… -aqueous phase liquid (NAPL, or oil), water and air at the pore scale using a micromodel. The
… cannot have the same connectivity as a three-dimensional network of pores, the continuity …

… dimensional and three-dimensional micromodels relates … micromodels in two-phase flow
is the optical visualization of flow and the distribution of fluids in three-dimensional micromodels…

… The technique used for creating micromodels results in three-dimensional pore spaces that
do not have smooth, regular walls, but rather are "eye-shaped." Figure 3 shows an idealized …

… We consider two-dimensional and three-dimensional setups and … interface pore body for
three-dimensional and two-dimensional … fluids in this work) across the interface is enforced via …

… studies assess mixing and reaction processes by observing the properties of fluids at
micromodel outlet (eg colour, chemical composition). Instead, in this paper we describe the …

… Recent advances in three-dimensional (3D) printing allow for … custom-designed micromodels
accurately and repeatably … nature, micromodels permit direct fluid flow visualisation with …

… accuracy, and (iii) three-dimensional effects. Although the unstable … We compare the spatial
distribution of the two fluids at … Although the experimental micromodel can be seen as a (…

… (2D) [16,17] and three-dimensional (3D) micromodels [18]. The 2D … Thence, the effect of
presence of fractures on residual fluid … micromodel whereby the effects of fracture on fluid–fluid …

… convection of the liquid containing the dissolved CO 2 , and mixing of the latter within the liquid,
has … Three-dimensional (3D) experiments based on X-ray tomography 13,14 or magnetic …

… In order to plant CalNP seeds on the inner surfaces of the as-printed micromodel, a fluid …
2c, we printed a three-dimensional rock micromodel based on a stack of μ-CT images. The μ…