This study aims to gain insights into the interaction of virus particles with clay colloids.
Bacteriophages MS2 and ΦX174 were used as model viruses and kaolinite (KGa-1b) and …

Darcy's law is the fundamental equation that is used to describe the flow of fluids within a
classical porous medium with a definite hydraulic conductivity and with a porosity varying …

The Earth's subsurface not only provides a wide range of natural resources but also contains
large pore volume that can be used for storing both anthropogenic waste and energy. For …

The present paper addresses critical issues that describe the transient transfer of stored rock-
matrix flow into high-permeable fractures and rate-limited diffusive solute flux into low …

The aggregation and slow migration of nanoparticles in aqueous media have caused
serious concerns about their fate and impacts in the subsurface environment. Anthropogenic …

Subsurface leaching of agricultural runoff has been identified to pose a serious hazard to the
soil–water ecosystem and human health, mostly due to the associated contamination with …

A numerical model is developed for investigating the evolution of fracture permeability in a
coupled fracture-matrix system in the presence of fracture-skin with simultaneous colloidal …

The problem of mathematical simulation of the vertical migration of radionuclides in a
catalytic porous medium under nonisothermal conditions is considered. A numerical solution …

In the present study, method of temporal moments has been used to analyse the transport
characteristics of reactive solute along fracture in a coupled fracture-skin-matrix system. In …

When the non-aqueous phase liquid (NAPL) contaminant is entrapped in soil pores, their
release to the subsurface environment is mainly limited by interphase mass transfer such as …