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<p>To investigate the diffusion behaviors of Cs(I) and Eu(III) on a novel copper-modified montmorillonite material (Cu-montmorillonite), experimental investigations were conducted using the capillary method. The experimental results showed that the diffusion decreases with increasing the compaction density and ionic strength. The experimental study further employed Archie's law and the Glaus' model to quantitatively assess the impacts of porosity and ion concentration on diffusion. This work can provide potential applications in deep geological nuclear waste repositories.</p> Graphical abstract <p></p>

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Study on the diffusion behavior of Cs(I) and Eu(III) in Cu-montmorillonite

  • 期刊论文

  • 发表日期：

    2025年8月19日

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  • Zhe Huang,
  • Deng Tang,
  • Shihao Dong,
  • Hai Wang,
  • Xu Zhang,
  • Chengtao Yue,
  • Shuo Meng,
  • Longcheng Liu

摘要

To investigate the diffusion behaviors of Cs(I) and Eu(III) on a novel copper-modified montmorillonite material (Cu-montmorillonite), experimental investigations were conducted using the capillary method. The experimental results showed that the diffusion decreases with increasing the compaction density and ionic strength. The experimental study further employed Archie's law and the Glaus' model to quantitatively assess the impacts of porosity and ion concentration on diffusion. This work can provide potential applications in deep geological nuclear waste repositories.

Graphical abstract