饮用水中卤代乙酸测定方法的研究进展
Progress of Analytical Methods for Determination of Halogenated Acetic Acid in Drinking Water
摘 要
对1994~2008年间饮用水中卤代乙酸测定方法的研究进展作了评述,涉及的主题有水样的采取和保存,以及多种可用于饮用水分析的方法,如气相色谱法(ECD检测)、气相色谱-质谱联用方法、离子色谱、毛细管电泳及一些在线控制检测方法等.对有关方法的发展也作了简要论述(引用文献40篇).
饮用水
分析方法
应用
Halogenated acetic acids
Drinking water
Analytical methods
Application
Abstract
A review on the progress of analytical methods applied to the determination of halogenated acetic acid in drinking water was presented covering mainly the years from 1994 to 2008,and pertaining especially to the topics on the sampling and storage of samples,and on various methods,including GC with ECD,hyphenation of GC and MS,ion chromatography and capillary electrophoresis as applicable to the analysis of drinking water,as well as on the on-line monitoring testing methods.A brief discussion on the future prospects in this field was also given (40 ref.cited).
中图分类号 O657.7
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收稿日期 2008/5/20
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备注向红(1965-),男,湖南湘西人,博士生,主要研究方向为饮水微污染处理与评价.
引用该论文: XIANG Hong,Lv Xi-wu. Progress of Analytical Methods for Determination of Halogenated Acetic Acid in Drinking Water[J]. Physical Testing and Chemical Analysis part B:Chemical Analysis, 2009, 45(5): 612～616
向红,吕锡武. 饮用水中卤代乙酸测定方法的研究进展[J]. 理化检验－化学分册, 2009, 45(5): 612～616
被引情况:
【1】陈霞,栾建平, "离子色谱法测定饮用水中6种有机酸",理化检验－化学分册 51, 1336-1338(2015)
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参考文献
【1】HU J Y,WANG Z S,NG W J,et al.Environ Monitor Assess[J],1999,59:81-93．
【2】PEPICHA B V,DOMINO M M,DATTILIO T A,et al.Wat Res[J],2004,38:895-902．
【3】LOPEZ-AVILA V,LIU Yan,CHARAN C.J AOAC[J],1999,82(3):689-704．
【4】HARGESHEIMER E E,SATCHWILL T.JWSRT-Aqua[J],1989,38:345-351．
【5】US EPA Method 552.2US Environmental Protection Agency[S]．
【6】USEPA Method 552.3US Environmental Protection Agency[S]．
【7】SHORNEY H L,RANDTKE S J.CA[M],1994．
【8】BROPHY K S,WEINBERG H S.American Chemical Society Symposium Series[J],2000,761:2．
【9】ANASTASIA D N,SPYROS K G,MARIA N,et al.Wat Res[J],2002,36:1089-1094．
【10】CANCHO B,VENTURA F,GALCERAN M.Bull Environ Contam Toxicol[J],1999,63:610-617．
【11】DOMINO M M,PEPICH B V,MUNCH D J,et al.J Chromatogr A[J],2004,1035:9-16．
【12】DAVID B,FRANCOISE A,PASCALE S.Wat Res[J],1998,32(9):2798-2806．
【13】VARANUSUPAKUL P,VORA-ADISAK N,PULPOKA B.Anal Chim Acta[J],2007,598(1):82-86．
【14】MA Yee-chun,CHIANG Chi-yun.J Chromatogr A[J],2005,1076:216-219．
【15】XIE Yue-feng.Wat Res[J],2001,35(6):1599-1602．
【16】SARRIN M N,SANTOS F J,GALCERAN M T.J Chromatogr A[J],1999,859:159-171．
【17】CARDADOR M J,SERRANO A,GALLEGO M.J Chromatogr A[J],2008,1209:61-69．
【18】MARTNEZ D,BORRULL F,CALULL M.J Chromatogr A[J],1998,827:105-112．
【19】BARRON L,PAULL B.Anal Chim Acta[J],2004,522:153-161．
【20】WANG Xiao-yan,SARIDARA C,MITRA S.Anal Chem Acta[J],2005,543:92-98．
【21】LIU Yong-jian,MOU Shi-fen.Microchemical J[J],2003,75:79-86．
【22】LIU Yong-jian,MOU Shi-fen.J Chromatography A[J],2003,997:225-235．
【23】VICHOT R,FURTON K G.J Liq Chromatogr[J],1994,17(20):4405-4429．
【24】SARZANINI C,BRUZZONITI M C,MENTASTI E.J Chromatogr A[J],1999,850:197-211．
【25】TAKINO M,DAISHIMA S,YAMAGUCHI K.Analyst[J],2000,125:1097-1102．
【26】LOOS R,BARCHLO D.J Chromatogr A[J],2001,938:45-55．
【27】NAIR L M,SAARI-NORDHAUS R,ANDERSON J M.J Chromatogr A[J],1994,671:309-313．
【28】BARRON L,NESTERENKO P N,PAULL B.J Chromatogr A[J],2005,1072:207-215．
【29】BRUZZONITI M C,DECARLO R M,HORVATH K,et al.J Chromatogr A[J],2008,1187:188-196．
【30】YANG L,LIU L,OLSEN B A,et al.J Pharm Biomed Anal[J],2000,22(3):487-493．
【31】HELALEH M I,TANAKA K,MORI M,et al.J Chromatogr A[J],2003,997:133-138．
【32】PAULL B,BARRON L.J Chromatogr A[J],2004,1046:1-9．
【33】MARTNEZ D,BORRULL F,CALULL M.J Chromatogr A[J],1999,835:187-196．
【34】LOPEZ-AVILA V,GOOR T,GA B,et al.J Chromatogr A[J],2003,993: 143-152．
【35】AHRER W,BUCHBERGER W.Fresenius J Anal Chem[J],1999,365(7):604-609．
【36】WANG Xiao-yan,KOU Da-wen,MITRA S.J Chromatogr A[J],2005,1089:39-44．
【37】PAUL S,SIMONE J,ANDERSON G T,et al.Anal Chim Acta[J],2006,570:259-266．
【38】EMMERT G L,CAO G,GEME G,et al.Methods for real-time measurement of THMs and HAAs in distribution systems[R].Denver,CO: American Water Works Research Foundation,2004:104．
【39】SUEDEE R,SRICHANA T,SANGPAGAI C,et al.Anal Chim Acta[J],2004,504:89-100．
【40】SUEDEE R,INTAKONG W,DICKERT F L.Anal Chim Acta[J],2006,569:66-75．
【2】PEPICHA B V,DOMINO M M,DATTILIO T A,et al.Wat Res[J],2004,38:895-902．
【3】LOPEZ-AVILA V,LIU Yan,CHARAN C.J AOAC[J],1999,82(3):689-704．
【4】HARGESHEIMER E E,SATCHWILL T.JWSRT-Aqua[J],1989,38:345-351．
【5】US EPA Method 552.2US Environmental Protection Agency[S]．
【6】USEPA Method 552.3US Environmental Protection Agency[S]．
【7】SHORNEY H L,RANDTKE S J.CA[M],1994．
【8】BROPHY K S,WEINBERG H S.American Chemical Society Symposium Series[J],2000,761:2．
【9】ANASTASIA D N,SPYROS K G,MARIA N,et al.Wat Res[J],2002,36:1089-1094．
【10】CANCHO B,VENTURA F,GALCERAN M.Bull Environ Contam Toxicol[J],1999,63:610-617．
【11】DOMINO M M,PEPICH B V,MUNCH D J,et al.J Chromatogr A[J],2004,1035:9-16．
【12】DAVID B,FRANCOISE A,PASCALE S.Wat Res[J],1998,32(9):2798-2806．
【13】VARANUSUPAKUL P,VORA-ADISAK N,PULPOKA B.Anal Chim Acta[J],2007,598(1):82-86．
【14】MA Yee-chun,CHIANG Chi-yun.J Chromatogr A[J],2005,1076:216-219．
【15】XIE Yue-feng.Wat Res[J],2001,35(6):1599-1602．
【16】SARRIN M N,SANTOS F J,GALCERAN M T.J Chromatogr A[J],1999,859:159-171．
【17】CARDADOR M J,SERRANO A,GALLEGO M.J Chromatogr A[J],2008,1209:61-69．
【18】MARTNEZ D,BORRULL F,CALULL M.J Chromatogr A[J],1998,827:105-112．
【19】BARRON L,PAULL B.Anal Chim Acta[J],2004,522:153-161．
【20】WANG Xiao-yan,SARIDARA C,MITRA S.Anal Chem Acta[J],2005,543:92-98．
【21】LIU Yong-jian,MOU Shi-fen.Microchemical J[J],2003,75:79-86．
【22】LIU Yong-jian,MOU Shi-fen.J Chromatography A[J],2003,997:225-235．
【23】VICHOT R,FURTON K G.J Liq Chromatogr[J],1994,17(20):4405-4429．
【24】SARZANINI C,BRUZZONITI M C,MENTASTI E.J Chromatogr A[J],1999,850:197-211．
【25】TAKINO M,DAISHIMA S,YAMAGUCHI K.Analyst[J],2000,125:1097-1102．
【26】LOOS R,BARCHLO D.J Chromatogr A[J],2001,938:45-55．
【27】NAIR L M,SAARI-NORDHAUS R,ANDERSON J M.J Chromatogr A[J],1994,671:309-313．
【28】BARRON L,NESTERENKO P N,PAULL B.J Chromatogr A[J],2005,1072:207-215．
【29】BRUZZONITI M C,DECARLO R M,HORVATH K,et al.J Chromatogr A[J],2008,1187:188-196．
【30】YANG L,LIU L,OLSEN B A,et al.J Pharm Biomed Anal[J],2000,22(3):487-493．
【31】HELALEH M I,TANAKA K,MORI M,et al.J Chromatogr A[J],2003,997:133-138．
【32】PAULL B,BARRON L.J Chromatogr A[J],2004,1046:1-9．
【33】MARTNEZ D,BORRULL F,CALULL M.J Chromatogr A[J],1999,835:187-196．
【34】LOPEZ-AVILA V,GOOR T,GA B,et al.J Chromatogr A[J],2003,993: 143-152．
【35】AHRER W,BUCHBERGER W.Fresenius J Anal Chem[J],1999,365(7):604-609．
【36】WANG Xiao-yan,KOU Da-wen,MITRA S.J Chromatogr A[J],2005,1089:39-44．
【37】PAUL S,SIMONE J,ANDERSON G T,et al.Anal Chim Acta[J],2006,570:259-266．
【38】EMMERT G L,CAO G,GEME G,et al.Methods for real-time measurement of THMs and HAAs in distribution systems[R].Denver,CO: American Water Works Research Foundation,2004:104．
【39】SUEDEE R,SRICHANA T,SANGPAGAI C,et al.Anal Chim Acta[J],2004,504:89-100．
【40】SUEDEE R,INTAKONG W,DICKERT F L.Anal Chim Acta[J],2006,569:66-75．
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