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The speciation, stability, solubility and biodegradation of organic co-contaminant radionuclide complexes: A review

机译:有机共污染放射性核素配合物的形态,稳定性,溶解度和生物降解:综述

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摘要

The potential migration of radionuclides is of concern at contaminated land sites and, in the long term, waste repositories. Pathways of migration need to be characterised on a predictive level so that management decisions can be made with confidence. A pathway that is relatively poorly understood at present is radionuclide solubilisation due to complexation by organic complexing agents that are present in mixed radioactive wastes, and at radioactively contaminated land sites. Interactions of the complexing agents with radionuclides and the host environment, and the response to changes in the physicochemical conditions make their role far from simple to elucidate. In addition, chemical and biodegradation of the organic materials may be important. In this paper, key co-contaminant organics are reviewed with emphasis on their environmental fate and impact on radionuclide migration.
机译:放射性核素的潜在迁移在受污染的土地现场以及从长远来看是废物处置库令人关注。迁移的路径需要在预测级别上进行描述,以便可以自信地做出管理决策。目前相对较不为人所知的途径是放射性核素的溶解,这是由于混合放射性废物中和放射性污染土地上存在的有机络合剂的络合所致。络合剂与放射性核素和宿主环境之间的相互作用,以及对物理化学条件变化的响应,使得它们的作用远非简单易懂。另外,有机材料的化学和生物降解可能很重要。本文对关键的共污染有机物进行了综述,重点关注其环境命运以及对放射性核素迁移的影响。

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