导师姓名：孙壮志
性别：男
人气指数：50

所属院校：东北林业大学
所属院系：
职称：副教授
导师类型：硕导
招生专业：
研究领域： 林业智能装备的新技术与新方法
研究领域： 林业智能装备的新技术与新方法 [收起]




通讯方式 :
办公电话：**
电子邮件：sunzhuangzhi@nefu.edu.cn
通讯地址：黑龙江省哈尔滨市香坊区和兴路26号东北林业大学成栋楼511


个人简述 :
2013.092016.12，哈尔滨工程大学，机械工程，工学博士

2016.12~至今，东北林业大学，机械工程，副教授

科研工作 :
学术论文：
[1]SunZ,LuY,ZhangD,etal.HighPerformance,FlexibleandRenewableNanoBiocompositeArtificialMuscleBasedonMesoporousCellulose/IonicLiquidElectrolyteMembrane.SensorsandActuatorsB:Chemical,2018.(SCI,IF=5.667,Q1,Accepted)
[2]SunZ,LiF,ZhangD,etal.HighPerformanceAllGelStateNanoBiopolymerArtificialMusclesEnabledbyMacromolecularlyInterconnectedConductiveMicroporousChitosanandGrapheneLoadedCarbonNanosheetBasedIonicElectrolyteMembrane.JournalofTheElectrochemicalSociety,2018,165(13):H820H830.(SCI,IF=3.662,Q1,WOS:**001)
[3]SunZ,DuS,LiF,etal.Highperformancecellulosebasednanocompositesoftactuatorswithporoushighconductivityelectrodedopedbygraphenecoatedcarbonnanosheet.Cellulose,2018,25(10):**.(SCI,IF=3.809,Q1,WOS:**024)
[4]SongW,YangL,SunZ,etal.StudyonactuationenhancementforionicinducedILcellulosebasedbiocompatiblecompositeactuatorsbyglycerolplasticizationtreatmentmethod.Cellulose,2018,25(5):**.(SCI,IF=3.809,Q1,WOS:**010)
[5]SunZ,SongW,ZhaoG,etal.ChitosanbasedpolymergelpaperactuatorscoatedwithmultiwallcarbonnanotubesandMnO2compositeelectrode.Cellulose,2017,24(10):**.(SCI,IF=3.809,Q1,WOS:**021)
[6]SunZ,ZhaoG,SongW.Anaturallycrosslinkedchitosanbasedionicactuatorwithcathodedeflectionphenomenon.Cellulose,2017,24(2):441445.(SCI,IF=3.809,Q1,WOS:**001)
[7]SunZ,ZhaoG,SongW,etal.InvestigationintoElectromechanicalPropertiesofBiocompatibleChitosanBasedIonicActuator.ExperimentalMechanics,2018,58(1):99109.(SCI,IF=2.319,Q1,WOS:**008)
[8]SunZ,SongW,ZhaoG,etal.InvestigationintoEffectsofMembraneThicknessonElectromechanicalPropertiesofBiopolymerChitosanBasedElectroactivePaper.PolymerPlasticsTechnologyandEngineering,2018,57(7):690699.(SCI,IF=1.655,Q3,WOS:**007)
[9]SunZ,ZhaoG,SongW,etal.Anenhancementforactuationpropertiesofbiocompatibleelectroactivepaper.PolymerComposites,2018,39:E228E235.(SCI,IF=1.943,Q2,WOS:**020)
[10]SunZ,ZhaoG,SongW,etal.Investigationonelectromechanicalpropertiesofamusclelikelinearactuatorfabricatedbybifilmionicpolymermetalcomposites.AppliedPhysicsA,2017,123(12):749.(SCI,IF=1.604,Q3,WOS:**017)
[11]SunZ,ZhaoG,GuoH,etal.Investigationintotheactuatingpropertiesofionicpolymermetalcompositesusingvariouselectrolytes.Ionics,2015,21(6):**.(SCI,IF=2.347,Q2，WOS:**010)
[12]ZhaoG,SunZ,GuoH,etal.Combinationmechanisminvestigationonthemusclelikelinearactuatorusingionicpolymermetalcomposites.PolymerComposites,2017,38(3):479488.(SCIIF=1.943,Q2,WOS:**007)
[13]ZhaoG,SunZ,QiaoD,etal.Fabricationandappliedinvestigationofamusclelikelinearactuatorusinglonicpolymermetalcomposites.PolymerComposites,2016,38(1):147156.(SCI,IF=1.943,Q2,WOS:**018)
[14]ZhaoG,SunZ,WangJ,etal.DevelopmentofBiocompatiblePolymerActuatorConsistingofBiopolymerChitosan,CarbonNanotubesandanIonicLiquid.PolymerComposites,2017,38(8):**.(SCI,IF=1.943,Q2,WOS:**012)
[15]ZhaoG,SunZ,WangJ,etal.EffectsofChemicalPlatingTimeonElectromechanicalPropertiesofIonicPolymerMetalComposites.JournalofPolymerEngineering,2016,36(5):449455.(SCI,IF=0.778,Q4,WOS:**002)
[16]ZhaoG,SunZ,WangJ,etal.ElectrochemicalPropertiesofaHighlyBiocompatibleChitosanPolymerActuatorBasedonadifferentNanocarbon/IonicLiquidElectrode.PolymerComposites,2017,38(11),**.(SCI,IF=1.943,Q2,WOS:**007)
[17]SunZ,ZhaoG,WangJ,etal.InvestigationintoMorphologyCharacterizationofVariousSurfaceElectrodeofBiopolymerActuator:IonicPolymerMetalComposites.AdvancesinPolymerTechnology,2016.(SCI,IF=2.073,Q2,WOS:**031)
[18]YanX,GangZ,YumingZ,SunZ.MorphologycharacterizationandfailuremechanisminvestigationofAgIPMC.Ionics,2015,21(4):**.(SCIIF=2.347,Q2,WOS:**022)
[19]SunZZ,ZhaoG,GuoHJ,etal.ProcessingandModificationofIonicPolymersMetalComposites(IPMC)AReview.JournalofBiomimetics,BiomaterialsandBiomedicalEngineering.2015,22(1):1320.(EI,**886)
[20]SunZZ,ZhaoG,etal.BionicmusclesresearchonperformanceoutputandpreparationoflineardrivingunitusingIPMC.18thworldcongressinBeijing,2014.(Conference)
[21]SunZZ,ZhaoG,etal.ActuationPropertiesInvestigation:aMuscleLikeLinearActuatorBasedonBiopolymerMaterial:IonicPolymerMetalComposites.JournalofBiomimetics,BiomaterialsandBiomedicalEngineering.2015,25(1):1924.(EI,**249)
[22]ZhaoG,SunZZ,etal.FabricationofBionicLinearActuatorandApplicationStudyBasedon3DPrinting.JournalofBiomimetics,BiomaterialsandBiomedicalEngineering.2016,26(1):1318.(EI,**725)
[23]SunZZ,ZhaoG,SongWL,etal.InvestigationofaBiocompatibleArtificialMuscleBasedonDifferentElectrolyteAdditive,JournalofBiomimetics,BiomaterialsandBiomedicalEngineering,2016,29:913.(EI,**198)
[24]赵刚,孙壮志,郭华君,隋志阳,李芳,FaridM,乔东潘,赵华兴,饶宇.基于IPMC线性驱动单元的性能研究.吉林大学学报(工学版),2016,46(1):221227.(EI,**600)

授权发明专利：
[1]赵刚,孙壮志,等.一种仿生鱼尾推进器.发明专利授权号:ZL**65,**.
[2]赵刚,孙壮志,等.一种多自由度仿生关节.发明专利授权号:ZL**81,**.
[3]赵刚,孙壮志,等.测试IPMC线性驱动单元位移输出的装置与测试方法.发明专利申请号:ZL**7.5.**.
[4]赵刚,孙壮志,等.一种基于IPMC组合肌肉的仿心脏水下推进器.发明专利授权号:ZL**54,**.
[5]赵刚,孙壮志,等.一种快速转向运动的仿生水下推进器.发明专利授权号:ZL**61,**.
[6]赵刚,孙壮志,等.一种组合结构电致动材料律动式驱动的水下推进器.发明专利授权号:ZL**95,**.
[7]赵刚,孙壮志,等.一种组合结构电致动材料律动式驱动的水下推进器.发明专利授权号:ZL**72,**.
[8]赵刚,孙壮志,等.一种基于IPMC电致动材料简化结构多自由度机械抓手.发明专利授权号:ZL**24,**.
[9]赵刚,孙壮志,等.一种针对IPMC人工肌肉材料综合性能测试的实验平台.发明专利授权号:ZL**08,**.
[10]孙壮志,赵刚,等.一种基于智能材料直线驱动的多自由度机械臂关节.发明专利授权号:ZL**68,**.
[11]赵刚,孙壮志,等.一种双片离子聚合物金属复合材料线性驱动单元.发明专利申请号:CN**60,**.
[12]赵刚,许国玉，乔东潘，孙壮志等.一种带有调速装置的伸缩式旋转喷头.发明专利授权号:ZL**51,**.
[13]赵刚,许国玉，乔东潘，孙壮志等.一种适应于烟囱的余热回收节能装置.发明专利授权号:ZL**2.9,**.

学术著作：《生物质凝胶类仿生人工肌肉》，孙壮志等，东北林业大学出版社，2018.