贠军贤

工作部门:化学工程学院\化学工程学科
性别:男
技术职称:高校教授
最高学位:博士
民族:汉族
籍贯:甘肃秦安县

贠军贤，男，博士，教授，1971年11月出生。2002年10月毕业于大连理工大学，获化学工程专业博士学位。2004年11月浙江大学化学工程与生物工程学系博士后出站，进入浙江工业大学工作。2008年11月-2009年4月瑞典隆德大学生物技术系国家公派访问学者。2005年浙江省“151人才工程”第三层次，2007年浙江工业大学青年学术带头人。主要从事生物分离过程、结晶、微系统与药物载体内的传质和流动现象等方面的研究。作为项目负责人，承担科技部对欧盟政府间国际科技合作项目、国家自然科学基金、浙江省自然科学基金、浙江省博士后基金、浙江省教育厅科研项目及横向课题的研究工作。曾获过科研奖励2项，发明专利9项，学术论文40多篇。电话：0571-88320951E-mail:yunjx@zjut.edu.cn近期主要研究课题：[1]“生物转化与分离用Cryogel新介质及一体化系统技术研究”（编号：1017），科技部对欧盟政府间国际科技合作项目，2011.1～2013.12，中方项目负责人[2]“抗体分离过程中的介质、方法和集成化研究”（编号：21036005），国家自然科学基金重点项目，2011.01～2014.12，子课题负责人[3]“微通道内固体脂质纳米粒的成粒与相关机理研究”（编号：20606031），国家自然科学基金，2007.01～2009.12，项目负责人[4]“复合晶胶介质的成孔机理和孔内接枝及对pDNA载体的层析特性”（编号：20876145），国家自然科学基金，2009.01～2011.12，参加[5]“聚多糖基大孔型组织细胞支架载体的成形与机理研究”（编号：Y4080326），浙江省自然科学基金，2009.01~2010.12，项目负责人[6]“内嵌纳米颗粒的超大孔连续床内生物大分子的吸附分离特性”（编号：Y405054），浙江省自然科学基金，2006.01～2007.12，项目负责人[7]“高通量复合晶胶分离介质的制备方法与性能研究”（编号：Y4080329），浙江省自然科学基金，2009.01～2011.12，参加[8]“生物分离用超大孔连续床晶胶介质的研究”（编号：2005E10009），浙江省科技厅专项，2005.09～2008.04，参加近期主要论文：[1]JunxianYun,QiangLei,SonghongZhang,ShaochuanShen,KejianYao.Slugflowcharacteristicsofgas–miscibleliquidsinarectangularmicrochannelwithcrossandT-shapedjunctions.ChemicalEngineeringScience,2010,65:5256–5263.[2]JunxianYun,HaraldKirsebom,IgorYuGalaev&BoMattiasson.Modelingofproteinbreakthroughperformanceincryogelcolumnsbytakingintoaccounttheoverallaxialdispersion.JournalofSeparationScience,2009,32:2601–2607.[3]JunxianYun,SonghongZhang,ShaochuanShen,ZhuoChen,KejianYao&JizhongChen.Continuousproductionofsolidlipidnanoparticlesbyliquidflow-focusingandgasdisplacingmethodinmicrochannels.ChemicalEngineeringScience,2009,64:4115–4122.[4]JunxianYun,ShaochuanShen,FangChen,KejianYao.One-stepisolationofadenosinetriphosphatefromcrudefermentationbrothofSaccharomycescerevisiaebyanion-exchangechromatographyusingsupermacroporouscryogel.JournalofChromatographyB,2007,860:57-62.[5]JunxianYun,Dong-QiangLin,Shan-JingYao.Predictivemodelingofproteinadsorptionalongthebedheightbytakingintoaccounttheaxialnonuniformliquiddispersionandparticleclassificationinexpandedbeds.JournalofChromatographyA,2005,1095:16-26.[6]JunxianYun,Shan-JingYao,Dong-QiangLin.Variationofthelocaleffectiveaxialdispersioncoefficientwithbedheightinexpandedbeds.ChemicalEngineeringJournal,2005,109:123-131.[7]JunxianYun,Dong-QiangLin,Miao-HuaLu,ZhongLi-Na，Shan-JingYao.Measurementandmodelingofaxialdistributionofadsorbentparticlesinexpandedbed:takingintoaccounttheparticledensitydifference.ChemicalEngineeringScience,2004,59:5873-5881.[8]Jun-xianYun,Dong-QiangLin，Shan-JingYao.Variationoftheaxialdispersionalongthebedheightforadsorbentswithadensitydifferenceandalog-normalsizedistributioninanexpandedbed.Industrial&EngineeringChemistryResearch,2004,43:8066-8073.[9]JunxianYun,Shan-JingYao,Dong-QiangLin,Miao-HuaLu，Wen-TingZhao.Modelingaxialdistributionsofadsorbentparticlesizeandlocalvoidageinexpandedbed.ChemicalEngineeringScience,2004,59:449-457.[10]JunxianYun，ZiqiuShen.ModelingofsolidlayergrowthfrommeltforTaylorbubblesrisinginaverticalcrystallizationtube.ChemicalEngineeringScience,2003,58:5257-5268.[11]JunxianYun，ZiqiuShen.Hydrodynamicsofanexternal-loopgas-liftsystemwithrestrictionslocatedinthedowncomer.ChemicalEngineeringScience,2003,58:377-385.[12]JunxianYun,ZiqiuShen，PingwenMing.Wall-liquidmasstransfercharacteristicsforgasslugsrisinginaverticaltube.ChineseJournalofChemicalEngineering,2002,10:404-410.[13]SonghongZhang,JunxianYun,ShaochuanShen,ZhuoChen,KejianYao,JizhongChen,BingbingChen.Formationofsolidlipidnanoparticlesinamicrochannelsystemwithacross-shapedjunction.ChemicalEngineeringScience,2008,63:5600-5605.[14]KejianYao,JunxianYun,ShaochuanShen,FangChen.In-situgraft-polymerizationpreparationofcation-exchangesupermacroporouscryogelwithsulfogroupsinglasscolumns.JournalofChromatographyA,2007,1157:246-251.[15]KejianYao,JunxianYun,ShaochuanShen,LianghuaWang,XingjiaoHe，XiaomeiYu.Characterizationofanovelcontinuoussupermacroporousmonolithiccryogelembeddedwithnanoparticlesforproteinchromatography.JournalofChromatographyA,2006,1109,103-110.[16]YanChen,ShaochuanShen,JunxianYun,LianghuaWang,KejianYao,Shan-JingYao.IsolationofATPfromayeastfermentationbrothusingacryogelcolumnathighflowvelocities.JournalofSeparationScience,2008,31:3879-3883.[17]LianghuaWang,ShaochuanShen,JunxianYun,KejianYao&Shan-JingYao.Chromatographicseparationofcytidinetriphosphatefromfermentationbrothofyeastusinganion-exchangecryogel.JournalofSeparationScience,2008,31:689-695.[18]KejianYao,ShaochuanShen,JunxianYun,LianghuaWang,XingjiaoHe，XiaomeiYu.Preparationofpolyacrylamide-basedsupermacroporousmonolithiccryogelbedsunderfreezing-temperaturevariationconditions.ChemicalEngineeringScience,2006,61:6701-6708.[19]QiangLei,SonghongZhang,JunxianYun,ShaochuanShen,KejianYao.SolubilityofSoftisan100inethanol+waterandacetone+watersolutions.JournalofChemical&EngineeringData,2010,55:2333–2337.[20]KejianYao,ShaochuanShen,JunxianYun,LianghuaWang,FangChen,XiaomeiYu.Proteinadsorptioninsupermacroporouscryogelswithembeddednanoparticles.BiochemicalEngineeringJournal,2007,36:139-146.[21]XingjiaoHe,KejianYao,ShaochuanShen,JunxianYun.Freezingcharacteristicsofacrylamide-basedaqueoussolutionusedforthepreparationofsupermacroporouscryogelsviacryo-copolymerization.ChemicalEngineeringScience,2006,62:1334-1342.[22]PanpingXu,YuchenYao,ShaochuanShen,JunxianYun,KejianYao.Preparationofsupermacroporouscompositecryogelembeddedwithsio2nanoparticles.ChineseJournalofChemicalEngineering,2010,18:667–671.[23]QianLiu,SonghongZhang,ShaochuanShen,JunxianYun,KejianYao.DensityandViscosityofternarysystems(Poloxamer188+ethanol/acetone+water)attemperaturesfrom288.15Kto308.15K.ChineseJournalofChemicalEngineering,2011,19:inpress.[24]Miao-HuaLu,Dong-QiangLin,Yuan-ChunWu,JunxianYun,Lei-HeMei，Shan-JingYao.SeparationofnattokinasefromBacillussubtilisfermentationbrothbyexpandedbedadsorptionwithmixed-modeadsorbent.BiotechnologyandBioprocessEngineering,2005,10:128-135.[25]LianghuaWang,ShaochuanShen,XingjiaoHe,JunxianYun,KejianYao&Shan-JingYao.Adsorptionandelutionbehaviorsofbovineserumalbumininmetal-chelatedaffinitycryogelbeds.BiochemicalEngineeringJournal,2008,42:237-242.[26]FangChen,KejianYao,ShaochuanShen,&JunxianYun.Influenceofgraftingconditionsonthepropertiesofpolyacrylamide-basedcation-exchangecryogelsgraftedwith2-acrylamido-2-methyl-1-propanesulfonicacid.ChemicalEngineeringScience,2008,63:71-73.