylatedVanillylAlcoholasBio-Based,LowViscosityComonomer.MacromolecularMaterialandEngineering,2018,303(1):1700278.
[5]BinghanZhang,JinLi,YufeiKan,JianfangGao,YuehongZhang*,ZhenhuaGao.TheEffectofThermo-ChemicalTreatmentontheWaterResistanceofDefattedSoybeanFlour-BasedWoodAdhesive.Polymers2018,10,955
[6]YuehongZhang,Yuzhanli,VijayKumarThakur,ZhenhuaGao,JiyouGu,M.RKessler.HighPerformanceThermosetswithTailoredPropertiesDerivedfromMethacrylatedEugenolandEpoxy-BasedVinylEster.PolymerInternational,2018,67:544-549.
[7]YuehongZhang,BoFan,BinghanZhang,LeipengZhang,ZhenhuaGao,JiyouGu.MechanicalStabilityandBiodegradabilityBalanceofWoodFiberReinforcedSoybeanProteinComposites.PolymerComposites,2018.DOI:10.1002/PC.24838.
[8]YuehongZhang,YuzhanLi,VijayKumarThakur,JiyouGu,ZhenhuaGao,MichaelRKessler.Bio-BasedReactiveDiluentsasSustainableReplacementsforStyreneinMAESOResin.RSCAdvances,2018,8:13780-13788.
[9]YuehongZhang,WuquanZhu,ZhenhuaGao,JiyouGu.EffectsofCrosslinkingonTheMechanicalPropertiesandBiodegradabilityofSoybeanProtein-BasedComposites.JournalofAppliedPolymerScience,2015,132(5):41387.
[10]YuehongZhang,WuquanZhu,YingLu,ZhenhuaGao,JiyouGu.Water-ResistantSoybeanAdhesiveforWoodBinderEmployingCombinationsofCausticDegradation,Nano-Modification,andChemicalCrosslinking.BioResources,2013,8(1):1283-1291.
[11]BinghanZhang,BoFan,MingLi,YuehongZhang*,ZhenhuaGao.EffectsofThermalTreatmentonthePropertiesofDefattedSoyaBeanFlourandItsAdhesiontoPlywood.RoyalSocietyOpenScience,2018,5:180015.
[12]YuzhanLi,YuehongZhang,OrlandoRios,JongKKeum,MichaelRKessler.LiquidCrystallineEpoxyNetworkswithExchangeableDisulfideBonds.SoftMatter,2017,13:5021-5027.
[13]YuzhanLi,YuehongZhang,OrlandoRios,JongKKeum,MichaelRKessler.Photo-ResponsiveLiquidCrystallineEpoxyNetworkswithExchangeableDisulfideBonds.RSCAdvances,2017,7:37248-37254.
[14]BoFan,LeipengZhang,ZhenhuaGao,YuehongZhang,JunyouShi,JiangzhangLi.FormulationofANovelSoybeanProtein-BasedWoodAdhesivewithDesiredWaterResistanceandTechnologicalApplicability.JournalofAppliedPolymerScience,2016,133(27):43586