Mineral surface properties and mineral-aqueous interfacial reactions are essential factors
affecting the geochemical cycle, related environmental impacts, and bioavailability of …

Nuclear magnetic resonance (NMR) relaxation time is an important petrophysical property
probing fluid dynamics within pores and providing valuable information to understand solid …

Mineral-water interfaces play an important role in many natural as well as technological
fields. Fundamental properties of these interfaces are governed by the presence of the …

In molecular dynamics (MD) simulation, interactions of asphalt-limestone interfaces are
investigated inaccurately because applying of constraint aggregate surfaces simplify some …

The advancement in analytical imaging techniques, including atomic force microscopy and
scanning and transmission electron microscopies, has allowed us to observe processes …

The consumption of dodecane, a critical flotation collector, in the flotation of low-rank coal is
particularly high; however, the adsorption mechanism of dodecane on coal still remains …

Over the past two decades, organic molecules adsorbed on atomically defined metal
surfaces have been intensively studied to obtain an in-depth understanding of their self …

The interaction of organic molecules with calcite surfaces plays a key role in many
geochemical, industrial and biomineralization processes, and exploring the influences of …

Nuclear magnetic resonance (NMR) measurements are widely used to quantify storage and
fluid-transport properties of rocks and their saturating fluids, including porosity, pore-size …