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Studies on Batch Sorption Methodologies: Eu Sorption onto Kivetty Granite

机译:分批吸附方法研究:欧盟吸附到Kivetty花岗岩上

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Six different methodological features of the batch sorption experiment were investigated using ~(152)Eu, Kivetty granite, saline water with initial pH of 8.5, 9 and 10, [Eu]_(tot)=5?10~(-7)M, S:L = 1:20, pre-washing of granite, occasional shaking, centrifugation, wall sorption correction with separate tubes. This gave final Rd= 8.3±2.1,7.3±2.6 and 8.6±3.7m~3/kg at 6 months for each pH, respectively. Then [Eu]_(tot) and S:L were varied, filtration was compared with centrifugation, separate tubes for wall sorption was compared with wall desorption, pre-washing of granite was compared with no washing and two shaking methods were compared. Two of the investigated methodological features gave too large apparent R_d due to: 1) filter sorption, and 2) low radiotracer concentration, leading to detection problems.
机译:使用〜(152)欧盟,Kivetty花岗岩,盐水,初始pH值为8.5,9和10,[欧盟] _(Tot)= 5?10〜(-7)m,研究了六种不同的方法论特征。 ,S:L = 1:20,预洗花岗岩,偶尔摇动,离心,墙吸附矫正与单独的管。每pH值分别在6个月内给出最终RD = 8.3±2.1,7.3±2.6和8.6±3.7m〜3 / kg。然后改变[欧盟] _(TOT)和S:L,将过滤与离心进行比较,将用于壁吸附的单独的管与壁吸附进行比较,将花岗岩预洗涤与不洗涤,并比较两种摇动方法。两种研究的方法特征由于:1)滤光吸附和2)低放射性机构浓度,导致过大的表达R_D过大,导致检测问题。

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