近期论文
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代表性论文/Representativepapers:[1]DistributionandUptakePathwaysofOrganochlorinePesticidesinGreenhouseandConventionalVegetablesZhangAnping,LuoWenxiu,SunJianqiang,XiaoHang,LiuWeipingScienceoftheTotalEnvironment,2015,505,1142-1147.
[2]Enantioselectiveinteractionofacidα-Naphthylacetateesterasewithchiralorganophosphorusinsecticides
ZhangAnping,Sunjianqiang,LinChunmian,HuXiaoyan,Liu,Weiping*JournalofAgriculturalandFoodChemistry,2014,62(7),1477-1481.
[3]OccurrenceofphthalateestersinsedimentsinQiantangRiver,ChinaandinferencewithurbanizationandriverflowregimeSunJianqiang,HuangJing,ZhangAnping*,LiuWeiping,ChengWenwei.JournalofHazardousMaterials.2013,248,142–149.
[4]ProbingthechiralseparationmechanismandtheabsoluteconfigurationofMalathion,MalaoxonandIsomalathionenantiomersbychiralhighperformanceliquidchromatographycoupledwithchiral
detector-bindingenergycomputationsZhangAnping,LaiWenfeng,SunJianqiang*,HuGuixiang,LiuWeiping.JournalofChromatographyA.2013,1281,26-31.
[5]LevelsanddistributionofDechloranePlusandrelatedcompoundsinsurficialsedimentsoftheQiantangRiverineasternChina:TheresultsofurbanizationandtideSunJianqiang,ZhangAnping*,FangLi,WangJunliang,LiuWeiping.
ScienceoftheTotalEnvironment,2013,443,194–199.
[6]RisksfromsedimentscontaminatedwithorganochlorinepesticidesinHangzhou,ChinaWuChengwang,ZhangAnping,LiuWeiping*.Chemosphere.2013,90(9),2341-2346.
[7]Dissipationandenantioselectivedegradationofplantgrowthretardantspaclobutrazolanduniconazoleinopenfield,greenhouse,andlaboratorysoilsWuChengwang,SunJianqiang,ZhangAnping*,LiuWeiping.EnvironmentalScience&Technology,2013,47(2),843–849.
[8]Enantiomericseparationsofchiralpolychlorinatedbiphenylsonthreepolysaccharide-typechiralstationaryphasesbysupercriticalfluidchromatographyZhangAnping,GaoWeiliang,MaBinbin,JinLixia,LinChunmian*.AnalyticalandBioanalyticalChemistry,2012,403(9),2665-2672.
[9]Determinationoforganophosphoruspesticideresiduesinvegetablesbyanenzymeinhibitionmethodusingalpha-naphthylacetateesteraseextractedfromwheatflourWangJunliang,XiaQing,ZhangAnping*,HuXiaoyan,LinChunmian..JournalofZhejiangUniversity,ScienceB.2012,13(4),267-273.
[10]Enantiomericresolutionandgrowth-retardantactivityinricesedlingsofuniconazole
SunJianqiang,ZhangAnping,ZhangJing,XieXuemei,LiuWeiping*.JournalofAgriculturalandFoodChemistry,2012,60(1),160-164.
[11]ConcentrationsofDDTsandenantiomericfractionsofchiralDDTsinagriculturalsoilsfromZhejiangProvince,China,andCorrelationswithtotalorganiccarbonandpHZhangAnping,ChenZhouyin,LutzAhrens,LiuWeiping*,LiYi-fan.JournalofAgriculturalandFoodChemistry,2012,60(34),8294-8301.
[12]EnzymaticdecolorizationofOrangeII:OptimizationbyresponsesurfacemethodologyandpathwayZhang,Anping,FangLi,WangJunliang,LiuWeiping*.EnvironmentalProgress&SustainableEnergy.2012,32(2),294-301.
[13]ResiduesofcurrentlyandneverusedorganochlorinepesticidesinagriculturalsoilsfromZhejiangProvince,China
ZhangAnping,FangLi,WangJunliang*,LiuWeiping,YuanHejin,JantunenLiisa,LiYi-Fan.JournalofAgriculturalandFoodChemistry,2012,60(12),2982-2988.
[14]SpatialdistributionofhexachlorocyclohexanesinagriculturalsoilsinZhejiangProvince,China,andcorrelationswithelevationandtemperatureZhangAnping,LiuWeiping*,YuanHejin,ZhouShanshan,SuYushan,
LiYi-Fan.EnvironmentalScience&Technology,2011,45(15),6303-6308.
[15]EnantioselectiveSeparationandphytotoxicityonriceseedlingsofpaclobutrazolZhangAnping,XieXuemei,LiuWeiping*.JournalofAgriculturalandFoodChemistry,2011,59(8),4300-4305.
[16]Stereoselectivetoxicityofmalathionanditsmetabolites,malaoxonandisomalathionZhangAnping,XieXuemei,YeJing,LinChunmian*,HuXiaoyan.EnvironmentalChemistryLetters,2011,9(3),369-373.
[17]DeterminationofenantiomerfractionofselectedorganochlorinepesticidesinsoilbychiralgaschromatographyYuanHeJin,ZhangAnping.ChineseJournalofAnalyticalChemistry,2009,37(4),630-630.
[18]EnantioselectivephytotoxicityoftheherbicideimazethapyrinriceQianHaifeng,HuHaijia,MaoYuanyuan,MaJian,ZhangAnping,LiuWeiping,FuZhengwei.Chemosphere,2009,76(7),885-892.
[19]Enantioselectiveeffectsofchiralherbicidediclofopacidonrice
Xiushui63seedlingsYeJing,ZhangQiong,ZhangAnping,WenYuezhong,LiuWeiping.
BulletinofEnvironmentalContaminationandToxicology,2009,83(1),85-91.
[20]Inclusioneffectofalpha-cyclodextrinonchemicaldegradationofmalathioninwaterZhangAnping,LiuWeiping.ArchivesofEnvironmentalContaminationandToxicology,2008,54(3),355-362.
[21]Preparation,stabilization,andbioefficacyofbeta-cyclodextrininclusioncompoundsofchloramidophosZhouShanshan,WangLumei,ZhangAnping,LinKunde,LiuWeiping.JournalofAgriculturalandFoodChemistry,2008,56(8),2708-2713.
[22]Separationandaquatictoxicityofenantiomersof1-(substitutedphenoxyacetoxy)alkylphosphonateherbicidesLiLing,ZhouShanshan,ZhaoMeirong,ZhangAnping,PengHao,TanXiaosong,LinChunmian,HeHongwu.Chirality,2008,20(2),130-138.
[23]InfluenceoftoxicityanddissipationofracemicfenoxapropanditsR-enantiomerinScenedesmusobliquussuspensionbycyclodextrinsZhangAnping,XuChao,LiuWeiping.JournalofEnvironmentalScienceandHealthPartB-PesticidesFood
ContaminantsandAgriculturalWastes,2008,43(3),231-236.
[24]BindingofphenthoatetobovineserumalbuminandreducedinhibitiononacetylcholinesteraseXuChao,ZhangAnping,LiuWeiping.PesticideBiochemistryandPhysiology,2007,88(2),176-180.
[25]EffectsofcyclodextrinsonhydrolysisofmalathionZhangAnping,LuoFan,ChenShengwen,LiuWeiping.JournalofEnvironmentalScience-China,2006,18(3),572-576.
[26]Studyonsupramolecularcomplexesofcyclodextrinsandfenoxaprop-p-ethylbyUVspectra
ZhangAnping,LuoFan,LiuWeiping.SpectroscopyandSpectralAnalysis,2006,26(12),2298-2301.
[27]CharacterizationofnapropamideenantiomersbyCDanddeterminationoftheenantiomericratiosinwaterChenShengwen,CaiXiyun,XiMeng,ZhangAnping,LiuWeiping.SpectroscopyandSpectralAnalysis,2006,26(9),1649-1652.
[28]Environmentalsignificanceofthediclofop-methylandcyclodext
rininclusioncomplexes
CaiXiyun,ZhangAnping,LiuWeiping.
JournalofEnvironmentalScienceandHealthPartB-PesticidesFood
ContaminantsandAgriculturalWastes,2006,41(7),1115-1129.
[29]Characterizationofinclusioncomplexationbetweenfenoxaprop
-p-ethylandcyclodextrin
ZhangAnping,LiuWeiping*,WangLumei,WenYuezhong.
JournalofAgriculturalandFoodChemistry,2005,53(18),7193-7197
.