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[1]YuGL,PengHY,FuYJ,YanXJ,DuCY*,ChenH.EnhancednitrogenremovaloflowC/Nwastewaterinconstructedwetlandswithco-immobilizingsolidcarbonsourceanddenitrifyingbacteria.Bioresour.Technol.2019,280:337-344(SCI2018IF=5.807).
[2]YangCP,YuGL,ZengGM,ChenH,YangHN,ChenFY,JinCY.PerformanceofbiotricklingfilterspackedwithstructuredorcubicpolyurethanespongesforVOCremoval.JEnvironSci,2011,23(8)1325–1333.(SCI2010IF=1.513EI).
[3]YuGL,ChenH,DuCY,YanXJ,FuYJ,ZhangJX.PerformanceComparisonofBiologicalAeratedFiltersPackedwithPlolyurethaneSpongeandCeramicParticles.Civil,ArchitectureandEnvironmentEngineering,2017:367-371(EI源).
[4]王春喜,余关龙*,张登祥,严晓江,付永江,彭海渊.固定化反硝化菌联合固体碳源小球处理低碳氮比污水的性能研究.环境污染与防治,2018,40(8):870-874.
[5]王春喜,余关龙*,张登祥,付永江,彭海渊,严晓江.固体碳源联合反硝化菌脱氮的影响因素研究.水处理技术,2018.44(10):62-65.
[6]ChenH*,WYX,PengL,NiJL,GuoY,JiJY,JiangB,YuGL*.Long-termMIBKremovalinatubularbiofilter:Effectsoforganicloadingratesandgasemptybedresidencetimes.ProcessSafetyandEnvironmentalProtection,2018,2018,119:87-95(SCI2017IF=3.441).
[7]ChengY,HeHJ,YangCP,ZengGM,LiX,ChenH,YuGL.Challengesandsolutionsforbiofiltrationofhydrophobicvolatileorganiccompounds.BiotechnologyAdvances,2016,34(6):1091-1102(SCI2015IF=9.848,共同第一作者).
[8]YangCP,ChenH,ZengGM,YuGL,LuoSL.Biomassaccumulationandcontrolstrategiesingasbiofiltration.BiotechnologyAdvances.2010,28(4)531-540.
[9]YangCP,ChenH,ZengGM,YuGL,LiuXF,ZhangXM.Modelingvariationsofmediumporosityinrotatingdrumbiofilter.Chemosphere,2009,74(2):245-249.(SCI,EI084811749143).
[10]LiRX,YangCP,ChenH,ZengGM,YuGL,GuoJY.TreatmentoftriazophospesticidewastewaterbyFenton’sreaction.JHazardMater.2009,167(1-3):1028-1032.(SCI,EI20092712165037).
[11]ChenH,YangCP,ZengGM,YuKL,QuW,YuGL,MengL.Numericalsimulationsforvolatileorganiccompoundremovalinrotatingdrumbiofilter.ChineseSciBull,2007,52(16):2184–2189.(SCI,EI10316771).
[12]ChenH,YangCP,ZengGM,LuoSL,YuGLTubularbiofilterfortolueneremovalundervariousorganicloadingratesandgasemptybedresidencetimes.BioresourceTechnol,2012,121:199-204.(SCI2011IF=4.980).
[13]余关龙,杨春平,马淑广,曾光明,钟袁元.造纸脱墨废水的深度处理技术,环境工程,2007,25(4):28-30.
[14]左艳兵,杨春平,曾光明,余关龙,吴昊.曝气生物滤池效能关键影响因素研究进展.化工环保,2008,28(1):37-41.
[15]邓征宇,杨春平,曾光明,郭俊元,陈宏,余关龙.两阶段曝气生物滤池的硝化性能.环境工程学报,2010,4(8):1714-1718.
[16]陈宏,杨春平,曾光明,余孔梁,瞿畏,余关龙,孟蕾.转鼓生物过滤器的甲苯降解模型与数值解法.科学通报,2007,52(15):1743-1747.
[17]刘斌,杨春平,陈海林,刘环宇,邓征宇,刘海洋,陈宏,余关龙.水解酸化/SBR/BAF工艺处理中药废水.环境工程,2009,27(3):12-16.
[18]周晓东,瞿畏,杨春平,甘海明,陈宏,余关龙,贺迅,陈芳.新型喷射鼓泡塔与传统鼓泡塔脱硫的性能比较.环境工程,2009,27(4):79-82.
[19]吴婷,杨春平,甘海明,孟蕾,余关龙,陈宏.气动搅拌喷射鼓泡脱硫除尘吸收塔.环境工程,2008,26(2):10-12.
[20]刘环宇,杨春平,陈宏,余关龙,刘斌,李敏,郭俊元.Fenton试剂处理香精香料废水的研究.给水排水,2008,34(11):187-189.
[21]刘先锋,杨春平,曾光明,李莲,陈宏,余关龙.生物过滤法处理挥发性有机物的模型.化工环保,2008,28(3):235-238.
[22]陈海林,杨春平,甘海明,吴婷,谢更新,陈芳,陈宏,余关龙.螺旋型垂直筛板布气的喷射鼓泡脱硫除尘塔.环境科学学报,2010,30(2):294-301.
[23]郝志明,郑伟,余关龙.煤制油高浓度废水处理工程设计.工业用水与废水.2010,41(3):76-79.