Nano-modified composite coatings have illustrated a promising prospect for protecting
cement-based material due to their excellent functional properties. This paper reviews the …

Application of silane in cement-based materials has attracted increasing attentions due to
positive benefits from the view of particle dispersion, wettability and durability. However, the …

The present work systematically investigates the influence of silica fume and organosilane
addition on the hydration dynamics and the capillary pore formation of a cement paste. The …

Internal magnetic field gradients, arising within the porous media due to susceptibility
differences at the interfaces of solid and liquid as well as due to the contained magnetic …

Field-cycling (FC) NMR relaxometry is a well-established method for probing the dynamics
in condensed matter. 1–9 The method predominantly yields the (Larmor) frequency …

Varying the amount of water in a concrete mix will influence its final properties considerably
due to the changes in the capillary porosity. That is why a non-destructive technique is …

Construction materials based on Portland cement have a wide range of applications, such
as in building houses, skyscrapers, bridges, dams, highways, etc. Most built structures …

The hydration process of four different cement-based materials at different depths inside the
sample was investigated using localised nuclear magnetic resonance relaxation …

Previous studies of nanoparticles stabilized surfactant foam flooding are mainly conducted
in the water-wet porous media. Hence, the purpose of this study is to investigate the foam …

Adăugarea de nanoparticule pastei de ciment modifică proprietățile acesteia după întărire,
dar și în stare proaspătă, prin afectarea lucrabiltății și a vitezei reacțiilor. În studiul de …