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第2期 岩矿 http∥www 测试 VkCs.ac .cn 2009年 [ 12] [13] [ 14] [15] 16] Rauret C. Excraction procedure for the determination of heavy metals iri contaminated soil ancl sediment [Jl Talanta,1998,46449 -455. Feng M H, Shan X Q, Zhang S Z, Wen B. A comparison of the thizosphere-based wilh DTPA, EDTA, CaCl7 and NaNOi extraction s for prediction of bioavailability of metals in soil to barley [ Jl. Environ.mentcd Pollutiorz. ,2005 , 1 37 23 1 - 240. Fangueiro D, Bermond A, Santos E, Carapuca H, Duarte A. Heavy metaJ mobilicy assessment based on a kinetic apprach of the EDTA extraction Search for optimal experimental conditions [ J] . Analytica Chimica Acta ,2002 ,459 245 - 256. Pueyo M, Lopez-Sanchez, Rauret G. Assessment of CaCI2 , NaN03 arid NH4N03 extraction procedure for the study of Cd, Cu, Pb and Zn extractability in contaminated soils [J ]. Arudyiica Chimica Acla, 2004, 504 217 -226. 有效性研究进展 [ J1.化I环保,2004,24 1 24 - 27. Quevauviller Ph, Rauret C, Rubio R, Lopez-Sanchez J F, Ure A, Bacon J, Muntau H. Cenified reference materials for che quality control of EDrlA_ and acetic acid-extractable contents of trace elements in sewage sludge amended soils CRMs 483 and 484 [Jl. Fresenius lourn.al of Atzalyticcd Ch.ernistry, 1997,357 611 - 618. Science of the Toicd Erzvironmeru,1996,178 1 -3 63 -69. 析综述 [ J ] . rIJ 国环境监测 ,2005 ,21 4 21 - 27. [20] Cuo P R, Duan T C, Song X J, Xu J W, Chen H T. Effects of soil pH and soil organic matter on1istribution of Lhorium fractions in soil contaminated by rare earth industries [ J/OLl. Talarzia, 2008, doi 10. 1016/j. talanta. 2008. 06. 002. [21 ] Takeda A, Tsukada H, Iakaku Y, Hisamatsu S, Inaba J, INanzyo M. F.xtraclability of major and trace elementiS from agricultural soils using chemicaJ extraction s Applicalion for phytoavailability assessment [ Jl. .Soil Science and Plant lVutriiion,2005,524 406 -417. [22] Sauerbeck D R, Styperek P. uation of chemiCdJ metFuxis for assessing the cadmium and zinC availability from different soils and sources. Comm. ELLr. Communities, EUR, EUR 9538, Chemical s Assess. Bio-Availdble Met. Sludges Soils , 1985 49 -66. [23] Yin Y, Irnpellitteri C A, You S J, Allen H E. The importance of organic matter clistribulion and extract so]l solution ratio on the desorption of heavy metdls frcun soils [ J ] . Science of the lotal Environment,2002 , 287 107 - 119. [24] Usero J, Gamero M, MoriIJo J, Cracia I. Comparative [17] 郭鹏然,段太成,刘欣丽,陈杭亭.粘粒和 阳离子交换 量对包头土壤 中钍的形态分布的影响[J] .环境化 [25] 学,2009,28176 -79. [18]Sterckeman T.Gomez A, Ciesielski H.Soil and wasLe analysis for environmental risk assessmenL in France[Jl. study of three sequential extracLion procedures for metals in manne seliments [ J]. F_rivironmenr. Iniemational, 1998,244 487 -496. Kennedy V H, Sanchez A L, Oughton D H, Rowland A P. Use of single and sequential chemical exlractants to assess radionucLide and heavy metal availabi[ity from soils for root uptake [ J ] . The Analyst .1997,122 89R - 100R. 第六届全国地质与地球化学分析学术报告会(第一轮通知) 为推动全国地质与地球化学分析技术的发展,促进国 内与国际学术交流,中国地质学会岩矿测试技术专业委员 会定于2009年8月或9月举办第六届全国地质与地球化 学分析学术报告会。 本届学术报告涵盖地质与地球化学分析技术各领域, 主要包括 1岩石 与矿物分析技术; 2生态环境与生物地球化学分析技术; 3有机地球化学分析 4形态分析技术; 5材料、建材、核工业、煤等分析技术; 6分析仪器研制及软件研发应用; 7各种相关应用分析技术等。 大会将邀请国内外著名学者作特邀报告,欢迎踊跃参 加。请作者将1500字论文摘要于2009年6月30日前 用电子邮件发给联系人。 稿件将择优全文发表在岩矿测试。 联系人 电 话 电子邮件 地 址 吴晓军 010 - 68999770 传真010 - 68998605 wuxiaojun cags. net. cn 北京西城区自 ‘万庄大街 26号 100037 国家地质实验测试中心 中国地质学会岩矿测试技术专业委员会 ChaoXing
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