个人简历

研究以自然界中广泛存在的农林生物质资源为原料，在功能仿生和结构仿生的设计思路指导下，以新型生物质精炼分级分离提取手段和先进的智能制造技术（3D打印）为依托，研发具有高附加值的纤维素和半纤维素基功能新材料，如环境功能新材料（环境净化材料、环境修复材料、环境替代材料）、生物医用新材料（伤口修复、组织工程、药物控释等）。
课题组长期招收具有环境科学与工程、材料科学与工程、化学工程、生物医学工程等相关专业的硕士研究生、博士研究生、以及国内外博士后申请，详情欢迎来信来电咨询。
教育背景
2012.09-2016.09ÅboAkademiUniversity,Finland，科学与工程学院，获博士学位（优博）
2009.09-2012.03天津科技大学，材料科学与化学工程学院，获硕士学位（优硕）
2005.09-2009.09天津科技大学，材料科学与化学工程学院，获学士学位
工作经历
2017.08-至今江苏大学，环境安全与工程学院，生物质能源研究所，研究员
2016.07-2017.07UppsalaUniversity，Sweden，工程科学学院，博士后
2016.06-2016.07UppsalaUniversity，Sweden，工程科学学院，访问学者
2015.04-2015.07NorwegianUniversityofScienceandTechnology，PaperandFibreResearchInstitute(PFI),Norway，访问学者
2013.01-2013.05，2013.10KTHRoyalInstituteofTechnology,Sweden，生物技术学院，访问学者

科研项目
1.国家重点研发计划“中国-加拿大”政府间国际合作重点专项，2019-2022，在研，子课题主持
2.江苏省自然科学基金青年基金，2019.6-2022.6，在研，主持
3.江苏大学高级人才基金项目，2018.6-2021.6，在研，主持
4.江苏大学“青年英才培育计划”优秀青年骨干教师，2018.6-2021.6，在研，主持
5.江苏省双创计划-双创团队，2019.6-2022.6，在研，参与
6.FutureRefiningofForestBiomass@theMolecularProcessTechnologyApproach,JohanGadolinProcessChemistryCentre,ÅboAkademiUniversityCoE,2015-2018,结题，参与
7.FutureBiorefinery-FuBio2jointresearch.FIBIC,Tekes,Industry,2011-2014,结题，参与
8.JointresearchbetweentheWallenbergWoodScienceCentre(WWSC)andÅboAkademiUniversity(AAU),2011-2013,结题，参与

发明专利
1.一种纳米纤维素生物打印凝胶油墨的制备方法
2.一种农林用多功能土壤改良剂
3.一种微孔无机滤膜的制备工艺和制备方法

近期论文

1.QianqianWang,ChenchengJi,JianzhongSun,QianYao,JunLiu,RanaMuhammadYousafSaeed,QianqianZhu.Kineticthermalbehaviorofnanocellulosefilledpolylacticacidfilamentforfusedfilamentfabrication3Dprinting.JournalofAppliedPolymerScience,2019,136,48374.
2.QianqianWang,QianYao,JunLiu,JianzhongSun,QianqianZhu,HongleiChen.Processingnanocellulosetobulkmaterials:areview.Cellulose,2019,26:7585-7617.
3.QianqianZhu,QianYao,JianzhongSun,HongleiChen,XuWeihua,JunLiu,QianqianWang.StimuliInducedCelluloseNanomaterialsAlignmentanditsEmergingApplications:aReview.CarbohydratePolymers,2019,underreview.
4.SujieYu,JunLiu,YifeiShi,LiangCheng,QianqianWang,JianWu,JianzhongSun.Highvalue-addedproductbasedonnanocellulosefrombiomasswasteBiomasswaste-Asourceofrawmaterialsandnanocellulose.2019,underreview.
5.SujieYu,JunLiu,JianzhongSun,QianqianWang,JianWu.Optimizationofalginatebioactivesulfatedpolysaccharidesextractionfromulva((Enteromorpha))proliferaandanalysisofitschemicalproperties.2019,underreview.
6.JunLiu,LushanSun,WenyangXu,QianqianWang,SujieYu,JianzhongSun.Currentadvancesandfutureperspectivesof3Dprintingnatural-derivedbiopolymers.CarbohydratePolymers,2019,207：297-316.
7.QianqianWang,JianzhongSun,QianYao,ChenchengJi,JunLiu,QianqianZhu.3Dprintingwithcellulosematerials.Cellulose,2018,25(8):4275-4301.
8.JunLiu,MarkusBacher,ThomasRosenau,StefanWillför,AlbertMihranyan.PotentiallyImmunogenicContaminantsinWood-basedandBacterialNanocellulose:AssessmentofEndotoxinand(1,3)-β-D-glucanLevels.Biomacromolecules,2018,19:150-157.
9.JunLiu,StefanWillför,AlbertMihranyan.OnImportanceofImpurities,PotentialLeachablesandExtractablesinAlgalNanocelluloseforBiomedicalUse.CarbohydratePolymers,2017,172:11-19.
10.刘俊，孙璐姗，王钱钱，孙建中.3D打印生物质基复合材料研究进展及应用前景.生物产业技术,2017,3:54-67.
11.JunLiu,Ann-SofieLeppänen,VictorKisonen,StefanWillför,ChunlinXu,FranciscoVilaplana.Insightsonthedistributionofsubstitutionsinsprucegalactoglucomannananditsderivativesusingintegratedchemo-enzymaticdeconstruction,chromatographyandmassspectrometry.InternationalJournalofBiologicalMacromolecules,2018,112C:616-625.
12.MarkusPeurla,PeterKunnas,JussiKauppila,AnttiViinikanoja,SauliHaataja,Rose-MarieLatonen,PatrycjaBober,ChunlinXu,JunLiu,LauriPelliniemi,CaritaKvarnström.Improvedimagecontrastinlowvoltagetransmissionelectronmicroscopybyusinggrapheneoxidesamplesupport.JournalofAppliedPhysics,underreview2017.
13.WenyangXu,HenrikGrénman,JunLiu,DennisKronlund,BinLi,JoukoPeltonen,StefanWillför,AnnaSundberg,ChunlinXu.Preparationofcellulosenanocrystalsbymildoxalicacid-catalyzedhydrolysis.ChemNanoMat,2017,3:109-119.
14.KajsaMarkstedt,WenyangXu,JunLiu,ChunlinXu,PaulGatenholm.SynthesisoftunablehydrogelsbasedonO-acetyl-galactoglucomannansfromspruce.CarbohydratePolymers,2017,157:1349-1357.
15.JunLiu,GaryChinga-Carrasco,FangCheng,WenyangXu,StefanWillför,KristinSyverud,ChunlinXu.Hemicellulose-reinforcednanocellulosehydrogelsforwoundhealingapplication.Cellulose,2016,23:3129–3143.
16.JunLiu,VictorKisonen,StefanWillför,ChunlinXu,FranciscoVilaplana.Profilingthesubstitutionpatternofxyloglucanderivativesbyintegratedenzymatichydrolysis,hydrophilic-interactionliquidchromatographyandmassspectrometry.JournalofChromatographyA,2016,1463:110-120.
17.JunLiu,FangCheng,HenrikGrénman,StevenSpoljaric,JukkaSeppälä,JohnEriksson,StefanWillför,andChunlinXu.Developmentofnanocellulosescaffoldswithtunablestructurestosupport3Dcellculture.Carbohydratepolymers,2016,148:259-271.
18.JunLiu,StefanWillför,ChunlinXu.Areviewofbioactiveplantpolysaccharides:Biologicalactivities,functionalization,andbiomedicalapplications.BioactiveCarbohydratesandDietaryFibre,2015,5(1):31-61.
19.XiaojuWang,FangCheng,JunLiu,Jan-HenrikSmått,DavidGepperth,MikaLastusaari,ChunlinXu1,LeenaHupa.Biocompositesofcopper-containingmesoporousbioactiveglassandnanofibrillatedcelluloseforchronicwoundhealing.ActaBiomaterialia,2016,46:286-298.
20.BinLi,WenyangXu,DennisKronlund,AnniMäättänen,JunLiu,StefanWillför,HongyanMou,XindongMu,ChunlinXu.CellulosenanocrystalspreparedviaformicacidhydrolysisfollowedbyTEMPO-mediatedoxidation.CarbohydratePolymers,2015,133:605-612.
21.CamilaHonorato,VinayKumar,JunLiu,HannaKoivula,ChunlinXu,MarttiToivakka.Transparentnanocellulose-pigmentcompositefilms.JournalofMaterialsScience,2015,50(22):1-10.
22.DanielDax,M.SoledadChávezBastidas,CamilaHonorato,JunLiu,StevenSpoljaric,JukkaSeppälä,RegisT.Mendonça,ChunlinXu,StefanWillför,JulioSánchez.Tailor-madehemicellulose-basedhydrogelsreinforcedwithnanofibrillatedcellulose.NordicPulpandPaperResearchJournal,2015,30(3):373-384.
23.DimitarValtakari,JunLiu,VinayKumar,ChunlinXu,MarttiToivakka,JarkkoJSaarinen.ConductivityofPEDOT:PSSonspin-coatedanddropcastnanofibrillarcellulosethinfilms.NanoscaleResearchLetters,2015,10:386.
24.JunLiu,RistoKorpinen,KirsiS.Mikkonen,StefanWillför,andChunlinXu.Nanofibrillatedcelluloseoriginatedfrombirchsawdustaftersequentialextractions:apromisingpolymericmaterialfromwastetofilms.Cellulose,2014,21(4):2587–2598.
25.PatrycjaBober,JunLiu,KirsiS.Mikkonen,PetriIhalainen,MarkusPesonen,CarmePlumed-Ferrer,AttevonWright,TomLindfors,ChunlinXu,Rose-MarieLatonen.Biocompositesofnanofibrillatedcellulose,polypyrroleandsilvernanoparticleswithelectroconductiveandantimicrobialproperties.Biomacromolecules,2014,15(10):3655-3663.(共同第一作者)
26.Ann-SofieLeppänen,ChunlinXu,JunLiu,XiaojuWang,MarkusPesonen,StefanWillför.Anionicpolysaccharidesastemplatesforthesynthesisofconductingpolyanilineandasstructuralmatrixforconductingbiocomposites.MacromolRapidCommun,2013,34(13):1056-1061.
27.JunLiu,HuirenHu.TheRoleofcellulosebindingdomainsintheadsorptionofcellulasesontofibersanditseffectontheenzymaticbeatingofbleachedkraftpulp.Bioresources,2012,7(1):878-892.
28.JunLiu,HuirenHu,JianfengXu,andYangbingWen.Optimizingenzymaticpretreatmentofrecycledfiberforimprovingitsdrainingabilityusingresponsesurfacemethodology.BioResources,2012,7(2):2121-2140.
29.JunLiu,HuirenHu.TreatmentofNBKPwithcellulasetoreducetherefiningenergyconsumptioninproductionofgreaseproofpaper.The2011InternationalConferenceonChemicalEngineeringandAdvancedMaterials(CEAM2011),2011,Vol236-238,1379-1384.
30.JunLiu,HuirenHu.CombinedenzymeandchemicalfixingagenttocontrolDCSinpapermakingwhitewater.EnvironmentalPollutionandPublicHealth(EPPH2011).2011,Vol2,978-1-4244-5089-2/11,pp.1-4.
31.刘俊.防油纸生产中能耗与成纸阻隔性能的关系.国际造纸,2012,31(3):17-22.
32.刘俊,胡惠仁.P-RCAPMP酶促打浆的研究.中国造纸,2011,30(3):1-5.
33.刘俊,胡惠仁,扬莎.纸浆和造纸白水中DCS的生物酶控制.纸和造纸,2011,30(1):56-59.
34.刘俊.酶处理对APMP磨浆能耗和浆料改性的影响.国际造纸,2011,30(1):17-22.
35.刘俊.生物酶处理提高旧箱纸板纸浆及其成纸性能.国际造纸,2011,30(3):29-34.
36.刘俊.GCC和PCC填料在化学浆细小纤维表面的留着.造纸化学品,2011,23(2):50-53.
37.刘俊.酶促打浆.造纸化学品,2011,23(1):62-66.
38.刘俊.木聚糖酶辅助漂白机理的研究进展.纸和造纸,2010,29(12):58-60.
39.杨莎,胡惠仁,刘俊.果胶酶降解阴离子垃圾中果胶类物质的研究.中国造纸学报-增刊,2010,301-305.
40.杨莎,胡惠仁,刘俊.果胶酶结合化学助剂控制BCTMP浆中DCS的效果.纸和造纸,2010,29(8):47-50.
41.刘俊.运用果胶酶降低BCTMP中阳离子需求量.国际造纸,2010,29(2):26-34.
42.刘俊.运用生物酶和白腐菌的针叶木生物机械法制浆.国际造纸,2010,29(5):18-25.
43.刘俊.阳离子木薯淀粉和马铃薯淀粉对加填PCC效果的影响.国际造纸,2010,29(6):34-39.
44.刘俊.疏水改性淀粉表面施胶时影响因素的研究.造纸化学品,2010,22(6):57-61.
45.刘俊.节约纤维兼保性能的填料处理新技术.造纸化学品,2010,22(S1):45-48.
46.刘俊.喷墨打印纸无法进行脱墨吗？造纸化学品,2010，22(5):69-70.
47.田志强,段希磊,刘俊.一种新的环境友好型湿部混合技术.造纸化学品,2009,21(4):54-55.
Conferenceproceedings
1.SujieYu,JunLiu.Highvalue-addedproductsfromGreentides–extractionofalginateandnano-celluloseforpotential3Dprintingapplication.The26thTri-UInternationalJointSeminarandSymposium,Zhenjiang,China,October21th-24th,2019.
2.JunLiu,AlbertMihranyan,ThomasRosenau,MarkusBacher,StefanWillför,SujieYu,JianzhongSun.Onimportanceofbiosafetyevaluationofnanocellulosesforbiomedicalapplications.The5thInternationalConferenceonPulping,PapermakingandBiotechnology,proceeding,Nanjing,China,November12th-14th,2018.
3.QianYao,JianzhongSun,JunLiu,QianqianWang.Printabilityevaluationofeucalyptuswoodpowder,unbleachedpulpandbleachedpulpfilledPLAfilamentsforFDM3Dprintingandtheirthermalbehaviors.The5thInternationalConferenceonPulping,PapermakingandBiotechnology,proceeding,Nanjing,China,November12th-14th,2018.
4.JunLiu,Ann-SofieLeppänen,PatrycjaBober,XiaojuWang,TomLindfors,Rose-MarieLatonen,StefanWillför,ChunlinXu.Nanocelluloseactingastemplatesforsynthesisofconductingpolymersandinsituformationofbicomposites.InternationalElectromaterialsScienceSymposium,proceedingsabstracts,NorthWollongong,Australia,February7th-10th,2017.
5.JunLiu,StefanWillför,FranciscoVilaplana,ChunlinXu.Structuralelucidationofplantcellwallpolysaccharidesandtheirderivativesbyintegratedenzymatic,chromatographic,andmassspectrometricapproaches.14thBratislavaSymposiumonSaccharides
学术学会：国际先进材料学会会员（InternationalAssociationofAdvancedMaterials），中国林学会高级会员（ChineseSocietyofForestry），中国生物材料学会会员（ChineseSocietyforBiomaterials），中国造纸学会-纳米纤维素及材料专业委员会会员(ChinaTechnicalAssociationofPaperIndustry)，中国先进材料学会会员、执行委员会委员（ChineseAdvancedMaterialsSociety）