Research on the microstructure control mechanism of the stagnant water effect at the loess-mudstone interface under seepage conditions

Our research data includes the following: Detailed information of the primary peak in the T2 spectrum.Variations of different categories of pores at the interface of samples after seepage.Frequency distributions of the pore numbers at the interface of samples after seepage.The circularity and directional characteristics of pores at the interface of samples after seepage.

本研究数据集包含以下内容：T2谱（T2 spectrum）主峰的详细信息；渗流后样品界面处不同类型孔隙的变化特征；渗流后样品界面处孔隙数量的频率分布；渗流后样品界面处孔隙的圆度与定向特征。