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Multitracer study on the soil-to-plant transfer of radionuclides in komatsuna at different growth stages

机译:不同生长期Komatsuna中放射性核素从土壤到植物的转移的多示踪研究

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摘要

The transfer factor of radionuclides of Na, Mn, Co, Zn, Se, Rb, Y, Zr, Tc, and Cs in komatsuna (Brassica rapa L. Var. Perviridis Bail) at different stages of plant development was determined simultaneously by the multitracer technique. Komatsuna was grown on soil administered with the multitracer for 14, 20, 26, and 33 days. The transfer factors were Determined not only for edible leaves but also for roots. It was found that the transfer factors of Rb, Tc, and Cs for the leaves Decreased with increasing culture period, while those of Na, Co, Zn, Se, and Sr for leaves remained almost constant during The culture period. The transfer factor of Mn increased slightly with time. Extraction of the multitracer from the soil was Carried out in order to study the correlation between the transfer factor and the aging effect of tracers in soil.
机译:利用多示踪剂同时测定了植物发育不同阶段的Komatsuna(Brassica rapa L. Var。Perviridis Bail)中Na,Mn,Co,Zn,Se,Rb,Y,Zr,Tc和Cs的放射性核素的转移因子技术。 Komatsuna在施用多示踪剂的土壤上生长14、20、26和33天。不仅确定了食用叶的转移因子,还确定了根的转移因子。结果表明,随着培养时间的延长,叶片的Rb,Tc和Cs的传递因子逐渐减小,而在培养期间叶片的Na,Co,Zn,Se和Sr的传递因子几乎保持恒定。 Mn的转移因子随时间略有增加。为了研究土壤中示踪剂的迁移因子与衰老效应之间的相关性,从土壤中提取了多种示踪剂。

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