近期论文
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2015年
[1]JunfengSu,ShengChenZheng,TinglinHuang,FangMa,SiChengShao,ShaoFeiYang,LinaZhang.CharacterizationoftheanaerobicdenitrificationbacteriumAcinetobactersp.SZ28anditsapplicationforgroundwatertreatment[J].BioresourceTechnology.2015,192：654–659.
[2]JunfengSu,KaiZhang,TinglinHuang,GangWen,LinGuo,ShaofeiYang.Heterotrophicnitrificationandaerobicdenitrificationatlownutrientconditionsbyanewlyisolatedbacterium,Acinetobactersp.SYF26[J].Microbiology.2015,161：829–837.
[3]TinglinHuang,LinGuo,HaihanZhang,JunfengSu,GangWen,KaiZhang.Nitrogen-removalefficiencyofanovelaerobicdenitrifyingbacterium,Pseudomonasstutzeri,strainZF31,isolatedfromadrinking-waterreservoir[J].BioresourceTechnology,2015,196(4):209-216.
[4]Jun-fengSu,KaiZhang,Ting-linHuang,FangMa,LinGuoandLi-naZhang.Denitrificationcharacteristicsofanewlyisolatedindigenousaerobicdenitrifyingbacteriumunderoligotrophicconditions.WaterScienceTechnology.[J].2015,72(7):1082–1088.
[5]JunfengSu,SichengShao,TinglinHuang,FangMa,ShaofeiYang,ZhenmingZhou,ShengchenZheng.Anaerobicnitrate-dependentiron(II)oxidationbyanovelautotrophicbacterium,Pseudomonassp.SZF15[J].JournalofEnvironmentalChemicalEngineering,2015,3(3):2187-2193.
2016年
[1]JunfengSu,Si-chengShao,TinglinHuang,FangMa,KaiZhang,GangWen,ShengchenZheng.Isolation,identification,andalgicidalactivityofaerobicdenitrifyingbacteriumR11anditseffectonMicrocystisaeruginosa.[J].WaterScienceTechnology,2016,73(11):2600-2607.
[2]JunfengSu,MinMa,LiWei,FangMa,JinsuoLu,SichengShao.AlgicidalanddenitrificationcharacterizationofAcinetobactersp.J25againstMicrocystisaeruginosaandmicrobialcommunityineutrophiclandscapewater.[J].MarinePollutionBulletin,2016,107:233–239.
[3]JunfengSu,XianxinLuo,LiWei,FangMa,ShengchenZheng,SichengShao.PerformanceandmicrobialcommunitiesofMn(II)-basedautotrophicdenitrificationinaMovingBedBiofilmReactor(MBBR).[J].BioresourceTechnology,2016,211:743-750.
[4]JunfengSu,SichengShao,FangMa,JinsuoLu,KaiZhang.BacteriologicalcontrolbyRaoultellasp.R11ongrowthandtoxinsproductionofMicrocystisaeruginosa.[J].ChemicalEngineeringJournal,2016,293:139-150.
[5]JunfengSu,SichengShao,TinglinHuang,FangMa,JinsuoLu,KaiZhang.AlgicidaleffectsanddenitrificationactivitiesofAcinetobactersp.J25againstMicrocystisaeruginosa[J].JournalofEnvironmentalChemicalEngineering,2016,4(1):1002-1007.
[6]JunfengSu,CeCheng,TinglinHuang,FangMa,JinsuoLua,SichengShao.NovelsimultaneousFe(III)reductionandammoniumoxidationofKlebsiellasp.FC61undertheanaerobicconditions.[J].RSCAdvances,2016,6:12584-12591.
[7]JunfengSu,CeCheng,FangMa,TinglinHuang,JinsuoLu,SichengShao.KineticanalysisofFe3+reductioncoupledwithnitrateremovalbyKlebsiellasp.FC61underdifferentconditions.[J].RSCAdvances,2016,6:46616-46624.
[8]JunfengSu,CeCheng,TinglinHuang,FangMa,JinsuoLu,SichengShao.CharacterizationofcouplingautotrophicdenitrificationwithironcyclebacteriumEnterobactersp.CC76anditsapplicationofgroundwater[J].JournaloftheTaiwanInstituteofChemicalEngineers,2016,66:106-114.
[9]JunFengSu,ShengChenZheng,TingLinHuang,FangMa,SiChengShao,ShaoFeiYang,LiNa
Zhang.SimultaneousRemovalofMn(II)andNitratebytheManganese-OxidizingBacteriumAcinetobactersp.SZ28inAnaerobicConditions[J].GeomicrobiologyJournal,2016,33(7):586–591.
[10]JunFengSu,Jing-xinShi,Ting-linHuang,FangMa.KineticanalysisofsimultaneousdenitrificationandbiomineralizationofnovelAcinetobactersp.CN86[J].MarinePollutionBulletin,2016,109:87–94.
[11]JunfengSu,JingxinShi,TinglinHuang,FangMa,Jin-suoLuandShao-feiYang.Effectofnitrateconcentration,pH,andhydraulicretentiontimeonautotrophicdenitrificationefficiencywithIron(II)andMn(II)aselectrondonors[J].WaterScienceTechnology,2016,74(5):1185-1192.
2017年
[1]JunfengSu,CeCheng,FangMa.ComparisonoftheNH4+-NremovalabilitybyKlebsiellasp.FC61inabacterialsuspensionsystemandabacterialimmobilizationsystem[J].SeparationandPurificationTechnology,2017,172:463–472.
[2]JunfengSu,JingxinShi,FangMa.Aerobicdenitrificationandbiomineralizationbyanovelheterotrophicbacterium,Acinetobactersp.H36[J].MarinePollutionBulletin,2017,116:209–215.
[3]JunfengSu,XianxinLuo,TinglinHuang,FangMa,ShengchenZheng,JinsuoLu.EffectofNitriteonAutotrophicDenitrificationEfficiencybyPseudomonassp.SZF15[J].EnvironmentalEngineeringScience,2017,8(34):577–584.
[4]JunfengSu,TingtingLian,TinglinHuang,DonghuiLiang,LiWei,WendongWang.MicrobialcommunityanalysisofsimultaneousammoniumremovalandFe3+reductionatdifferentinfluentammoniumconcentrations[J].BioprocessandBiosystemsEngineering,2017,(40):1555–1563.
[5]JunfengSu,TingtingLian,TinglinHuang,DonghuiLiang,MinMa,JinsuoLu.MicrocystisaeruginosaflourascarbonandnitrogensourceforaerobicdenitrificationandalgicidaleffectofRaoultellasp.R11[J].EcologicalEngineering,2017,105:162–169.
[6]JunfengSu,CeCheng,TinglinHuang,LiWei,Performanceofthedominantbacterialspeciesandmicrobialcommunityinautotrophicdenitrificationcoupledwithironcycleinimmobilizedsystems[J].MarinePollutionBulletin,2017,117:88–97.
[7]JunfengSu,XianxinLuo,TinglinHuang,FangMa,ShengchenZheng,SichengShao.EffectofMixedElectronDonorsonAutotrophicDenitrificationbyPseudomonassp.SZF15.IndustrialEngineeringChemistryResearch,2017,56:1723-1730.
[8]JunfengSu,DonghuiLiang,TinglinHuang,LiWei,MinMa,JinsuoLu.EnhancementofsimultaneousalgicidalanddenitrificationofimmobilizedAcinetobactersp.J25withmagneticFe3O4nanoparticles.EnvironmentalScienceandPollutionResearch,2017,24:17853–17860.
[9]JunfengSu,MinMa,TinglinHuang,FangMa,SichengShao,JinsuoLu,LinyuDeng.CharacteristicsofAutotrophicandHeterotrophicDenitrificationbytheStrainPseudomonassp.H117.GeomicrobiologyJournal,2017,34(1):45–52.
[10]JunfengSu,MinMa,FangMa,JinsuoLu.KineticAnalysisofHeterotrophicNitrification–AerobicDenitrificationbyanOligotrophicAcinetobacterSp.SYF26.EnvironmentalEngineeringScience,2017,34(11):844–851,.
[11]JunfengSu,DonghuiLiang,TinglinHuang,TingtingLian,WendongWang.Mixedelectrondonorautotrophicdenitrificationprocessesforgroundwatertreatmentbyimmobilizedbiologicalfilters.WaterScienceTechnology:WaterSupply,2017,17(6):1673–1681.
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