Significant progress has been achieved on radionuclide transport in fractured rocks due to
worldwide urgent needs for geological disposal of high-level radioactive waste (HLW) …

基于最严格水资源管理制度中“三条红线” 约束条件, 构建城市水安全量化指标体系,
应用层次分析法确定指标权重, 并对郑州市2013—2017 年的水安全状况进行了综合评估 …

In this article, the influence of multiscale roughness on transport of a conservative solute
through a self-affine fracture was investigated. The fracture roughness was decomposed into …

Although nonlinear fracture flow and non‐Fickian transport are common in natural settings,
the mechanisms driving and controlling these intertwined phenomena are seldom …

Fluid flow through filled rock fractures is relevant to numerous engineering applications and
geophysical processes. However, a proper understanding of the flow behaviors in filled …

Hydraulic aperture (eh) which is independent of inertial effect has been widely used as an
important parameter to study the geometric properties of single fractures in previous studies …

We have experimentally studied solute transport in a single fracture (SF) under non-Darcian
flow condition which was found to closely follow the Forchheimer equation at Reynolds …

Non‐Fickian transport ubiquitously occurs across all scales within fractured geological
media. Detailed characterization of non‐Fickian transport through single fractures is thus …

Understanding fluid flow and solute transport in rough‐walled fractures is important in many
problems such as geological storage of CO2 and siting of radioactive waste repositories …

Shear deformations significantly affect the nonlinearity of fluid flow in rock fractures. To
estimate this nonlinear flow using the Izbash equation, it is necessary to determine the …